TITLE –“ TARGET TRACKING IN WIRELESS SENSOR NETWORKS”
INTRODUCTION
Wireless communication and MEMS - the two technologies which have revolutionalized the way we live have also resulted in the development of wireless sensor networks. These comprise of relatively inexpensive sensor nodes capable of collecting, processing, storing and transferring information from one node to another. These nodes are able to autonomously form a network through which sensor readings can be propagated. Since the sensor nodes have some intelligence, data can be processed as it flows through the network. The latter is being done wirelessly these days using networking principles. The flexibility of installation and configuration has greatly improved resulting in a flurry of research activities commencing in the field of sensor networks owing to their ready acceptance in various industries such as security, telecommunications and automobile to name a few.
By early next century, sensor integration, coupled with unceasing electronic miniaturization, will make it possible to produce extremely inexpensive sensing devices. These devices will be able to monitor a wide variety of ambient conditions: temperature, pressure, humidity, soil makeup, vehicular movement, noise levels, lighting conditions, the presence or absence of certain kinds of objects, mechanical stress levels on attached objects and so on. These devices will also be equipped with significant processing, memory and wireless communication capabilities. Emerging low-level and low-power wireless communication protocols will enable us to network these sensors. This capability will add a new dimension to the capabilities of sensors: Sensors will be able to coordinate amongst themselves on a higher-level sensing task (e.g., reporting, with greater accuracy than possible with a single sensor, the exact speed, direction, size, and other characteristics of an approaching vehicle).
OBJECTIVE
The problem being tackled here relates to the problem of target tracking in wireless sensor networks. It is a specific problem in localization. Localization primarily refers to the detection of spatial coordinates of a node or an object. Target tracking deals with finding spatial coordinates of a moving object and being able to track its movements.
METHODOLOGY
A location Tracking Protocol in which the tracking is done by the coordination of sensors. A network of sensors in a 2D plane is considered. A triangular network is considered i.e. the sensors are placed in a triangular fashion. Typically, the network is considered as a hexagonal mesh. Each sensor is aware of its physical location and that of its neighboring sensors. All the sensors have a processor, a memory and required hardware to support sensing, information gathering and communication capabilities. Each sensor has a sensing radius, r which is equal to the length of the side of the triangle. Three sensors are used to determine the location of the object. The methodology used in this case is the triangulation technique of detecting the spatial coordinates. The sensors in this case are assumed to have different sensing radii.
POSSIBLE FINDINGS
Applications of target tracking and/or data fusion are found in diverse civilian and military fields. Civilian applications include air traffic control, navigation, fault tolerant systems and decision problems. In the military field, applications include surveillance, target identification, command and control, sensor management and weapon guidance. The target tracking problem is widely researched due to its increasing applications in security industry due to heightened concerns about the safety of men and material in present day world. In order to keep a check on movements of suspicious people and their activities, we have to employ video monitoring and surveillance and tracking systems.
Wednesday 19 November 2014
TITLE –“ TARGET TRACKING IN WIRELESS SENSOR NETWORKS”
TITLE –“ TARGET TRACKING IN WIRELESS SENSOR NETWORKS”
INTRODUCTION
Wireless communication and MEMS - the two technologies which have revolutionalized the way we live have also resulted in the development of wireless sensor networks. These comprise of relatively inexpensive sensor nodes capable of collecting, processing, storing and transferring information from one node to another. These nodes are able to autonomously form a network through which sensor readings can be propagated. Since the sensor nodes have some intelligence, data can be processed as it flows through the network. The latter is being done wirelessly these days using networking principles. The flexibility of installation and configuration has greatly improved resulting in a flurry of research activities commencing in the field of sensor networks owing to their ready acceptance in various industries such as security, telecommunications and automobile to name a few.
By early next century, sensor integration, coupled with unceasing electronic miniaturization, will make it possible to produce extremely inexpensive sensing devices. These devices will be able to monitor a wide variety of ambient conditions: temperature, pressure, humidity, soil makeup, vehicular movement, noise levels, lighting conditions, the presence or absence of certain kinds of objects, mechanical stress levels on attached objects and so on. These devices will also be equipped with significant processing, memory and wireless communication capabilities. Emerging low-level and low-power wireless communication protocols will enable us to network these sensors. This capability will add a new dimension to the capabilities of sensors: Sensors will be able to coordinate amongst themselves on a higher-level sensing task (e.g., reporting, with greater accuracy than possible with a single sensor, the exact speed, direction, size, and other characteristics of an approaching vehicle).
OBJECTIVE
The problem being tackled here relates to the problem of target tracking in wireless sensor networks. It is a specific problem in localization. Localization primarily refers to the detection of spatial coordinates of a node or an object. Target tracking deals with finding spatial coordinates of a moving object and being able to track its movements.
METHODOLOGY
A location Tracking Protocol in which the tracking is done by the coordination of sensors. A network of sensors in a 2D plane is considered. A triangular network is considered i.e. the sensors are placed in a triangular fashion. Typically, the network is considered as a hexagonal mesh. Each sensor is aware of its physical location and that of its neighboring sensors. All the sensors have a processor, a memory and required hardware to support sensing, information gathering and communication capabilities. Each sensor has a sensing radius, r which is equal to the length of the side of the triangle. Three sensors are used to determine the location of the object. The methodology used in this case is the triangulation technique of detecting the spatial coordinates. The sensors in this case are assumed to have different sensing radii.
POSSIBLE FINDINGS
Applications of target tracking and/or data fusion are found in diverse civilian and military fields. Civilian applications include air traffic control, navigation, fault tolerant systems and decision problems. In the military field, applications include surveillance, target identification, command and control, sensor management and weapon guidance. The target tracking problem is widely researched due to its increasing applications in security industry due to heightened concerns about the safety of men and material in present day world. In order to keep a check on movements of suspicious people and their activities, we have to employ video monitoring and surveillance and tracking systems.
TITLE –“ TARGET TRACKING IN WIRELESS SENSOR NETWORKS”
TITLE –“ TARGET TRACKING IN WIRELESS SENSOR NETWORKS”
INTRODUCTION
Wireless communication and MEMS - the two technologies which have revolutionalized the way we live have also resulted in the development of wireless sensor networks. These comprise of relatively inexpensive sensor nodes capable of collecting, processing, storing and transferring information from one node to another. These nodes are able to autonomously form a network through which sensor readings can be propagated. Since the sensor nodes have some intelligence, data can be processed as it flows through the network. The latter is being done wirelessly these days using networking principles. The flexibility of installation and configuration has greatly improved resulting in a flurry of research activities commencing in the field of sensor networks owing to their ready acceptance in various industries such as security, telecommunications and automobile to name a few.
By early next century, sensor integration, coupled with unceasing electronic miniaturization, will make it possible to produce extremely inexpensive sensing devices. These devices will be able to monitor a wide variety of ambient conditions: temperature, pressure, humidity, soil makeup, vehicular movement, noise levels, lighting conditions, the presence or absence of certain kinds of objects, mechanical stress levels on attached objects and so on. These devices will also be equipped with significant processing, memory and wireless communication capabilities. Emerging low-level and low-power wireless communication protocols will enable us to network these sensors. This capability will add a new dimension to the capabilities of sensors: Sensors will be able to coordinate amongst themselves on a higher-level sensing task (e.g., reporting, with greater accuracy than possible with a single sensor, the exact speed, direction, size, and other characteristics of an approaching vehicle).
OBJECTIVE
The problem being tackled here relates to the problem of target tracking in wireless sensor networks. It is a specific problem in localization. Localization primarily refers to the detection of spatial coordinates of a node or an object. Target tracking deals with finding spatial coordinates of a moving object and being able to track its movements.
METHODOLOGY
A location Tracking Protocol in which the tracking is done by the coordination of sensors. A network of sensors in a 2D plane is considered. A triangular network is considered i.e. the sensors are placed in a triangular fashion. Typically, the network is considered as a hexagonal mesh. Each sensor is aware of its physical location and that of its neighboring sensors. All the sensors have a processor, a memory and required hardware to support sensing, information gathering and communication capabilities. Each sensor has a sensing radius, r which is equal to the length of the side of the triangle. Three sensors are used to determine the location of the object. The methodology used in this case is the triangulation technique of detecting the spatial coordinates. The sensors in this case are assumed to have different sensing radii.
POSSIBLE FINDINGS
Applications of target tracking and/or data fusion are found in diverse civilian and military fields. Civilian applications include air traffic control, navigation, fault tolerant systems and decision problems. In the military field, applications include surveillance, target identification, command and control, sensor management and weapon guidance. The target tracking problem is widely researched due to its increasing applications in security industry due to heightened concerns about the safety of men and material in present day world. In order to keep a check on movements of suspicious people and their activities, we have to employ video monitoring and surveillance and tracking systems.
TITLE –“ TARGET TRACKING IN WIRELESS SENSOR NETWORKS”
TITLE –“ TARGET TRACKING IN WIRELESS SENSOR NETWORKS”
INTRODUCTION
Wireless communication and MEMS - the two technologies which have revolutionalized the way we live have also resulted in the development of wireless sensor networks. These comprise of relatively inexpensive sensor nodes capable of collecting, processing, storing and transferring information from one node to another. These nodes are able to autonomously form a network through which sensor readings can be propagated. Since the sensor nodes have some intelligence, data can be processed as it flows through the network. The latter is being done wirelessly these days using networking principles. The flexibility of installation and configuration has greatly improved resulting in a flurry of research activities commencing in the field of sensor networks owing to their ready acceptance in various industries such as security, telecommunications and automobile to name a few.
By early next century, sensor integration, coupled with unceasing electronic miniaturization, will make it possible to produce extremely inexpensive sensing devices. These devices will be able to monitor a wide variety of ambient conditions: temperature, pressure, humidity, soil makeup, vehicular movement, noise levels, lighting conditions, the presence or absence of certain kinds of objects, mechanical stress levels on attached objects and so on. These devices will also be equipped with significant processing, memory and wireless communication capabilities. Emerging low-level and low-power wireless communication protocols will enable us to network these sensors. This capability will add a new dimension to the capabilities of sensors: Sensors will be able to coordinate amongst themselves on a higher-level sensing task (e.g., reporting, with greater accuracy than possible with a single sensor, the exact speed, direction, size, and other characteristics of an approaching vehicle).
OBJECTIVE
The problem being tackled here relates to the problem of target tracking in wireless sensor networks. It is a specific problem in localization. Localization primarily refers to the detection of spatial coordinates of a node or an object. Target tracking deals with finding spatial coordinates of a moving object and being able to track its movements.
METHODOLOGY
A location Tracking Protocol in which the tracking is done by the coordination of sensors. A network of sensors in a 2D plane is considered. A triangular network is considered i.e. the sensors are placed in a triangular fashion. Typically, the network is considered as a hexagonal mesh. Each sensor is aware of its physical location and that of its neighboring sensors. All the sensors have a processor, a memory and required hardware to support sensing, information gathering and communication capabilities. Each sensor has a sensing radius, r which is equal to the length of the side of the triangle. Three sensors are used to determine the location of the object. The methodology used in this case is the triangulation technique of detecting the spatial coordinates. The sensors in this case are assumed to have different sensing radii.
POSSIBLE FINDINGS
Applications of target tracking and/or data fusion are found in diverse civilian and military fields. Civilian applications include air traffic control, navigation, fault tolerant systems and decision problems. In the military field, applications include surveillance, target identification, command and control, sensor management and weapon guidance. The target tracking problem is widely researched due to its increasing applications in security industry due to heightened concerns about the safety of men and material in present day world. In order to keep a check on movements of suspicious people and their activities, we have to employ video monitoring and surveillance and tracking systems.
Saturday 25 October 2014
BASICS OF WEB SERVICES
Web services is a software system designed to support interoperable machine-to-machine interaction over a network. It has an interface described in a machine-processable format (specifically WSDL). Other systems interact with the Web service in a manner prescribed by its description using SOAP messages, typically conveyed using HTTP with an XML serialization in conjunction with other Web-related standards.
Web services are classified into two types SOAP and RESTful.
SOAP is Simple Object Access Protocol which has its own pre-defiened structure envelope and header
REST is Representational State Transfer it does not have any pre defined structure
INTRODUCTION TO EMBEDDED SYSTEM
Emerging trends in embedded systems and applications
The embedded systems industry was born with the invention of microcontrollers and since then it has evolved into various forms, from primarily being designed for machine control applications to various other new verticals with the convergence of communications.
Various classes of embedded systems such as home media systems, portable players, smart phones, embedded medical devices and sensors, automotive embedded systems have surrounded us and with continued convergence of communications and computing functions within these devices, embedded systems are transforming themselves into really complex systems, thus creating newer opportunities and challenges to develop and market more powerful, energy efficient processors, peripherals and other accessories.
An embedded system is more than the electronics as most people perceive it. It has electronics – both digital and analog, special purpose sensors and actuators, software, mechanical items etc., and with design challenges of space, weight, cost and power consumption. Its important characteristics are low-power, real-time responsiveness, low thermal dissipation, small physical form factor/footprint, low radiation/emission, ruggedness in design and impervious to external radiations etc.
In order to achieve key requirements, generally embedded systems are restricted to limited resources in terms of computing, memory, display size etc. With continued convergence of other technologies a lot more functionalities are being pushed into embedded devices which were once part of traditional computing platforms. This further adds a major “decision challenge” for architects and product managers on selection of processors, operating systems, standards of usage etc., as demands on functionality increase with time to market decreases.
Patterns insight from the applications of embedded systems in real life
Embedded systems are more than part of human life. For instance, one cannot imagine life without mobile phones for personal communication. Its presence is virtually unavoidable in almost all facets of human endeavor. While we search on patterns in each of these application spaces, we can clearly identify the trend as to where the future of embedded systems is heading.
Multicore in embedded
With a lot functionalities being added, the need for high performance in embedded systems has become inevitable and so developers are increasingly leaning towards multicore processors in their systems design decision. While this range of new applications also demands low thermals in small form factor setting, the mechanicals and packaging is also becoming a sub specialization of its own.
Conventionally, chip manufacturers developed faster single core processors to meet the ever increasing performance requirements but soon they realized that increasing frequency, though offered certain benefits had drawbacks too such as:
• It drove to higher power consumption and so the higher thermals;
• Overall cost increased as the peripherals surrounding also needed to operate at matching speed, which was truly not practical in all cases, there by driving the costs.
This paradigm is a serious drawback for embedded computing requirements, so semiconductor manufacturers have recognized that the way forward is to build processors that run at lower frequency and voltages but include parallel cores onto single chip. The overall performance increases because multicores can perform more than one task at given point of time.
Today most of the gaming consoles are multicore and so are smartphones, which are indeed getting 'smarter'. While this multicore paradigm offers benefits, there is also ample opportunity for the engineers to realign/relearn on this new design space – on architecture, design, programming, debugging and testing so that they are well informed and are aware about the optimal use of new power that a multicore offers.
If the benefits are not harnessed by developers then the purpose gets defeated. The eco-system for usage of multicore is still emerging and it depends on how fast or rapidly designers are opting for change and standardization. IDE companies have already taken lead in this regard by making necessary changes and adding support for the new multicores and this will clearly be one of the key factors of success of usage of multicores in embedded systems.
Another recent development is that the chip suppliers are now making and marketing new chips aiming at specific markets. For instance, Intel launched an embedded processor aiming at the Point of sale terminal and other retail computing applications. Intel's Celeron CPU is extensively being applied to new IP STB designs. Intel is also developing chips for home media systems and portable media players.
Companies like Transmeta, Philips semiconductor, Netsilicon etc., are all aiming at embedded apps. Philips is all set to introduce its LPC2000 series MCU based on ARM7 kernel, which has flash memory, RAM, ADC, CAN and PWM channel and can be applied to automotive electronics, industry control and medical equipment, Netsilicon as another example has NET+ARM series processors, among which NS9775 is a 32bit, 200MHz microprocessor including four independent video channels, TI too, is planning new in its most successful OMAP architecture series. Transmeta has Crusoe TM5700 and TM9500 and both offers better performance and form factor is halved compared to its last generation products.
Although the demand for processing is ever increasing for new embedded applications, traditional applications are still in mainstream and they are now offering ultra low cost and power requirements and increased onchip memory (both RAM and Flash) with new interfaces are key differentiators companies like Atmel Corp., Microchip Technology Inc., Infineon Technologies AG, RDC Semiconductor Co. Ltd, Epson and other companies are featuring their respective MCU products in these space.
Embedded operating systems
Traditionally embedded systems did away with an operating system (OS), it had lightweight control program/monitor to offer limited I/O and memory services, however, as the systems became complex, it was inevitable to have OS which offered low latency real-time response, low foot print both in time and space and give all traditional functionality such as memory protection, error checking/report and transparent interprocess communication, which can be applied to communications, consumer electronics, industry controls, automotive electronics and aerospace/national defense.
Emerging multicore also needs multimission, multithread, multiprocess, multiprocessor, multiboard debugging and has to operate on open source tool chains such as eclipse etc., most of the new designs today are moving away from proprietary OS and tool chains and are more and more opting for opensource platforms both of development and deployment as the key market differentiator for them is cost.
Royalty free licensing deployment is the key for reducing the end user costs so OS like Linux embedded and new OS such as Android are making inroads into places where traditionally Windows CE/Vxworks etc., used to play. Today many new handhelds and smart phones are embracing Andriod.
Even Wind River (acquired by Intel has embraced Linux and now offers it in its portfolio of products. Eclipse, the open source project for building development platforms offers an environment that crosses over RTOS boundaries. It comprises extensible frameworks, tools and runtimes for building, deploying and managing software throughout its lifecycle.
Embedded digital security and surveillance
In the ever increasing interconnected world, Digital embedded security is no more an option but a necessity as it is very critical for more transactions happening over embedded devices as front ends. Due to constrained resources on systems, embedded systems have challenges in implementation on full fledged security systems therefore the concept of 'embedded security' offers a new differentiator for embedded product marketing.
Digital security and surveillance is currently in the host of new applications in the embedded arena which is benefiting from multicore phenomenon. Older systems needed more human intervention, but new systems offer intelligent systems to operate multisite, integrated and net centric systems that optimizes the resources needed to complete the job. The applications based on computer vision and tracking offers multiple benefits in capturing, post processing and identification and alerting of security video in realtime.
Convergence embedded systems and applications
The retail segment is one of the fastest growing segments in emerging markets and the trend in retail markets is moving towards improving the user experience, which is most certainly setting trend towards increased performance, connectivity and rich graphics.
A point-of-sale terminal (PoS) is a great example of this - the latest PoS devices incorporate dual-display for advertising, complex accounting applications and are increasingly connected to a central server for remote management. Back end integration with web/online stores from these embedded devices offers to bring in latest offers onto their connected mobiles instantly if they are planning to buy certain item. The location based marketing applications and convergence of Bluetooth based retail communication marketing space is offering new paradigms of sales and marketing which is beneficial for both sellers and buyers.
Healthcare
Electronic medical device and other technological innovations with the convergence of biotech, nanotech, manufacturing tech, communication tech and device, sensor technologies are making breathtaking transformations in healthcare delivery and creating new health care paradigms.
Bio med devices tech is being applied into wide variety of analytical problems including medicine, surgery and drug discovery, these devices are portable diagnostic imaging and home monitoring such as cholesterol monitors, blood glucose meters and with recent innovations paving way for miniaturization of devices, replacement organs and tissues, earlier use of more accurate diagnostics, and advances in information technology, became available thru Silicon Chip revolution.
The fastest growing markets within medical for semiconductors are home monitoring and diagnostic devices, telemetry, and diagnostic imaging applications. Interestingly the convergence of wireless communication with the sensors created the BAN – body area network which is today used to monitor, heart – ECG, pulse rate, temperature, oxygen, blood pressure etc., sleep disorders can also be monitored using a clip device fixed to head band.
For instance, Corventis develops wireless cardiovascular solutions that offer unprecedented visibility into a patient’s health status – anytime, anywhere across the world. It has developed complete systems – sensors to monitor various critical health parameters – network to communicate between sensors and gateway, gateway application on an iphone and backend clinical application that can store, analyse and help clinical professionals to have unprecedented access to their patients critical system parameters. All these happened because of advancement of sensor, computing, communication technologies.
Automotive
With drive across the world to improve on emission controls and bring in efficiency in usage of fossil fuels, the automotive segment is challenged by various factors and embedded systems are clearly the ways and means of achieving multiple objectives in this segment taking it from infotainment systems, engine control unit, Car-area-network, fuel management, safety systems all need embedded to be in it.
Traffic management and prediction systems are being developed for large cities across the world today and the critical systems that has to support this is M2M or V2V communication networks that, form adhoc networks, seamlessly gather information from multiple sources, fuse and make decision that not only help the car users but also city traffic managers.
The realtime management of this is possible only by having embedded computing and communication systems that are part of the vehicle and the network. The usage of vehicle tracking and fleet tracking has already been beneficial for the operators by reducing their opex and downtime which has enhanced the customer satisfaction.
This apart, media oriented systems transport (MOST) is one of the technologies being deployed by OEMs for multimedia and infotainment networking. This technology is designed to provide an efficient and cost-effective fabric to transmit audio, video, data and control information between devices attached even to the harsh environment of an automobile.
Entertainment
While we have seen mobiles, handhelds, ipods etc., have changed the landscape of the personal entertainment in the world in the recent past, the emerging trend is adding more intelligence in the personal entertainment, communication devices by converging the social networks, city information, location based services and choices and profile of the users.
All these are going to be delivered through the continuous gathering of intelligence, choices and users and recent transactions. The devices are becoming multimodal, iPod and other new androids offer gesture recognition and also the new devices are offering augmented reality applications that are going to be future killer applications for smart phones – integration of real physical world with the virtual computing world – this drives the camera, display, MEMS based position and other tracking device technology to advance in the smart phone/tablets.
Localization and internationalization
For all these devices to be sold in world-wide markets, they need to be supported both locally and internationally. The access to global markets can happen only with localization/personalization of features in the device with multi-language support and also backend support offices that offer customized localized services. The usage of different font technologies & adapting newer ones are the key for embedded systems that are human centric to survive and thrive in the market so more and more device manufacturers are working with local partners to ensure that their embedded devices and support systems are localized and offer multi-language local culture flavor in definitive terms. -
Lastly, the future of embedded lies in how faster people adapt to the changes offered by convergence – communications, nano, manufacturing and develop “super” applications that advance the society and human needs, let’s hope that our future is also embedded into it.
Recorder Magic Pen
Hello Friends !!!
Recorder is this magic pen that converts your written notes into electronic files and then transfers it to your phone and computer via "Bluetooth". I think it’s a great idea and can actually encourage us writers to take to the book and pen more often. I bet authors and illustrators will love it too! My only wish – it auto spell checks the files..... great invention.
INTRODUCTION OF PHP
PHP is a popular open source general purpose scripting language especially suited for web development and can be embedded into HTML. It adds to the functionality of a website, as it is capable of making all types of calculations and mathematical equations. It has huge possibilities of interacting with MySQL databases. This makes using and retrieving of database easy and convenient. It is equally easy for a new comer as well as a quite handy advanced tool for professional programmers.
Tuesday 22 July 2014
PROJECTS LIST
No Project Title Tech Project Type Category .Net IEEE
1 Publishing Search Logs – A Comparative Study of Privacy Guarantees .Net Web App IEEE
2 Fuzzy Keyword Search Over Encrypted Data in Cloud Computing .Net Web App IEEE
3 Effective Personalized Privacy Preservation
.Net Web App IEEE
4 Resource Overbooking: Using Aggregation profiling in large scale Resource Discovery
.Net Win App IEEE
5 Integration of Sound Signature over Graphical Password Authentication System .Net Web App IEEE
6
Java IEEE
1 Geometric Approach to Improving Active Packet Loss Measurement Java Win App IEEE
2 Intrusion Detection in Homogeneous and Heterogeneous Wireless Sensor Networks Java Win App IEEE
3 Bandwidth Estimation for IEEE 802.11-Based Ad Hoc Networks Java Win App IEEE
4 Location Based Spatial Query Processing In Wireless Broadcast Environments Java Win App IEEE
5 Modeling & Automated Containment of Worms Java Win App IEEE
6 Benefit Based Data Caching In Ad Hoc Networks Java Win App IEEE
7 Minimizing File Download Time in Stochastic Peer-to-Peer Networks Java Win App IEEE
8 Rate & Delay Guarantees Provided By Close Packet Switches with Load Balancing Java Win App IEEE
9 Performance of a Speculative Transmission Scheme for Scheduling-Latency Reduction Java Win App IEEE
10 QUIVER Consistent Object Sharing For Edge Services Java Win App IEEE
11 Bandwidth Estimation for IEEE 802.11-Based Ad Hoc Networks Java Win App IEEE
12 Automatic Discovery of Association Orders between Name and Aliases from the Web using Anchor
Texts-based Co-occurrences Java Web App IEEE
13 Analysis Of Credit Card Fraud Detection Methods Java Web App IEEE
14 Cooperative Provable Data Possession for Integrity Verification in Multi-Cloud Storage.
15 Packet-Hiding Methods for Preventing Selective Jamming Attacks Java Win App IEEE
16 A New Approach for FEC Decoding Based on the
BP Algorithm in LTE and WiMAX Systems Java Win App IEEE
17 Trust modeling in social tagging of multimedia content Java Web App IEEE
18 Online Modeling of Proactive Moderation System for Auction Fraud Detection Java Web App IEEE
19 Packet Loss Control Using Tokens At The Network Edge Java Win App IEEE
20 Clustering with Multi-Viewpoint basedSimilarity Measure Java Win App IEEE
21 Ensuring Distributed Accountability for Data Sharing in the Cloud Java Web App IEEE
22 On Optimizing Overlay Topologies for Search in Unstructured Peer-to-Peer Networks Java Win App IEEE
23 Organizing User Search Histories Java Web App IEEE
24 Risk-Aware Mitigation for MANET Routing Attacks Java Win App IEEE
25 Fast Data Collection in Tree-Based Wireless Sensor Networks Java Win App IEEE
26 Efficient Fuzzy Type-Ahead Search in XML Data Java Win App IEEE
27
Footprint Detecting Sybil Attacks in Urban Vehicular Networks
Java
Win App
IEEE
28 Modeling and Detection of Camouflaging Worm Java Win App IEEE
29 Locating Equivalent Servants over P2P Networks Java Win App IEEE
30 Data Leakage Detection Java Web App IEEE
31 Ranking Spatial Data by Quality Preferences Java Web App IEEE
32 Java
Java – Non IEEE
1 E-consultancy on BUSINESS Java Web App Non-IEEE
2 Secure Crime Identification Java Web App Non-IEEE
3 Secure Crime Identification Java Web App Non-IEEE
4 Simulation of Manet Java Web App Non-IEEE
5 EDEMS Java Web App Non-IEEE
6 Telephones Management Services Java Web App Non-IEEE
7 Online shopping Java Web App Non-IEEE
8 Computerized lending System Java Web App Non-IEEE
9 Human Resource Planner Java Web App Non-IEEE
10 Colleges and Students Information System Java Web App Non-IEEE
11 Doctor Patient Tracker Java Web App Non-IEEE
12 ONLINE RECURITMENT SYSTEM Java Web App Non-IEEE
13 Country Cargo & Express Couriers Java Web App Non-IEEE
14 Interest Calculation Java Web App Non-IEEE
15 Online Course Request Java Web App Non-IEEE
16 Corporate Company's vehicle mgt Java Web App Non-IEEE
17 Property management system Java Web App Non-IEEE
18 BookShopManagementSystem Java Web App Non-IEEE
19 AMSS Java Web App Non-IEEE
20 AD WAY Multilevel marking Java Web App Non-IEEE
21 Ewheelz Java Web App Non-IEEE
22 AdXPress Java Web App Non-IEEE
23 Bug Tracking System Java Web App Non-IEEE
24 CRM for Airline Industry Java Web App Non-IEEE
25 Online crime investigation Java Web App Non-IEEE
26 Safe And Secure internet banking Java Web App Non-IEEE
27 Safe And Secure internet banking.rar Java Web App Non-IEEE
28 Inventory Analyzer Java Web App Non-IEEE
29 E-Corporate Project Planning Java Web App Non-IEEE
30 Corporate Hospital Heath Card Java Web App Non-IEEE
31 Apna Life Insurance Java Web App Non-IEEE
32 Resorts for U Java Web App Non-IEEE
33 Intranet Mailing System Java Web App Non-IEEE
34 Automated SPORTS Club Java Web App Non-IEEE
35 Just intime Courier Services Java Web App Non-IEEE
36 College Administration System Java Web App Non-IEEE
37 ImprovedRailwayTicketing Java Web App Non-IEEE
38 Patientbilling Java Web App Non-IEEE
39 TGMC VirtualClassRoom Java Web App Non-IEEE
40 Water Marking Java Web App Non-IEEE
41 APP Consult Java Web App Non-IEEE
42 customer care system Java Web App Non-IEEE
43 DHL Couriers Java Web App Non-IEEE
44 FAQ Java Web App Non-IEEE
45 Knowledge Storm Java Web App Non-IEEE
46 Vehicle DealShipmgt Java Web App Non-IEEE
47 Work Force Mngt Java Web App Non-IEEE
48 JOB MILLER Java Web App Non-IEEE
49 Test Analyst Java Web App Non-IEEE
50 ImprovedRailwayTicketing Java Web App Non-IEEE
51 Internetbankingsystem Java Web App Non-IEEE
52 MunicipalAdministrationSystem Java Web App Non-IEEE
53 PatientBilling Java Web App Non-IEEE
54 MunicipalAdministrationSystem Java Web App Non-IEEE
55 Data mining using Apriori Algo Java Web app Non-IEEE
56 Log into Android Mobile using Remote Access Java Web App Non-IEEE
DOMAIN: WIRELESS NETWORK PROJECTS
A Data Fusion Technique for Wireless Ranging Performance Improvement
Harvesting-Aware Energy Management for Time-Critical Wireless Sensor Networks With Joint Voltage and
Modulation Scaling
Importance of Coherence Protocols with Network Applications on Multicore Processors
Jamming Games in the MIMO Wiretap Channel With an Active Eavesdropper
Channel Allocation and Routing in Hybrid Multichannel Multiradio Wireless Mesh Networks
Modeling and Optimizing the Performance- Security Tradeoff on D-NCS Using the Coevolutionary Paradigm
Localization-Based Radio Model Calibration for Fault-Tolerant Wireless Mesh Networks
DOMAIN: MOBILE COMPUTING
Capacity of Hybrid Wireless Mesh Networks with Random APs
Power Allocation for Statistical QoS Provisioning in Opportunistic Multi-Relay DF Cognitive Networks
Delay-Optimal Broadcast for Multihop Wireless Networks Using Self-Interference Cancellation
Pulse Switching Toward a Packet-Less Protocol Paradigm for Event Sensing
Quality-Differentiated Video Multicast in Multirate Wireless Networks
Evaluating Temporal Robustness of Mobile Networks
SinkTrail A Proactive Data Reporting Protocol for Wireless Sensor Networks
Target Tracking and Mobile Sensor Navigation in Wireless Sensor Networks
A Resource Allocation Scheme for Scalable Video Multicast in WiMAX Relay Networks
Toward Privacy Preserving and Collusion Resistance in a Location Proof Updating System
SSD: A Robust RF Location Fingerprint Addressing Mobile Devices’ Heterogeneity
An Investigation on LTE Mobility Management
On Exploiting Transient Social Contact Patterns for Data Forwarding in Delay-Tolerant Networks
On the Real-Time Hardware Implementation Feasibility of Joint Radio Resource Management Policies for
Heterogeneous Wireless Networks
Simple Hybrid and Incremental Postpruning Techniques for Rule Induction
Supporting Search-As-You-Type Using SQL in Databases
Reinforced Similarity Integration in Image-Rich Information Networks
Autonomous Sensing Order Selection Strategies Exploiting Channel Access Information
Mobile Relay Configuration in Data-Intensive Wireless Sensor Networks
Toward a Statistical Framework for Source Anonymity in Sensor Networks
On Centralized and Localized Approximation Algorithms for Interference-Aware Broadcast Scheduling
Model-Based Analysis of Wireless System Architectures for Real-Time Applications
Successive Interference Cancellation: Carving Out MAC Layer Opportunities
Vampire Attacks: Draining Life from Wireless Ad Hoc Sensor Networks
Group-Based Medium Access Control for IEEE 802.11n Wireless LANs
Discovery and Verification of Neighbor Positions in Mobile Ad Hoc Networks
A Secure Payment Scheme with Low Communication and Processing Overhead for Multihop Wireless
Networks
A Scalable Server Architecture for Mobile Presence Services in Social Network Applications
Secure Communication Based on Ambient Audio
Successive Interference Cancellation: Carving Out MAC Layer Opportunities
Cross-Layer Design of Congestion Control and Power Control in Fast-Fading Wireless Networks
Coloring-Based Inter-WBAN Scheduling for Mobile Wireless Body Area Networks
Cluster-Based Certificate Revocation with Vindication Capability for Mobile Ad Hoc Networks
Analysis of Distance-Based Location Management in Wireless Communication Networks
Gaussian versus Uniform Distribution for Intrusion Detection in Wireless Sensor Networks
Fast Channel Zapping with Destination-Oriented Multicast for IP Video Delivery
Exploiting Ubiquitous Data Collection for Mobile Users in Wireless Sensor Networks
Dynamic Coverage of Mobile Sensor Networks
In-Network Estimation with Delay Constraints in Wireless Sensor Networks
Microarchitecture of a Coarse-Grain Out-of-Order Superscalar Processor
Jamming Games in the MIMO Wiretap Channel With an Active Eavesdropper
IDM: An Indirect Dissemination Mechanism for Spatial Voice Interaction in Networked Virtual Environments
EMAP Expedite Message Authentication Protocol for Vehicular Ad Hoc Networks
Channel Assignment for Throughput Optimization in Multichannel Multiradio Wireless Mesh Networks Using
Network Coding
Receiver-Driven Adaptive Enhancement Layer Switching Algorithm for Scalable Video Transmission Over
Link-adaptive Networks
DOMAIN: NETWORK SECURITY PROJECTS
Distance Bounding A Practical Security Solution for Real-Time Location Systems
EAACK—A Secure Intrusion-Detection System for MANETs
Security Analysis of a Single Sign-On Mechanism for Distributed Computer Networks
DOMAIN: DATA MINING (Data Engineering)
Ontology Matching: State of the Art and Future Challenges
A Fast Clustering-Based Feature Subset Selection Algorithm for High-Dimensional Data
A System to Filter Unwanted Messages from OSN User Walls
A Survey of XML Tree Patterns
Automatic Semantic Content Extraction in Videos Using a Fuzzy Ontology and Rule-Based Model
Distributed Processing of Probabilistic Top-k Queries in Wireless Sensor Networks
Distributed Web Systems Performance Forecasting Using Turning Bands Method
Evaluating Data Reliability An Evidential Answer with Application to a Web-Enabled Data Warehouse
Maximum Likelihood Estimation from Uncertain Data in the Belief Function Framework
Ranking on Data Manifold with Sink Points
Region-Based Foldings in Process Discovery
Relationships between Diversity of Classification Ensembles and Single-Class Performance Measures
T-Drive Enhancing Driving Directions with Taxi Drivers’ Intelligence
The Generalization Ability of Online Algorithms for Dependent Data
Clustering Sentence-Level Text Using a Novel Fuzzy Relational Clustering Algorithm
A Graph-Based Consensus Maximization Approach for Combining Multiple Supervised and Unsupervised
Models
Large Graph Analysis in the GMine System
Nonadaptive Mastermind Algorithms for String and Vector Databases, with Case Studies
A Rough-Set-Based Incremental Approach for Updating Approximations under Dynamic Maintenance
Environments
A Proxy-Based Approach to Continuous Location-Based Spatial Queries in Mobile Environments
A Generalized Flow-Based Method for Analysis of Implicit Relationships on Wikipedia
AML: Efficient Approximate Membership Localization within a Web-Based Join Framework
Event Tracking for Real-Time Unaware Sensitivity Analysis
Detecting Intrinsic Loops Underlying Data Manifold
Clustering Large Probabilistic Graphs
Anonymization of Centralized and Distributed Social Networks by Sequential Clustering
Minimally Supervised Novel Relation Extraction Using a Latent Relational Mapping
Finding Rare Classes: Active Learning with Generative and Discriminative Models
Fast Activity Detection: Indexing for Temporal Stochastic Automaton-Based Activity Models
DOMAIN: CLOUD COMPUTING
QoS Ranking Prediction for Cloud Services
Scalable and Secure Sharing of Personal Health Records in Cloud Computing Using Attribute-Based
Encryption
Mona: Secure Multi-Owner Data Sharing for Dynamic Groups in the Cloud
On Data Staging Algorithms for Shared Data Accesses in Clouds
Optimal Multiserver Configuration for Profit Maximization in Cloud Computing
Toward Fine-Grained, Unsupervised, Scalable Performance Diagnosis for Production Cloud Computing
Systems
Towards Secure Multi-Keyword Top-k Retrieval over Encrypted Cloud Data
A Stochastic Model to Investigate Data Center Performance and QoS in IaaS Cloud Computing Systems
Dynamic Resource Allocation Using Virtual Machines for Cloud Computing Environment
CAM: Cloud-Assisted Privacy Preserving Mobile Health Monitoring
Error-Tolerant Resource Allocation and Payment Minimization for Cloud System
Harnessing the Cloud for Securely Outsourcing Large-Scale Systems of Linear Equations
Harnessing the Cloud for Securely Outsourcing Large-Scale Systems of Linear Equations
AMES-Cloud: A Framework of Adaptive Mobile Video Streaming and Efficient Social Video Sharing in the
Clouds
DOMAIN: PARALLEL & DISTRIBUTED COMPUTING
Network Traffic Classification Using Correlation Information
Scalable and Secure Sharing of Personal Health Records in Cloud Computing Using Attribute-Based
Encryption
Adaptive Network Coding for Broadband Wireless Access Networks
Detection and Localization of Multiple Spoofing Attackers in Wireless Networks
Online Real-Time Task Scheduling in Heterogeneous Multicore System-on-a-Chip
MIN-MAX: A Counter-Based Algorithm for Regular Expression Matching
Binary Tree Slotted ALOHA for Passive RFID Tag Anticollision
Covering Points of Interest with Mobile Sensors
Topology Abstraction Service for IP-VPNs
Thermal and Energy Management of High-Performance Multicores: Distributed and Self-Calibrating Model-
Predictive Controller
High Performance Resource Allocation Strategies for Computational Economies
Strategies for Energy-Efficient Resource Management of Hybrid Programming Models
DOMAIN: MULTIMEDIA & IMAGE PROCESSING
Mining Semantic Context Information for Intelligent Video Surveillance of Traffic Scenes
An Access Point-Based FEC Mechanism for Video Transmission Over Wireless LANs
A Hybrid Multiview Stereo Algorithm for Modeling Urban Scenes
Casual Stereoscopic Photo Authoring
Estimating Information from Image Colors An Application to Digital Cameras and Natural Scenes
Interactive Segmentation for Change Detection in Multispectral Remote-Sensing Images
Rich Intrinsic Image Decomposition of Outdoor Scenes from Multiple Views
Reversible Data Hiding With Optimal Value Transfer
Query-Adaptive Image Search With Hash Codes
Reversible Watermarking Based on Invariant Image Classification and Dynamic Histogram Shifting
Local Directional Number Pattern for Face Analysis: Face and Expression Recognition
Noise Reduction Based on Partial-Reference, Dual-Tree Complex Wavelet Transform Shrinkage
LDFT-Based Watermarking Resilient to Local Desynchronization Attacks
Discrete Wavelet Transform and Data Expansion Reduction in Homomorphic Encrypted Domain
A Watermarking Based Medical Image Integrity Control System and an Image Moment Signature for
Tampering Characterization
Image Size Invariant Visual Cryptography for General Access Structures Subject to Display Quality
Constraints
Secure Watermarking for Multimedia Content Protection: A Review of its Benefits and Open Issues
Linear Distance Coding for Image Classification
Robust Face Recognition for Uncontrolled Pose and Illumination Changes
Hyperspectral Imagery Restoration Using Nonlocal Spectral-Spatial Structured Sparse Representation With
Noise Estimation
Automatic Detection and Reconstruction of Building Radar Footprints From Single VHR SAR Images
Airborne Vehicle Detection in Dense Urban Areas Using HoG Features and Disparity Maps
Scene Text Detection via Connected Component Clustering and Nontext Filtering
Robust Hashing for Image Authentication Using Zernike Moments and Local Features
Revealing the Traces of JPEG Compression Anti-Forensics
Regional Spatially Adaptive Total Variation Super-Resolution With Spatial Information Filtering and
Clustering
Query-Adaptive Image Search With Hash Codes
Log-Gabor Filters for Image-Based Vehicle Verification
Intra-and-Inter-Constraint-Based Video Enhancement Based on Piecewise Tone Mapping
General Framework to Histogram-Shifting-Based Reversible Data Hiding
General Constructions for Threshold Multiple-Secret Visual Cryptographic Schemes
2-D Wavelet Packet Spectrum for Texture Analysis
Compressive Framework for Demosaicing of Natural Images
Context-Based Hierarchical Unequal Merging for SAR Image Segmentation
Visually Lossless Encoding For JPEG2000
Wang-Landau Monte Carlo-Based Tracking Methods for Abrupt Motions
Latent Fingerprint Matching Using Descriptor-Based Hough Transform
Project Based on MATLAB IEEE 2014
OMM SOFTWARE INNOVATION PVT LTD
Company URL-www.ommsoftware.com
Phone No: 09021557095
IMAGE PROCESSING IEEE 2014 Sr.NO Project Title
1.Image quality assessment: from error visibility to structural similarity
2.Image Super-Resolution Via Sparse Representation
3.Gradient Histogram Estimation and Preservation for Texture Enhanced Image Denoising
4.Region filling and object removal by exemplar-based image inpainting
5.Hyperspectral Image Classification Through Bilayer Graph-Based Learning
6.Robust Online Multiobject Tracking With Data Association and Track Management
7.Patch-Ordering-Based Wavelet Frame and Its Use in Inverse Problems
8.QR Images: Optimized Image Embedding in QR Codes
9.A Novel Local Pattern Descriptor—Local Vector Pattern in High-Order Derivative Space for Face Recognition
10.Phase-Based Binarization of Ancient Document Images: Model and Applications
11.Fast Generic Polar Harmonic Transforms
12.Scene Text Recognition in Mobile Applications by Character Descriptor and Structure Configuration
13.OSRI: A Rotationally Invariant Binary Descriptor
14.BRINT: Binary Rotation Invariant and Noise Tolerant Texture Classification
15.Single Image Interpolation Via Adaptive Nonlocal Sparsity-Based Modeling
16.Progressive Image Denoising
17.Rate-Constrained 3D Surface Estimation From Noise-Corrupted Multiview Depth Videos
18.LBP-Based Edge-Texture Features for Object Recognition
19.Image Quality Assessment for Fake Biometric Detection: Application to Iris, Fingerprint, and Face Recognition
20.On Scanning Linear Barcodes From Out-of-Focus Blurred Images: A Spatial Domain Dynamic Template Matching Approach
OMM SOFTWARE INNOVATION PVT LTD
Company URL-www.ommsoftware.com
Phone No: 09021557095
21.Abandoned Object Detection System.
22.Novel PCB defect and Damaged Component Analysis using Image Processing.
23.Image processing based Automated Guided Vehicle.
24.Analysis of transformer oil by using Image Processing.
25.Cost effective smart remote controller based on invisible IR-LED using image processing.
26.Automatic inspection of outdoor insulators using image processing and intelligent techniques.
27.Consumer electronics-based intelligent alert system for unattended elderly residents.
28.Disk Space Optimization during video recording in continuous surveillance systems.
29.Real-time intelligent alarm system of driver fatigue based on video sequences.
30.Real world automated detection of traffic violations.
31.Automatic system for determination of blood types using image processing techniques.
32.Image authentication and restoration by multiple watermarking techniques with advance encryption standard in digital photography.
33.Multi-sensor Image Fusion
34.Image Steganography using BPCS (Bit Plane Complexity Steg.) System
35.Image Steganography using TBPC (Tree Based Parity Check) System.
36.Separable reversible encrypted data hiding in encrypted image using AES Algorithm and Lossy technique.
37.Innovative algorithms for vision defect identification system.
38.Enhancing Light Blob Detection for Intelligent Headlight Control Using Lane Detection
39.Energy saver with localised occupancy detection based on image processing.
40.An Automated Recognition of fake or destroyed Indian Currency note in machine vision.
OMM SOFTWARE INNOVATION PVT LTD
Company URL-www.ommsoftware.com
Phone No: 09021557095
41.Recognition of human actions using Motion History Information extracted from the compressed video.
42.A Digital Image Stabilization Method Based on the Hilbert–Huang Transform.
43.A novel detection approach using bio-inspired vision for enhanced object.
44.A novel approach of assisting the visually impaired to navigate path and avoiding obstacle collisions.
45.Video Segmentation using Dynamic Texture Linear Binary Pattern (DT-LBP).
46.Photographic Enhancement Using Multiple Exposure Images.
47.Offline Signature Verification using Grid based Feature Extraction.
48.Vehicle Classification and Measurement using Image Processing.
49.Vehicle License Plate Detection and Recognition Using VEDA algorithm.
50.Scene Text Detection via Connected Component Clustering and Nontext Filtering
51.Counting objects in an image by marker controlled watershed segmentation and thresholding.
52.Image Processing Based Traffic Control System.
53.Fire Detection using LAB colour-space.
54.Fruit Quality Management System using K-Means Clustering.
55.Detection and Classification of Apple Fruit Diseases Using Complete Local Binary Patterns.
56.Seed Quality Analysis using Image Processing.
57.Leaf Disease Recognition.
58.Digital watermarking using Discrete Wavelet Transform and Principal Component Analysis.
59.Device Control using hand gestures.
60.American Sign Language Recognition using image processing.
OMM SOFTWARE INNOVATION PVT LTD
Company URL-www.ommsoftware.com
Phone No: 09021557095
61.Diabetes Recognition using Iridology.
62.Non-invasive Haemoglobin Detection Using image Processing.
63.Iris Recognition using Phase Based Matching.
64.Detection of abnormalities in retinal images.
65.Face Recognition based Car-Locking System.
66.User Authentication Using Keyboard and Mouse Dynamics.
67.Personal Authentication Using finger Knuckle.
68.Personal Authentication Using Finger print.
69.Malaria Parasite Detection using SVM Classifier.
70.Mouse Pointer Control using hand gestures.
71.Lung Cancer Detection using Watershed Segmentation.
72.Automatic retrival of MRI brain image using Multiqueries system.
73.Brain Tumour Detection using CT and MRI image fusion.
74.Tissue density classification in mammographic images using local features.
75.Breast Cancer Detection using SVM Classifier.
76.Change Detection in SAR images using fuzzy Clustering.
77.Image Morphing.
78.Fabric Textile Defect Detection using Wavelet Coefficients.
79.Performance evaluation of traditional and adaptive lifting based wavelets with SPIHT for lossy image compression.
80.Application of temperature compensated ultrasonic ranging for blind person and verification using MATLAB.
81.Super-pixel Classification Based Optic Disc and Optic Cup Segmentation for Glaucoma Screening.
82.Colour and texture feature-based image retrieval by using hadamard matrix in discrete wavelet transform
OMM SOFTWARE INNOVATION PVT LTD
Company URL-www.ommsoftware.com
Phone No: 09021557095
SPEECH, SIGNAL and COMMUNICATION Sr.NO Project Title
83.Acoustic interference cancellation for a voice-driven interface in smart TVs
84.Signal detection for cognitive radar.
85.Least-Mean-Square algorithm based adaptive filters for removing power line interference from ECG signal.
86.Wavelet-based analysis for heart sound monitoring system.
87.Automated pitch-based gender recognition using an adaptive neuro-fuzzy inference system.
88.Fuzzy rule based voice emotion control for user demand speech generation of emotion robot.
89.Speech recognition based wireless automation of home loads with fault identification for physically challenged.
90.Wind Signal Forecasting Based on System Identification Toolbox of MATLAB.
91.Advanced modulation formats for free-space laser communication.
92.A Key Management Scheme for Secure Communications of Advanced Metering
Infrastructure in Smart Grid
93.On Spatial Domain Cognitive Radio Using Single-Radio Parasitic Antenna Arrays.
94.Full-dimension MIMO (FD-MIMO) for next generation cellular technology.
95.Modelling of OFDM-ODSB-FSO Transmission System under Different Weather Conditions.
96.Accelerometer Based Digital Pen for Handwritten Digit and Gesture Recognition
97.Extraction of FECG signal using ICA (Independent Component Analysis).
98.ECG Signal Classification
99.EEG Signal Classification using PSD Features.
100.Acceleration Sensor based Mouse.
101.Device Control Using Speech Recognition.
102.Speech Emotion Recognition.
103.Drowsiness Detection Using EEG Signals.
104.Simulation of OFDM System in Matlab (BER,Multipath,PAPR)
105.Simulation Of smart Antenna using Beamforming Technique.
PROJECT NAME BASED ON "EMBEDDED SYSTEM"
PROJECT NAME BASED ON EMBEDDED SYSTEM
Embedded (ARM /AVR/Wireless/GSM/GPS)
1 Advance Toll Tax Collecting Systems with RFID and GSM (SMS Systems) and Printer using ARM controller
2 Car security systems with with SMS and GPS support.
3 A Gsm-Sensor Array For Air Pollution Monitoring with Location tracking and SMS Systems
4 Advance Air Bag Systems Using Arm Controller with GSM (SMS) interface with Location tracking using GPS
5 Safe Ignition Systems (Alcohol Sensing) with Speed control with GSM and GPS support
6 Car Sensor network and Control System using ARM Controller with SMS and GPS location
7 Accelerometer based security systems with with SMS and GPS support.
8 Touch Screen Based home Automation Systems with GSM(SMS Systems) Using ARM microcontroller.
9 Touch Screen Based Industrial Management Systems with RFID Security
10 ARM based advanced soldier tracking and Monitoring Systems with SMS and GPS
11 Advance bus Tracking System using RFID with SMS Support.
12 Design & Development Of GSM & GPS Based Vehicle Theft Control System.
13 GPS/GSM Based Cargo Container Tracking & Security System.
14 RFID and Touch screen Based Petrol Filling Systems with SMS Support
15 GPS and ARM based animal locator system for forest department and animal sanctuaries
16 Museum automation system using RFID , GSM and IR sensors
17 ARM based EVM (electronic voting machine ) using thumb scanning with SMS Suppor
18 GPS based intelligent ambulance tracking with patient parameter transmission and automatic traffic clearance
19 RFID based Fully atomized petrol pump Systems with SMS (GSM) and Printer Interface
20 Smart Visitor guide and security systems using Zigbee
21 Green house Monitoring and control system with GSM and GUI (Matlab)
22 Advance Black Box Systems with over speed Indication and Accident recognition
23 Design of Remote Monitoring and Control System with Automatic Irrigation System with SMS support
24 Wireless RF /Zigbee based Electronic Menu Card Systems For Hotel for Multi Node (GUI Optional
25 Wireless Robotic Car Control using RF communication with surveillance camera and obstacle detection
26 Wireless RF /Zigbee Based 3-Axis Robotic Arm Controller Using Accelerometer (Hand Motion)
27 Wireless RF /Zigbee based advance TPMS (Tire Pressure Measurement System) using MEMS Displaying on GLCD
28 Wireless RF /Zigbee based Wireless Car parameter monitoring and control systems
29 Wireless RF /Zigbee based Wheel Chair control Systems using Hand motion with Obstacle and fire detection
30 Wireless Wheel Chair control Systems using Hand motionwith Obstacle and fire detection system with SMS
31 Wireless RF/Zigbee Based Train Collision Avoidance with RFID detection Systems.
32 Wireless RF/Zigbee Based Position Finding For Doctors And Instruments Using RFID Systems
33 Wireless RF/Zigbee Industrial Monitoring And Control Using A Smart Sensor Platform
34 Wireless Sensor Network using ZIGBEE for Crop Field Monitoring
35 Wireless Sensor Network using ZIGBEE for Crop Field Monitoring with SMS (GSM) interface
36 Wireless RF/Zigbee Based Irrigation Systems
37 Wireless RF/Zigbee based Home automation systems using Multi Node.
38 Wireless RF/Zigbee Based green house Monitor and control system.
39 Wireless RF/Zigbee Vehicle tracking Systems
40 Micro Controller Based Bus Identification System For Blind People Using RF Techniques (ZIGBEE
41 Wireless RF Based Home Automation Using Touch screen
42 Multipoint wireless billing data transfer system for Queue less billing in shopping mall
43 Wireless RF/Zigbee Electricity Meter reading Systems
44 Anti Theft system for Electricity board for Prevention for power theft using ZIGBEE with GSM
45 Wireless ZIGBEE Based Home Automation Using Touch screen
46 Wireless Automation of Unmanned Railway Crossing Gate Alert System using ZIGBEE
47 Hybrid Wireless Communication System Using ZIGBEE Technology In The Coalmine Tunnels
48 Three Axis Robotic ARM controlled using Accelerometer using Wireless RF / ZIGBEE
49 Three axis moving color identifier Robotic ARM controlled using Accelerometer using Wireless RF / ZIGBEE
50 Three axis moving pick and place Robotic ARM controlled using Accelerometer using Wireless RF / ZIGBEE
51 Video Remote Robotic Arm For Precision Handling with PC interface
52 NPK Detection Robot using Colour Sensor with SMS controlled
53 NPK Detection Robot using Colour Sensor with missed called controlled
54 Colour identification Robot with Ostacle Detection Systems with SMS support
55 DAM Automation System with SMS based Gate control
56 Driver Drunk detection system in four wheeler with SMS system with GPS Location with CAR locking system
57 Voice controlled wireless robot with audio rotating camera using ARM microcontroller
58 ARM based Wireless electronics notice board with audio playback with SMS support
59 Unmanned Train With Rail Crack Detection Using Zigbee / RF
60 Head movement based wireless wheel chair Control Paralyzed patient
61 Accelerometer (Hand motion) based robot controlled (Camera Optional
62 Touch Screen And Zigbee /RF Based Wireless Assistant For Dumb/Illiterates In Airlines
63 Safe Parcel (Courier ) systems with SMS and GPS support
64 DAM Automation System with Wireless level measurement and Gate control
65 Wireless Load measurement systems for the Vehicle with Automatic toll calculation (GSM / Printer
66 Accelerometer based earthquake detector Systems with location and SMS Aleart.
67 Applications of Wireless Sensor Networks in the Oil, Gas and Resources Industries using ARM microcontroller
68 Robotic ARM Control Using Haptic Technology using Flex Sensor
69 Sign language recognition system using Embedded system
70 Gesture Recognition Based Robotic Vehicle Control using 3–axis Accelerometer
71 Wireless Human gesture control based robotic Arm using Flex sensors
72 Zigbee based Wireless Anti-theft system for forest department for preventing trees theft
73 Voice Controlled Wheel chair for physically challenged persons with Fire detection
74 Voice Operated Three Axis Robotics control system
75 Android Mobile based electrical appliances control using Bluetooth
76 Android based bike safety systems (Phone receiving avoidance during driving) using Bluetooth
77 Android Mobile based smart life using Bluetooth
78 Bluetooth based robot controlled
79 Wireless Hand using Flex Sensor for Medical Application / bomb Diffusion
80 GSM based automated gas booking using missed call
81 GSM based automatic line failure reporting system
82 Wireless based baby crying indicator using speech recognition
83 Traffic Rules (Alcohol, Vehicle on Zebra crossing) breaking systems for vehicles using GSM
84 Construction of smart phone with driving mode selection to avoid accident
85 Rfid Based Mobile Payment Systems With Pc Interface With Gsm
COMUNICATION (CAN):
86 CAN based Tire Pressure Monitoring and Control (TPMS)
87 CAN communication based advance industrial motor control systems
88 CAN based Home Automation for Fire detection and Indoor Air quality Monitoring
89 CAN Based Smart Sensor Network for Indoor Air Quality Monitoring
90 Can Based Airbag Systems
91 3 node CAN communication for temperature and Airbag monitoring and control system
92 3 node CAN communication for temperature monitoring and control with Left and Right
93 Vehicle to vehicle communication system
94 CAN communication based Engine temperature and Alcohol monitoring and Control systems
95 CAN communication based Airbag systems with password protected control systems
96 CAN based pollution monitoring and control systems.
COMUNICATION (LIN):
97 LIN based Tire Pressure Monitoring and Control (TPMS)
98 LIN communication based advance industrial motor control systems
99 LIN based Home Automation for Fire detection and Indoor Air quality Monitoring
100 LIN Based Smart Sensor Network for Indoor Air Quality Monitoring
101 LIN Based Airbag Systems
102 3 node LIN communication for temperature and Airbag monitoring and control system
103 3 node LIN communication for temperature monitoring and control with Left and Right Indicator
104 LIN communication based Engine temperature and Alcohol monitoring and Contro
105 systems using PIC microcontroller
106 LIN communication based Airbag systems with password protected control systems
107 LIN based pollution monitoring and control systems.
MATLAB
108 Advanced data compression technique using fractals.
109 Cancer cell detection in hestro pathological.
110 Adapter contrast enhancement techniques.
111 Advanced data compression technique using chaos theory.
112 Face recognition technique using PCA (Principle Component Analysis)
113 Pattern recognition using artificial neural networks.
114 Spatiotemporal gesture recognition.
115 Iris recognition using wavelets.
116 Image segmentation graph cut algorithm.
117 Space project pattern recognition.
118 Matching of dental X-ray images for human identification
119 Human Activity Recognition Using Limb Component Extraction.
120 Symmetrical Structure Transient Limiter for Suppression of Capacitor Switching Transients
121 Performance Analysis of MIMO-OFDM System Using QOSTBC Code Structure for M-QAM.
122 Visual Rank: Applying Page Rank to Large-Scale Image Search
123 A Leaf Recognition Algorithm for Plant Classification Using Probabilistic Neural Network
124 Speech Emotion Recognition Based On HMM And SVM
125 Fast Query Point Movement Techniques for Large CBIR Systems
126 A Lossless Compression Scheme for Bayer Color Filter Array Images
127 Color Image Segmentation Based on Mean Shift and Normalized Cuts
128 Calibration of Confidence Measures in Speech Recognition
129 A Precise Estimation of Vocal Tract Parameters for High Quality Voice Morphing
130 Restoration of digital images
131 TCSC(Thyrister Controlled Series Capacitors TCSC)
132 A Precise Estimation of Vocal Tract Parameters for High Quality Voice Morphing
133 Speech Emotion Recognition System Using SVM AND LIBSVM
134 Meticulous Classification Using Support Vector Machine for Brain Images Retrieva
135 A High Quality Text to Speech Synthesizer
136 Codebook Optimization in Vector Quantization using Genetic Algorithm
137 Single-Link Failure Detection in All-Optical Networks Using Monitoring Cycles and Paths
Android + Embedded
138 Wireless (Bluetooth) Oscilloscope Powered by Android
139 Wireless (Bluetooth) bike driving safty systems powered by Android
140 Android based smart life
141 Wireless (Bluetooth) based robot controlled using mobile accelerometer using Android
142 Android Mobile based green house monitoring and controlled system
143 Android Mobile based Notice board with Voice playback
144 Bluetooth based Bank Locker system using Android mobile
145 Bluetooth based 2axis robotic Arm using Android mobile
146 Bluetooth based car sensor parameter monitoring systems using Android mobile
147 Driver Drunk detection system for traffic police using Android mobile
148 Pollution detection system for traffic police using Android mobile
149 Patient monitoring system using Android mobile
150 Electric Meter reading systems using Android Mobile
151 Traffic control system for ambulance systems using Android mobile
152 Bluetooth Based Wireless Remote Device Controlling and Data Acquisition using Android Mobile
153 Android mobile controlled robot for coal mine
154 Car PUC / License / Document real time checking system for Traffic police using Android Mobil
155 Android based wheather monitoring system
156 Android Mobile based Electronic Menu Car using wireless Bluetooth
157 Android Mobile based ignition system and seat lid opening for bike/car
Matlab + Embedded
158 Fruit Quality Management System using Image processing using matlab
159 Accelerometer-Based wireless Digital Pen for Handwritten Digit and Gesture Recognition
160 Color identification robot for object sorting using image processing (Matlab)
161 Speech and Command Recognition for Voice Controlled Devices using Matlab
162 Number Plate Scanning using Matlab
163 Number Plate Scanning with SMS aleart
164 Voice based Robotic car controller using wireless technologies for coal mine
165 Number Plate Scanning with SMS alert
166 Matlab based wireless 2 Axis robotic ARM controller
167 Matlab based wireless Surveillance robot
168 Voice based wireless data collector robot using matlab
169 Matlab based green house monitoring and controlled system
170 Voice Controlled Wheel chair for physically challenged persons using speech recognition in matlab
171 NPK Detection Robot using Color Sensor with GUI analysis (Matlab)
172 Voice Enabled Smart Home using Matlab
173 Voice based Robotic ARM controller using wireless technologies
VLSI (VHDL / Verilog / FPGA/ CPLD )Technology
174 Design of I2C bus
175 Design and implementation of Advanced encryption standard(AES) for 128 bit key
176 Design of AES for 128,192 and 256 key
177 Design Of finite impulse response filter
178 Design of infinite impulse response filter
179 UART receiver
180 UART transmitter
181 Direct memory access controller using VHDL bit microprocessor
182 Students attendance list using VHDL
183 Design of AXI bus
184 Design of SPI bus
185 Design of TCP/IP protocol using VHDL
Intoduction to CLOUD COMPUTING
Cloud Computing – Chief Security Officers (CSO) Concerns
If you do a Google search on ‘Cloud Computing Security’ you will get about 13,600,000 results and that’s too much of information for anyone to start. So let’s try to summarize the information keeping in mind of CSO’s concerns on cloud computing.
What is Cloud Computing?
In simple words, ‘Cloud Computing' is a collection of Internet or private-network based services, providing users and devices with scalable & economical (pay-as-you-go) information technology capabilities. The services offered by the cloud can be email hosting, email security, software development platforms, CRM, virtualized servers and storage, etc
Thursday 12 June 2014
Introduction to a "Magic Pen"
Recorder is this magic pen that converts your written notes into electronic files and then transfers it to your phone and computer via "Bluetooth". I think it’s a great idea and can actually encourage us writers to take to the book and pen more often. I bet authors and illustrators will love it too! My only wish – it auto spell checks the files..... great invention..
Introduction To "Java Programming"
INTRODUCTION TO "JAVA PROGRAMMING"
INTRODUCTION TO "RASPBERRY PI"
and it also plays high-definition video.
• The Raspberry Pi charitable foundation wants to see the device being used by kids all over the world to learn programming and electronics.
Operating System • ->Linux on a bootable SD card
• Fedora
• Debian
• ArchLinux Other pre-rolled projects exist like XMBC Media Center
Programming • ->By default, supporting Python as the educational language.
• Any language which will compile for ARMv6 can be used with the Raspberry Pi, though; so you’re not limited to using Python.
Tinkering • ->GPIO pins if you’re after an interesting electronics project.
• Gertboard - A GPIO expansion board from the foundation for electronics projects
• USB Devices / Ethernet / Hubs / AV out
• Can be powered by 4 x AA batteries ...
After Raspberry Pi is released for a few hours, its 10,000 initial stocks are completely sold out. The invention of small size personal computers has raised a new revolution in the IT industry, which started a new competition.
Advantages :
1.Although Raspberry Pi is as small as the size of a credit card, it works as if a normal computer at a relatively low price. it is possible to work as a low-cost server to handle light internal or web traffic. Grouping a set of Raspberry Pi to work as a server is more cost-effective than a normal server. If all light traffic servers are changed into Raspberry Pi, it can certainly minimize an enterprise’s budget.
Disadvantages:
1.Even though Raspberry Pi can perform different tasks, there are some limitations due to its hardware. Because of its processor, it cannot run X86 operating systems. Some common ones like Windows and Linux distros are not compatible. In addition, some applications which require high demands on CPU processing are off-limits. “Model B took 107 ms to complete one calculation of the purely synthetic prime number test; a mid-range desktop Core 2 Duo E8400 took only 0.85ms.” (Collins, 2012) Users must not use normal computer standards to judge Raspberry Pi. It can work as a personal computer, but cannot replace it.
Monday 9 June 2014
Define "RADAR'
. High tech radar systems are associated with digital signal processing and are capable of extracting useful information from very high noise levels.
Other systems similar to radar make use of other parts of the electromagnetic spectrum. One example is "lidar", which uses visible light from lasers rather than radio waves.
[Image:A long-range radar antenna, known as ALTAIR, used to detect and track space objects in conjunction with ABM testing at the Ronald Reagan Test Site on Kwajalein Atoll.]
What is a LM7805 Voltage Regulator?
*DIFFERENCE BETWEEN DIODE AND RECTIFIER**
Hello Friends !!!
Recorder is this magic pen that converts your written notes into electronic files and then transfers it to your phone and computer via "Bluetooth". I think it’s a great idea and can actually encourage us writers to take to the book and pen more often. I bet authors and illustrators will love it too! My only wish – it auto spell checks the files..... great invention..
Friday 17 January 2014
Important features of LPC - 2129
Important features of LPC - 2129:
1. Comes in 64 pin package with 46 GPIO port pins.
2. 16KB of On-chip Static RAM to store Code &/or Data.
3. 256KB of flash memory.
4. External 8, 16, or 32 bit BUS.
5. ARM supports 1½ port concept.
6. On chip crystal oscillator 1 to 30MHz.
7. 60MHz max CPU clock available from programmable on chip PLL.
8. Supports ISP& IAP via boot loader.
9. Embedded ICE for real time debugging using break points and watch points.
10. Embedded Trace Macro cell ( Support of JTAG interface to debug the
program on the hardware level)
11. 2 CAN Controllers with Acceptance Filters.
12. 4 Channel 10 Bit ADC with conversion time of 2.44micro sec.
13. Two, 32 Bit Timers (4 capture and 4 compare channels).
14. PWM with 6 outputs.
15. RTC
16. 1 Watch Dog Timer.
17. Two UART’s.
18. Two SPI Interface.
19. Fast I2C at 400kbps.
20. Two low power modes IDLE and Power-Down mode.
21. CPU operating voltage +1.8V (1.65 to 1.95)
Peripherals operate at +3.3V (3.00 to 3.60)
I/O pins operate at +5V.
22. Supports ARM and THUMB mode.
23. Programming the flash memory can be done in the following ways.
1. Using serial JTAG interface
2. Using ISP & UART0.
3. Using IAP.
24. Supports 3 stage pipeline.
25. By default this supports LITTLE ENDIAN, but van be configured as BIG
ENDIAN.
1. Comes in 64 pin package with 46 GPIO port pins.
2. 16KB of On-chip Static RAM to store Code &/or Data.
3. 256KB of flash memory.
4. External 8, 16, or 32 bit BUS.
5. ARM supports 1½ port concept.
6. On chip crystal oscillator 1 to 30MHz.
7. 60MHz max CPU clock available from programmable on chip PLL.
8. Supports ISP& IAP via boot loader.
9. Embedded ICE for real time debugging using break points and watch points.
10. Embedded Trace Macro cell ( Support of JTAG interface to debug the
program on the hardware level)
11. 2 CAN Controllers with Acceptance Filters.
12. 4 Channel 10 Bit ADC with conversion time of 2.44micro sec.
13. Two, 32 Bit Timers (4 capture and 4 compare channels).
14. PWM with 6 outputs.
15. RTC
16. 1 Watch Dog Timer.
17. Two UART’s.
18. Two SPI Interface.
19. Fast I2C at 400kbps.
20. Two low power modes IDLE and Power-Down mode.
21. CPU operating voltage +1.8V (1.65 to 1.95)
Peripherals operate at +3.3V (3.00 to 3.60)
I/O pins operate at +5V.
22. Supports ARM and THUMB mode.
23. Programming the flash memory can be done in the following ways.
1. Using serial JTAG interface
2. Using ISP & UART0.
3. Using IAP.
24. Supports 3 stage pipeline.
25. By default this supports LITTLE ENDIAN, but van be configured as BIG
ENDIAN.
Sunday 12 January 2014
INTELLIGENT AMBULANCE FOR CITY TRAFFIC POLICE (ECE/EEE Project)
FOR FINAL YEAR STUDENTS PROJECT
INTELLIGENT AMBULANCE FOR
CITY
This
project is based on VTU syllabus.
The proposed system is based on ATMEL 89S52 µcontroller which is in our
syllabus.
ABSTRACT:
The
main aim of this project is develop an intelligent ambulance which will reach
the hospitals without any problem in heavy traffics.
This
particular project is designed for the cities with heavy traffic .Eg: In Bangalore
According
to this project if any ambulance comes near when the ambulance at emergency
comes to any traffic post the traffic signals automatically stop the signals
and give green signal for this ambulance.
COMPONENTS
USED:
v Power
Supply 5v DC - LM
7805
WORKING
PRINCIPLE:
When
the ambulance at emergency comes to any traffic post the traffic signals
automatically stop the signals and give green signal for this ambulance.
The
ambulance carries an infrared transmitter and every traffic post will have an
infrared receiver. So whenever the ambulance comes near the traffic, the
ambulance will transmit a code say “emergency” the receiver will receive this
signal and check in the database of the micro controller. Then it immediately
switch off the other signals that is it make all the signals red and later make
this particular direction signal green. So by doing this the ambulance can go
without any problem.
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