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IEEE 2010-2011 Project Titles
TECHNOLOGY: MATLAB
DOMAIN: IEEE TRANSACTIONS ON POWER ELECTRONICS.
1)A Bridgeless PFC Boost Rectifier with Optimized Magnetic Utilization
2)Analysis and Implementation of A Hybrid High-Power-Factor Three-Phase Unidirectional Rectifier
3)Identification of Feasible Topologies for Multiple-Input DC-DC Converters
4)Three-Mode Dual-Frequency Two-Edge Modulation Scheme for Four-Switch Buck-Boost Converter.
5)A Novel Self-Powered Supply for GCT Gate Drivers.
6)A Compensation Technique for Smooth Transition in A Non-Inverting Buck-Boost Converter.
7)Impact of EMC Filters On The Power Density Of Modern Three-Phase PWM Converters.
8)Multiple-Load-Source Integration In A Multilevel Modular Capacitor-Clamped DC-DC Converter
Featuring Fault Tolerant Capability.
9)Three-Level Ac-Dc-Ac Z-Source Converter Using Reduced Passive Component Count.
10) Digital Combination of Buck and Boost Converters to Control Positive Buck-Boost Converter and
Improve The Output Transients.
TECHNOLOGY: MATLAB
DOMIAN: IEEE TRASACTIONS ON POWER SYSTEMS.
1) Simulation of Optimal Medium-Term Hydro-Thermal System Operation by Grid Computing.
2) An Integrated Approach for Optimizing Dynamic Transfer Limits At Hydro-Quebee.
3) A Filtering Technique for Three-Phase Power System.
4) An Adaptive Controller for the shunt Active Filter Considering a Dynamic Load and the Line
Impedance.
5) Selection of Optimal Location and Size of Multiple Distributed Generations by Using Kalman
Filter
Algorithm.
6) Bewley Diagrams Revisited via Visualization.
7) An Improved UPFC Control for Oscillation Damping.
8) A Wide-Bond Multi-Port System Equivalent for Real-Time Digital Power System Simulators.
9) Frequency- Adaptive Power System Modeling for Multi- Scale Simulation of Transients.
10) A PSO Method With Nonlinear Time-Varying Evolution For Optimal Design Of Harmonic Filters.
TECHNOLOGY: VLSI
DOMIAN: CORE VLSI
1) A Fast Hardware Approach For Approximate, Efficient Logarithm And Antilogarithm Computations.
2) VLSI Design Of Diminished One Modulo 2n+1 Adder Using Circular Carry Selection.
3) The Design And FPGA Implementation Of Gf(2^128) Multiplier For Ghash.
4) Bz-Fad: A Low-Power Low-Area Multiplier Based On Shift
>Architecture.
5) A Full-Adder-Based Methodology For The
Scaling Operation In Residue Number System.
6) FPGA Implementation Of Law Power Parallel Multiplier.
7) Designing Efficient Online Testable Reversible Adders With New Reversible Gate.
TECHNOLOGY: VLSI
DOMAIN: IMAGE PROCESSION.
1) Novel Area-Efficient FPGA Architectures For Fir Filtering With Symmetric Signal Extension.
2) Spread Spectrum Image Watermarking With Digital Design.
3) A VLSI Progressive Coding For Wavelet-Based Image Compression.
TECHNOLOGY: VLSI
DOMAIN: DIGITAL SYSTEM DESIGN
1) A Generalization Of A Fast RNS Conversion For A New 4-Modulus Base.
2) Left To Right Serial Multiplier For Large Number On FPGA.
3) A Compact AES Encryption Core On Xilinx FPGA.
4) A Fast VLSI Design Of Sms4 Cipher Based On Twisted BDDS-Box Architecture.
5) An Improved RC6 Algorithm With The Same Structure Or Encryption And Decryption.
6) A Novel Multiplexer Based Truncated Array Multiplier.
TECHNOLOGY: VLSI
DOMAIN: TESTING.
1) A New Low Power Test Pattern Generator Using A Variable-Length Ring Counter.
2) Power Optimization Of Linear Feedback Shift Register (Lfsr) For Low Power Bist.
3) Fault Secure Encoder And Decoder For Nano-MemoryApplications.
4) Hardware Algorithm For Variable Precision Multiplication On FPGA.
TECHNOLGY: VLSI
DOMAIN: COMMUNICATION
1) Superscalar Power Efficient Fast Fourier Transform FFT Architecture
2) A New High-Speed Architecture For Reed-Solomon Decoder.
3) Low-Power Leading-Zero Counting An Anticipation Logic For High-Speed Floating Point Unit.
4) Cost-Efficient SHA Hardware
Accelerators.
5) System Architecture And Implementation Of MIMO Sphere Decoders On FPGA.
TECHNOLOGY:EMBEDDED
DOMAIN:ROBOTICS
1) Navigation Of Mobile Robot Using Global Positioning System (GPS) And Obstacle Avoidance System
With Commanded Loop Daisy Chaining Application Method.
2) Visual Servo Control Of Three Degree Of Freedom Robotic Arm System.
3) Design And Implementation Of A Stair-Climbing Robot.
4) A New Method Of Infrared Sensor Measurement For Micromouse Control To Deliver Drugs.
5) Development Of A Module Based Platform For Mobile Robots.
TECHNOLOGY: EMBEDDED
DOMAIN: AUTOMATION.
1) Distributed Sensor For Steering Wheel Grip Force Measurement In Driver Fatigue Detection.
2) The Integrated Unit For Mems Based Pressure Measurement.
3) Research On Embedded Data Display Unit Based On Can Bus.
IEEE 2010 ECE Project Titles
| 1 | A TABU SEARCH ALGORITHM FOR CLUSTER BUILDING IN WIRELESS SENSOR NETWORKS | click here | MOBILE COMPUTING | DOT NET |
| 2 | ROUTE STABILITY IN MANETS UNDER THE RANDOM DIRECTION MOBILITY MODEL | click here | MOBILE COMPUTING | DOT NET |
| 3 | GREEDY ROUTING WITH ANTI-VOID TRAVERSAL FOR WIRELESS SENSOR NETWORKS | click here | MOBILE COMPUTING | DOT NET |
| 4 | CELL BREATHING TECHNIQUES FOR LOAD BALANCING IN WIRELESS LANS | click here | MOBILE COMPUTING | DOT NET |
| 5 | RESEQUENCING ANALYSIS OF STOP-AND-WAIT ARQ FOR PARALLEL MULTICHANNEL COMMUNICATIONS | click here | NETWORKING | DOT NET |
| 6 | RESOURCE ALLOCATION IN OFDMA WIRELESS COMMUNICATIONS SYSTEMS SUPPORTING MULTIMEDIA SERVICES | click here | NETWORKING | DOT NET |
| 7 | ENHANCING PRIVACY AND AUTHORIZATION CONTROL SCALABILITY IN THE GRID THROUGH ONTOLOGIES | click here | INFORMATION TECHNOLOGY IN BIOMEDICINE | JAVA |
| 8 | COMBINATORIAL APPROACH FOR PREVENTING SQL INJECTION ATTACKS | click here | ADVANCE COMPUTING CONFERENCE | J2EE |
| 9 | DYNAMIC SEARCH ALGORITHM IN UNSTRUCTURED PEER-TO-PEER NETWORKS | click here | PARALLEL AND DISTRIBUTED SYSTEMS | JAVA |
| 10 | ANALYSIS OF SHORTEST PATH ROUTING FOR LARGE MULTI-HOP WIRELESS NETWORKS | click here | NETWORKING | DOT NET |
| 11 | SECURE AND POLICY-COMPLIANT SOURCE ROUTING | click here | NETWORKING | DOT NET |
| 12 | FLEXIBLE DETERMINISTIC PACKET MARKING: AN IP TRACEBACK SYSTEM TO FIND THE REAL SOURCE OF ATTACKS | click here | PARALLEL AND DISTRIBUTED SYSTEMS | JAVA |
| 13 | NODE ISOLATION MODEL AND AGE-BASED NEIGHBOR SELECTION IN UNSTRUCTURED P2P NETWORKS | click here | NETWORKING | JAVA |
| 14 | DISTRIBUTED ALGORITHMS FOR CONSTRUCTING APPROXIMATE MINIMUM SPANNING TREES IN WIRELESS SENSOR NETWORKS | click here | PARALLEL AND DISTRIBUTED SYSTEMS | JAVA |
| 15 | MOBILITY MANAGEMENT APPROACHES FOR MOBILE IP NETWORKS: PERFORMANCE COMPARISON AND USE RECOMMENDATIONS | click here | NETWORKING | JAVA |
| 16 | SINGLE-LINK FAILURE DETECTION IN ALL-OPTICAL NETWORKS USING MONITORING CYCLES AND PATHS | click here | NETWORKING | DOT NET |
| 17 | A FAITHFUL DISTRIBUTED MECHANISM FOR SHARING THE COST OF MULTICAST TRANSMISSIONS | click here | PARALLEL AND DISTRIBUTED SYSTEMS | J2EE |
| 18 | ATOMICITY ANALYSIS OF SERVICE COMPOSITION ACROSS ORGANIZATIONS | click here | SOFTWARE ENGINEERING | J2EE |
| 19 | DYNAMIC ROUTING WITH SECURITY CONSIDERATIONS | click here | PARALLEL AND DISTRIBUTED SYSTEMS | JAVA |
| 20 | CAR: CONTEXT-AWARE ADAPTIVE ROUTING FOR DELAY-TOLERANT MOBILE NETWORKS | click here | MOBILE COMPUTING | JAVA |
| 21 | COLLUSIVE PIRACY PREVENTION IN P2P CONTENT DELIVERY NETWORKS | click here | COMPUTERS | J2EE |
| 22 | SPREAD SPECTRUM WATERMARKING SECURITY | click here | INFORMATION FORENSICS AND SECURITY | DOT NET |
| 23 | LOCAL CONSTRUCTION OF NEAR-OPTIMAL POWER SPANNERS FOR WIRELESS AD-HOC NETWORKS | click here | MOBILE COMPUTING | DOT NET |
| 24 | MULTIPLE ROUTING CONFIGURATIONS FOR FAST IP NETWORK RECOVERY | click here | NETWORKING | JAVA |
| 25 | COMPACTION OF SCHEDULES AND A TWO-STAGE APPROACH FOR DUPLICATION-BASED DAG SCHEDULING | click here | PARALLEL AND DISTRIBUTED SYSTEMS | DOT NET |
| 26 | THE EFFECTIVENESS OF CHECKSUMS FOR EMBEDDED NETWORKS | click here | DEPENDABLE AND SECURE COMPUTING | DOT NET |
| 27 | DETECTING MALICIOUS PACKET LOSSES | click here | PARALLEL AND DISTRIBUTED SYSTEMS | JAVA |
| 28 | VIRUS SPREAD IN NETWORKS | click here | NETWORKING | DOT NET |
| 29 | BIASED RANDOM WALKS IN UNIFORM WIRELESS NETWORKS | click here | MOBILE COMPUTING | DOT NET |
| 30 | INFORMATION CONTENT-BASED SENSOR SELECTION AND TRANSMISSION POWER ADJUSTMENT FOR COLLABORATIVE TARGET TRACKING | click here | MOBILE COMPUTING | DOT NET |
| 31 | PRESTO: FEEDBACKDRIVEN DATA MANAGEMENT IN SENSOR NETWORKS | click here | NETWORKING | DOT NET |
| 32 | EXPLICIT LOAD BALANCING TECHNIQUE FOR NGEO SATELLITE IP NETWORKS WITH ON-BOARD PROCESSING CAPABILITIES | click here | NETWORKING | DOT NET |
| 33 | DELAY ANALYSIS FOR MAXIMAL SCHEDULING WITH FLOW CONTROL IN WIRELESS NETWORKS WITH BURSTY TRAFFIC | click here | NETWORKING | DOT NET |
| 34 | OPTIMIZED RESOURCE ALLOCATION FOR SOFTWARE RELEASE PLANNING | click here | SOFTWARE ENGINEERING | DOT NET |
| 35 | AUTOMATIC EXTRACTION OF HEAP REFERENCE PROPERTIES IN OBJECT-ORIENTED PROGRAMS | click here | SOFTWARE ENGINEERING | DOT NET |
| 36 | ENERGY MAPS FOR MOBILE WIRELESS NETWORKS:COHERENCE TIME VERSUS SPREADING PERIOD | click here |
MOBILE COMPUTING | DOT NET |
| 37 | RANDOMCAST: AN ENERGY EFFICIENT COMMUNICATION SCHEME FOR MOBILE AD HOC NETWORKS | click here | MOBILE COMPUTING | DOT NET |
| 38 | EFFICIENT RESOURCE ALLOCATION FOR WIRELESS MULTICAST | click here | MOBILE COMPUTING | JAVA |
| 39 | MINING FILE DOWNLOADING TIME IN STOCHASTIC PEER TO PEER NETWORKS | click here | NETWORKING | DOT NET |
| 40 | ENHANCING SEARCH PERFORMANCE IN UNSTRUCTURED P2P NETWORKS BASED ON USERS' COMMON INTEREST | click here | NETWORKING | JAVA |
| 41 | QUIVER: CONSISTENT OBJECT SHARING FOR EDGE SERVICES | click here | PARALLEL AND DISTRIBUTED SYSTEMS | JAVA |
| 42 | BRA: A BIDIRECTIONAL ROUTING ABSTRACTION FOR ASYMMETRIC MOBILE AD HOC NETWORKS | click here | NETWORKING | JAVA |
| 43 | AN EFFICIENT CLUSTERING SCHEME TO EXPLOIT HIERARCHICAL DATA IN NETWORK TRAFFIC ANALYSIS | click here | KNOWLEDGE AND DATA ENGINEERING | JAVA |
| 44 | RATE & DELAY GUARANTEES PROVIDED BY CLOSE PACKET SWITCHES WITH LOAD BALANCING | click here | NETWORKING | JAVA |
| 45 | GEOMETRIC APPROACH TO IMPROVING ACTIVE PACKET LOSS MEASUREMENT | click here | NETWORKING | JAVA |
| 46 | A PRECISE TERMINATION CONDITION OF THE PROBALASTIC PACKET MARKING ALGORITHM | click here | DEPENDABLE AND SECURE COMPUTING | JAVA |
| 47 | INTRUSION DETECTION IN HOMOGENEOUS & HETEROGENEOUS WIRELESS SENSOR NETWORKS | click here | MOBILE COMPUTING | JAVA |
| 48 | A DISTRIBUTED AND SCALABLE ROUTING TABLE MANAGER FOR THE NEXT GENERATION OF IP ROUTERS | click here | | DOT NET |
| 49 | PERFORMANCE OF A SPECULATIVE TRANSMISSION SCHEME FOR SCHEDULING LATENCY REDUCTION | click here | NETWORKING | JAVA |
| 50 | EFFICIENT 2-D GRAY SCALE MORPHOLOGICAL TRANSFORMATIONS WITH ARBITRALY FLAT STRUCTURING ELEMENTS | click here | IMAGE PROCESSING | DOT NET |
| 51 | RATE ALLOCATION & NETWORK LIFETIME PROBLEM FOR WIRELESS SENSOR NETWORKS | click here | NETWORKING | DOT NET |
| 52 | VISION BASED PROCESSING FOR REAL TIME 3-D DATA ACQUISITION BASED CODE STRUCTURED LIGHT | click here | IMAGE PROCESSING | DOT NET |
| 53 | USING THE CONCEPTUAL COHESION OF CLASSES FOR FAULT PREDICTION IN OBJECT ORIENTED SYSTEMS | click here | SOFTWARE ENGINEERING | JAVA |
| 54 | LOCATION BASED SPATIAL QUERY PROCESSING IN WIRELESS BROADCAST ENVIRONMENTS | click here | MOBILE COMPUTING | JAVA |
| 55 | BANDWIDTH ESTIMATION FOR IEEE 802.11 BASED ADHOC NETWORK | click here | MOBILE COMPUTING | JAVA |
| 56 | MODELING & AUTOMATED CONTAINMENT OF WORMS | click here | DEPENDABLE AND SECURE COMPUTING | JAVA |
| 57 | TRUST WORTHY COMUTING UNDER RESOURCE CONSTRAINTS WITH THE DOWN POLICY | click here | DEPENDABLE AND SECURE COMPUTING | DOT NET |
| 58 | BENEFIT-BASED DATA CACHING IN AD HOC NETWORKS | click here | MOBILE COMPUTING | JAVA |
| 59 | STATISTICAL TECHNIQUES FOR DETECTING TRAFFIC ANOMALIES THROUGH PACKET HEADER DATA | click here | NETWORKING | DOT NET |
| 60 | HBA DISTRIBUTED METADATA MANAGEMENT FOR LARGE SCALE CLUSTER BASED STORAGE SYSTEM | click here | PARALLEL AND DISTRIBUTED SYSTEMS | DOT NET |
| 61 | TEMPORAL PORTIONING OF COMMUNICATION RESOURCES IN AN INTEGRATED ARCHITECTURE | click here | DEPENDABLE AND SECURE COMPUTING | DOT NET |
| 62 | THE EFFECT OF PAIRS IN PROGRAM DESIGN TASKS | click here | SOFTWARE ENGINEERING | DOT NET |
| 63 | CONSTRUCTING INTER-DOMAIN PACKET FILTERS TO CONTROL IP SPOOFING BASED ON BGP UPDATES | click here | DEPENDABLE AND SECURE COMPUTING | JAVA |
| 64 | ORTHOGONAL DATA EMBEDDING FOR BINARY IMAGES IN MORPHOLOGICAL TRANSFORM DOMAIN- A HIGH-CAPACITY APPROACH | click here | MULTIMEDIA | DOT NET |
| 65 | PROTECTION OF DATABASE SECURITY VIA COLLABORATIVE INFERENCE DETECTION | click here | KNOWLEDGE AND DATA ENGINEERING | J2EE |
| 66 | ESTIMATION OF DEFECTS BASED ON EFECT DECAY MODEL: ED3M | click here | SOFTWARE ENGINEERING | DOT NET |
| 67 | ACTIVE LEARNING METHODS FOR INTERACTIVE IMAGE RETRIEVAL | click here | IMAGE PROCESSING | DOT NET |
| 68 | LOCALIZED SENSOR AREA COVERAGE WITH LOW COMMUNICATION OVERHEAD | click here | MOBILE COMPUTING | DOT NET |
| 69 | HARDWARE ENHANCED ASSOCIATION RULE MINING WITH HASHING AND PIPELINING | click here | KNOWLEDGE AND DATA ENGINEERING | DOT NET |
| 70 | EFFICIENT RESOURCE ALLOCATION FOR WIRELESS MULTICAST | click here | MOBILE COMPUTING | DOT NET |
| 71 | EFFICIENT ROUTING IN INTERMITTENTLY CONNECTED MOBILE NETWORKS: THE MULTIPLE COPY CASE | click here | NETWORKING | DOT NET |
| 72 | A NOVEL FRAMEWORK FOR SEMANTIC ANNOTATION AND PERSONALIZED RETRIEVAL OF SPORTS VIDEO | click here | MULTIMEDIA | DOT NET |
| 73 | TWO TECHNIQUES FOR FAST COMPUTATION OF CONSTRAINED SHORTEST PATHS | click here | NETWORKING | JAVA |
| 74 | WATERMARKING RELATIONAL DATABASES USING OPTIMIZATION-BASED TECHNIQUES | click here | KNOWLEDGE AND DATA ENGINEERING | DOT NET |
| 75 | PROBABILISTIC PACKET MARKING FOR LARGE-SCALE IP TRACE BACK | click here | NETWORKING | DOT NET |
| 76 | DUAL-LINK FAILURE RESILIENCY THROUGH BACKUP LINK MUTUAL EXCLUSION | click here | NETWORKING | JAVA |
| 77 | TRUTH DISCOVERY WITH MULTIPLE CONFLICTING INFORMATION PROVIDERS ON THE WEB | click here | KNOWLEDGE AND DATA ENGINEERING | J2EE |
| 78 | DYNAMIC LOAD BALANCING IN DISTRIBUTED SYSTEMS IN THE PRESENCE OF DELAYS: A REGENERATION-THEORY APPROACH | click here | PARALLEL AND DISTRIBUTED SYSTEMS | JAVA |
| 79 | A SEMI FRAGILE CONTENT BASED IMAGE WATERMARKING FOR AUTHENTICATION IN SPATIAL DOMAIN USING DISCRETE COSINE TRANSFORM | click here | JOURNAL | JAVA |
| 80 | OCGRR: A NEW SCHEDULING ALGORITHM FOR DIFFERENTIATED SERVICES NETWORKS | click here | PARALLEL AND DISTRIBUTED SYSTEMS | JAVA |
| 81 | AN ADAPTIVE PROGRAMMING MODEL FOR FAULT-TOLERANT DISTRIBUTED COMPUTING | click here | DEPENDABLE AND SECURE COMPUTING | JAVA |
| 82 | AN ACKNOWLEDGMENT-BASED APPROACH FOR THE DETECTION OF ROUTING MISBEHAVIOR IN MANETS | click here | MOBILE COMPUTING | JAVA |
| 83 | HYBRID INTRUSION DETECTION WITH WEIGHTED SIGNATURE GENERATION OVER ANOMALOUS INTERNET EPISODES(HIDS) | click here | DEPENDABLE AND SECURE COMPUTING | J2EE |
| 84 | PFUSION: A P2P ARCHITECTURE FOR INTERNET-SCALE CONTENT-BASED SEARCH AND RETRIEVAL | click here | PARALLEL AND DISTRIBUTED SYSTEMS | DOT NET |
| 85 | ROUTE RESERVATION IN AD HOC WIRELESS NETWORKS | click here | MOBILE COMPUTING | JAVA |
| 86 | DISTRIBUTED CACHE UPDATING FOR THE DYNAMIC SOURCE ROUTING PROTOCOL | click here | MOBILE COMPUTING | JAVA |
| 87 | DIGITAL IMAGE PROCESSING TECHNIQUES FOR THE DETECTION AND REMOVAL OF CRACKS IN DIGITIZED PAINTINGS | click here | IMAGE PROCESSING | DOT NET |
| 88 | NOISE REDUCTION BY FUZZY IMAGE FILTERING | click here | FUZZY SYSTEMS | JAVA |
| 89 | A NOVEL SECURE COMMUNICATION PROTOCOL FOR AD HOC NETWORKS [SCP] | click here | | JAVA |
| 90 | FACE RECOGNITION USING LAPLACIAN FACES | click here | PATTERN ANALYSIS AND MACHINE INTELLIGENCE | JAVA |
| 91 | PREDICTIVE JOB SCHEDULING IN A CONNECTION LIMITED SYSTEM USING PARALLEL GENETIC ALGORITHM | click here | INTERNATIONAL CONFERENCE ON INTELLIGENT AND ADVANCED SYSTEMS | JAVA |
| 92 | PERSONALIZED WEB SEARCH WITH SELF-ORGANIZING MAP | click here | INTERNATIONAL CONFERENCE ON E-TECHNOLOGY, E-COMMERCE AND E-SERVICE | J2EE |
| 93 | A DISTRIBUTED DATABASE ARCHITECTURE FOR GLOBAL ROAMING IN NEXT-GENERATION MOBILE NETWORKS | click here | NETWORKING | JAVA |
| 94 | STRUCTURE AND TEXTURE FILLING-IN OF MISSING IMAGE BLOCKS IN WIRELESS TRANSMISSION AND COMPRESSION APPLICATIONS | click here | IMAGE PROCESSING | JAVA |
| 95 | NETWORK BORDER PATROL: PREVENTING CONGESTION COLLAPSE AND PROMOTING FAIRNESS IN THE INTERNET | click here | NETWORKING | JAVA |
| 96 | APPLICATION OF BPCS STEGANOGRAPHY TO WAVELET COMPRESSED VIDEO | click here | IMAGE PROCESSING | JAVA |
| 97 | IMAGE PROCESSING FOR EDGE DETECTION | click here | | DOT NET |
| 98 | DOUBLE-COVERED BROADCAST (DCB): A SIMPLE RELIABLE BROADCAST ALGORITHM IN MANETS | click_here | CONFERENCE-IEEE INFOCOM | JAVA |
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1.DESIGN OF AN RFID – BASED MANUFACTURING MONITORING AND
ANALYSIS SYSTEM
ABSTRACT.
Radio Frequency identification technology has become an important driver in the modern production logistics activities of today’s information-based industries and economics. With the modern development and latest technology, companies focus more on how these technologies can be implemented and promoted in order to improve their value-added process.
In this project presents one such practical implementation approach for the monitoring and analysis of a discrete manufacturing environment using the super RFID technology. Monitoring the parts flows in manufacturing system time-wise and location-wise is very critical for productivity, cost, quality, inventory, and speed. In companies when the production automation has been implemented the parts are monitored by the system. This may allow better monitoring of the manufacturing process with expedient material flow and more effective planning and control.
This super RFID based manufacturing monitoring and analysis system to monitor where and when a part is located throughout its flow in a production process using RFID tag placed on the parts and antennas located at appropriate places. The system will enable the visibility of multiple parts simultaneously without requiring operator support and
collect the following information related to a part.
1. Arrival time to a workstation.
2. Activity start time.
3. Activity end time.
4. Departure time from the workstation.
5. Location of a part.
Implementation.
In this system every parts in the production is equipped with a super RFID tag. The manufacturing plant is installed with reader antenna at appropriate locations. The data from the part/tag is read on real time. The reader can receive data from many tags at a time. The location information and other data is processed in the base reader unit and feed in to a PC. The final display is shown in the PC using software.
Hardware involved. : Super compact active RFID tag (as per monitoring parts required)
Directional antenna, Reader base unit, Interface adaptor, PC software.
2. REAL TIME PERSONALIZED COMMERCIAL SERVICES USING DATA
WAREHOUSING AND RFID TECHNOLOGY.
ABSTRACT: In this work, we present a system architecture based on a data warehouse coupled with Data Mining functionalities, which, by mean of the RFID technology, is capable of sending personalized offers to customers in the area of interest in real-time. The offer personalization process is performed by mean of a clustering technique based on a fuzzy extension of the SQL language.
3.APPLICATION FIELD OF RFID IN HEALTH SAFETY AND ENVIRONMENT
MANAGEMENT.
ABSTRACT: A portal provided with antennae could log Personal Protective Equipment ( PPE) items generate a warning signal when items are missing. Detection of PPE items before activating machine and technical equipment possible. Before the machine is put in to the offer, it must be activated by checked protective gear. Up to now, such systems can detect the sufficiency of PPE but they cannot distinguish between sheer presence and correct application.
4.VEHICLE INFRASTRUCTURE INTEGRATION (VII) IN THE US –
ENHANCING SAFETY. ENABLING MOBILITY.
ABSTRACT:
VII or Vehicle Infrastructure Initiative is listed as a new DSRC (Dedicated short range communication) protocol, it is more than DSRC, it is a major advancement in ITS for vehicle to vehicle and vehicle to road side system. The 5.9Ghz wave protocol provides the range, throughput capacity and low latency to handle current and future ITS roles and capabilities, Future e-payment system has the potential to provide tolling. Priority toll / HOV lanes, congestion charging and distance- time-location based service.
In this project, various practical application of VII has been discussed. Many applications are tested such as electronic payment parking, In-Vehicle Signage work zone warning, curve speed warning, Traveler information, Electronic toll collection, Ramp Metering, Stop Sign Violation warning, Traffic signal violation warning, Electronic brake warning, Intersection collision avoidance system, etc.
The system has 5.9Ghz wide spectrum frequency range for high speed data communication. Each vehicle has sophisticated RF device and location reference system, display, alarm etc. An exclusive Road Side Equipment (RSE) communicates with each vehicle and the data will be transferred to a central monitoring system.
5.SHOPPING PATH ANALYSIS AND TRANSACTION MINING BASED ON
RFID TECHNOLOGY.
ABSTRACT : The active RFID technology is gaining strong support from business for various applications such as supply chain management, access control, air line luggage management, etc Due to the cost consideration, it is still not a replacement for the traditional item-level Bar-code. Therefore, tracking and analyzing the shopping path and purchasing behaviors of customers in a superstore such as Wl-Maart is still a challenging task.
In this project, a practical attempt have made a RFID deployment model for collecting shopping paths and purchased items of customers. Algorithms based on customer Access Matrix (CAM) and Customer Transaction Mining (CTM) is then proposed for mining preferred shopping paths and their relationships to the purchased items. In the experiments, we build a data setngenerator for shopping paths and purchased items of customers, and the results show that our model is applicable to real time application.
Implementation: In this system, multiple active tags are used. Each tag can be used again, so the data in the tag is easily reprogrammable as per the application. The base unit has reader and processor, which is connected to a PC with database. Multiple tags can be added to the system as per the cost estimation.
6. AN RFID APPLICATION FOR THE DISABLED : PATH FINDER
Interactive or active RFID technology that is being used for many-advanced application from health sector to retail depending on that technology. Path finder , of which it is designed for the mainly the blind, in an RFID based application which stem to reach nonexplicit requirements and aims for user group to reach to target within a non familiar or totally un known campus area without taking any help out side. Starting from the entrance gate, application guides the user until wherever the user wants to reach and in vise versa direction. During the trip, many users decide to change the target by using a shortest path algorithm. In this project, we tried to explain how to develop such a solution and gave test result of the system.
IMPLEMENTATION; the system consists of multiple reader installed in multiple location through campus. The base has a speaker unit, which announces the path to proceed. The RFID issued to the blind unique ID and registered with a particular destination. When the tag reaches each reader, the base unit will guide to the next point how to go. Each reader can guide multiple access as per tag issued. Complex software and hardware solution have implemented in this application.
7.MEASURING AND TRANSMITTING VITAL BODY SIGNS USING MEMS
SENSORS.
With advancement in technology and science electronics have been getting smaller and smaller , which enables researchers and scientist to weave the electronics and interconnections into the fabrics. This new technology enables to establish a new concept called electronics textiles (e-textiles) which allows cost-effective and efficient solutions for various application.
In this project, the main idea is monitoring vital body signs by placing the electronics device into a garment in a compact way. Among many vital body signs, poture, respiration rate and body activities like walking running have been monitored. The
measurements have been performed with a mems based technology. The electronic components have been placed in to the fabric to form the arf-shirt TO MONITOR BODY SIGNS. COLLECTED DATA FROM VARIOUS SUBJECTS WITH ARF--Shirt system have been transmitted by rf transmission and monitored in real-time.
IMPLEMENTATION:
The system contains mainly two parts. One of them is the mobile part on the ARF-Shirt, which contains Microelectronics acceleration, battery based system with miniature RF transmitter, A special type of software is implemented to save battery consumption and makes system more intelligent. The second and the fixed part contains ARX receiver with multiple reader, SC – 2075 connector block, data acquisition board a a computer with a processor software.
8. PERFORMANCE EVALUATION OF OPERATIONAL PARAMETERS ON
RFID CONTROLLED CONVEYOR SYSTEM.
ABSTRACT: RFID has been taking great attention of industry for its various advantages. This technology enables to monitor and track items in production facilities, warehouse operations, and distributions. However, RFID system performance is dramatically affected from the operational setting of the system. In particular, identification of appropriate levels for each operational factor is not trivial. In this project, we demonstrate an effective methodology to reveal appropriate operational setting for any RFID system. The purpose of this study is two fold (1) to present an organized, concise methodology for identification of influential factors of any RFID system (2) to evaluate operational parameters on RFID controlled conveyor system.
9. LOW COST SMARTCARD TICKETING USING RFID.
ABSTRACT:
Issuing season ticket, one time usage ticket, or any kind of ticket which need to issue daily become a massive process which require man power and assistance. The smart card ticketing is an alternative solution for this massive process. The electronic ticket or E-Ticket described here is the new approach to replace the traditional ticketing system. The main advantage of wireless smart card based ticket is, that it can be used repeatedly as per the charging. The ticket can be issue such as one time use, one-day use or even one month or so.
The electronic ticket card is programmed for specific usage period. It can be used as regular traveling ticket where it access with existing ticket machine to issue ticket. The RFID based ticket is an electronic solution for getting / issuing tickets in a busy line. The printing machine attached to the base reader unit will issue the printed form of ticket to the user. Once the card is used, the card is updated with time, usage, ID etc. If it is one- day useable card, the card will lock automatically after one use. The central monitor station can monitor the usage of each card on time. The main advantage of such RFID
based cards is , it can be charges by the user with an automatic charger unit with
appropriate usage points such as one time , multiple use etc.
The ticket options available as:
•
Carnet.
•
Period pass ( day, week, month…)
•
Tourist / visitor pass (could be distributed in advance, or by hotels)
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Conference delegate pass.
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hop on hop off.
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Multiple product (single or multiple)
The tickets can be used : DATA OPTIONS.
•
Value.
•
Number of rides.
•
Time based.
•
Area/zone validity.
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Specific journey.
•
Entitlement.
Implementation.
The ticket has active super RFID with data storage, printed antenna, battery .The super active two way RFID equipped in the ticket is capable to receive data and transfer updated data to the reader. The reader has active RFID with processor and other interface unit to external gadgets such as printer, keyboard, PC, etc. The recharge point has PC, MCU , and RF units. The command transported from the PC is read and store in the ticket. On every usages the up dated data also stored in the ticket. After the specific usages, the user can re-charge the ticket it the charger point.
In the system one ticket, one base reader with PC interface is provided additional reader
can be added as per choice.
10. RFID – BASED INTELLIGENT BOOKS SHELVING SYSTEM.
ABSTRACT:
Searching and sorting misplaced books is a difficult task often carried out by the library personnel, librarians are busy with searching misplaced books, which are left in wrong locations. By library users. It is quite difficult and almost impractical to place back all books to their assigned locations daily. To overcome this, radio frequency identification based intelligent shelving system has been proposed in which each book its own has assigned location in order to get easy assessment. It also provides significant improvement on book identification, tracking the objects and stock control.
IMPLEMENTATION:
Each book is equipped with an ARFID. The data warehouse has pre=stored location data with PC software display. The reader is installed on a X-Y moving mechanism which track as per commend from the base unit.. This mechanism has stepper motor drive and all related accessories. The mechanism platform is installed with a RFID reader, radio data receiver, processor, drive unit, and battery. The base reader unit has
main processor, data warehouse, central command, interface unit, and a PC with
software.
11.MINIATURE WIRELESS SENSOR, MEMS BASED, APPLICATION IN COLD
CHAIN (FOOD/MEDICINE PROCESS) LOGISTICS WITH REAL TIME TEMPERATURE DATA STORAGE AND REMOTE DATA ACCESS USING SUPER RFID.
The cold chain logistics is a systematic project which ensure the temperature-sensitive product under the pro-established low temperature in every process of production’s torage, transportation and sale which can make sure the products quality and reduce the logistics loss, Since the environment is changing vastly, and due to the limitation of tech and cost , the risk of quality accidents due to the goods temperature change in the process of transportation and dispatching is more often than in other process. Moreover, in common situation, the closeness of transportation and dispatching process always makes more difficulties for the next accident survey works, that is when and where the goods temperature began to fall outside the limitation range. On the other hand, whether it is caused by an unexpected environmental factor or a persistent error of cold storage system. The resolution for these problems is a kind of tech, which can constantly record and store the goods temperature and send the temperature data to the back-stage management system.
With the rapid growth of RFID tech and MEMS applications, the important role of temperature sensing system based on active RFID tech is more and more convinced in the industry with miniature sensor apart. Active RFID tag can achieve real-time temp data though MEMS based temp sensor and store the data during all process, then transmit them the connected RFID tag memory, then the data in the tag can be read once the tag appear in the range of reader. The reader can read many tags simultaneously. The tags data is analyzed and entire data stored during the process will be displayed on the PC It also alert if the particular tag undergoes above permitted temperature level. The reader is connected to a base processor and then feed to a PC with installed software.
12.INTELLIGENT E-POLICE AND TRAFFIC VIOLATION AUTOMATIC RECORDER SYSTEM FOR MODERN CITY TRAFFIC USING MOST ADVANCED WIRELESS SENSOR TECHNOLOGY IN REAL TIME.
With the rapid growth of economy, the quantity of vehicles in the city has greatly increased, as well as the number of drivers. At the same time, the situation of disobeying regulations happed more than before, which has lead to great number of damages to body and economy. Many obstacles have been made in the process of building civilized city, maintaining traffic orders and protecting personal safety. How to efficiently solve the problem of traffic crowding and regulation disobeying to avoid traffic accidents and meet the requirements of smooth traffic project have been the first important issue which the traffic administration has to urgently deal with.
“ e-police”, also called detecting and recording system, is used to catch vehicles violating traffic rules, such as over-speed driving and red traffic light violation. The traffic rule violation is main factor of traffic accidents, chaos and traffic jams. E-police system can
work all day and all night to monitor violation of red light at the intersection or detecting
over-speed driving at preset checkpoints on roads.
Base on the micro Watt ultra-low power consumption technology, combined with RFID technology and wireless sensing technology, the new vehicle traffic violation detecting system have been presented.
When a vehicle passes through an electromagnetic flux sensor, it will change the field and will lead to a change of return circuit of the field. By imbedding a wireless terrestrial magnetism detector beyond the stop line at the cross road, the detector will generate an electro magnetic field which is vertical with the road surface. When vehicle pass though the detector, it just equals as a metal surface object cutting the electromagnet filed, as the magnetic flex of the field changes, and lead to a change of return circuit of the wireless magnetism detector. When the vehicle detector installed at the crossroad receives the return circuit of the wireless terrestrial magnetism detector, every signal light is equipped with a direction and signal status encoder and transmitter. The RSE (roadside equipment) monitors status of all traffic signals and the status of vehicle on the every direction of road. As per the traffic signal vehicles are moving, when any vehicle try to violate red signal the RSE will detect the particular vehicles data and sent to remote central monitoring station of police.
This system involves highly critical electromagnetic technology, state of-thr-art wirekless
technology in 24 GHz to ensure high speed data communication.
13. SUPPLY CHAIN ASSET MANAGEMENT AND WAREHOUSE / STOCK GOODS SEARCHING SYSTEM WITH SUPER ACTIVE RFID USING SENSOR NETWORK.
Abstract : Supply chain event system and asset management and warehouse / stock searching syetm aim detecting the occurrence of missing or searching of total goods in the warehouse whithin seconds. The system requires no manual assistance. The all process will do based on the command send from the base unit.
The heart of the system is a base reader unit with multiple access facility. It is connected to a processor and PC. When the pc sends request for searching for certain goods the reader start scan RFID details of all tag attached to goods . Each goods has its own ID and details which is captured by the reader. The received data is processed and display the result instantly.
14.PEOPLE / PATIENT TRACKING AND MANAGEMENT SYSTEM FOR
HOSPITAL / FACTORY USING WIRELESS NETWORK. SYSTEM.
ABSTRACT : In some dynamic conditions such as hospitals or medical care institution, it is of the essence to locate the major assets and personnel in real time and in accuracy. It is unknown were the next clean transfer pump or were the fittest doctor when he is needed as doctors may not carry their cell phone every time. The low visibility of these vital assets always leads to serious wastes in time and resources. In detail, an asset of personnel management system lack of high visibility will leads to loss in below aspects.
Towards the above demands existing in the medical care industry, the Super RFID released solution for medical care tracking based on active RFID technology. The core idea of it is “advanced technology and reliable products established a visible plat form medical care service.”
Based on the deep foundation of active RFID tech, provide total solution for medical care institution, at home and abroad assets management, patient management, employee management which are help to improve working efficiency reducing working cost and enhance the quality of medical care services.
In this project, the real time monitoring of asset management and personnel locating system is implemented which will help institutions to provide quality service and improve efficiency. The system uses super active RF id technology and networking to form the higly advanced management system.
15.SUPER RFID APPLIED IN AUTOMATIC VISITOR / TOURIST GUIDE
INFORMATION FOR PERSONNEL ANOUNCEMENT AND VISITOR
EVALUATION SYSTEM REPLACING CONVENTIONAL GUIDE.
ABSTRACT: Interactive or active RFID technology that is being used for many-advanced application from health sector to retail depending on that technology. Automatic visitor/tourist guide information announcement system, which it is designed mainly for privacy of visitors and reduce loud noise caused by common announcement.
In an RF based application, which targeted to reach requirements and aims for particular user group or individual to listen to target within a no familiar or totally un known area without taking any help out side. Starting from the entrance gate, application guides the user until wherever the user wants to reach and in vise versa direction. During the trip , every user will get information about each spot in selected language. The advantage of the system is the visitor can get the information repeatedly by selecting the button. The small earphone connected to the RF guide system will give clear information of each spot automatically when the person approaches in to. So every visitor will get information individually without interfering next person. The announcement will change automatically when the person move in to the next section.
In this project, we tried to explain how to develop such a solution and gave test result of
the system.
IMPLEMENTATION; the system consists of multiple reader and information is used each person is served with one receiver. The data locator is installed in multiple locations through area. The base has a headphone unit, which announces the details about particular point. The RFID issued to the visitor has unique ID. When the reader reaches, the base unit will guide. Each reader can guide multiple accesses as per tag issued. Complex software and hardware solution have implemented in this application.
16. UNMANNED AUTOMATIC TARGET APPROACHING VEHICLE APPLIED
FOR BLIND USING SUPER ACTIVE RFID.
Interactive or active RFID technology that is being used for many-advanced application from health sector to retail depending on that technology. Auto target finder and approaching vehicle, which it is designed for the blind, in an RFID based application,
which aims for user group to reach to target within a no familiar or totally un known campus area without taking any help out side. Starting from the entrance gate, application guides the user until wherever the user wants to reach and in vise versa direction. In this project, we tried to explain how to develop such a solution and gave test result of the system.
17. SUPER RF TAG AND LOCAL AREA WIRELESS NET WORK APPLIED IN SUPERMARKET FOR ITEM SEARCHING, LOCALIZATION GUIDE AND PURCHASE GOODS ACCESS AND AUTOMATIC BILL REGISTRATION IN REAL TIME.
ABSTRACT : The active RFID technology is gaining strong support from business for various applications such as supply chain management, access control, and in luggage management, etc due to the cost consideration, it is still not a replacement for the traditional item-level Bar-code. Therefore, tracking and analyzing the shopping path and purchasing behaviors of customers in a superstore such as Wl-Mart is still a challenging task.
In this project, a practical attempt have made a RFID deployment model for collecting shopping paths and purchased items of customers. Algorithms based on customer Access Matrix (CAM) and Customer Transaction Mining (CTM) is then proposed for mining preferred shopping paths and their relationships to the purchased items. In the experiments, we build a data set generator for shopping paths and purchased items of customers, and the results show that our model is applicable to real time application.
Implementations: In this system, multiple active tag is used. Each tag can be used again, so the data in the tag is easily reprogrammable as per the application. The base unit has reader and processor, which is connected to a PC with database. Multiple tags can be added to the system as per the cost estimation
.
18.WORKERS ACTIVITY MONITORING AND ANALYZING WITH MINIATURE
WEARABLE SUPER ACTIVE RF SENSOR USING LOCAL RF NET WORK AND
CENTRAL MONITOR STATION IN REAL TIME.
With advancement in technology and science electronics have been getting smaller and smaller, which enables researchers and scientist to weave the electronics and interconnections into human body. This new technology enables to establish a new concept called electronic workers activity monitoring which allows cost-effective and efficient solutions for monitoring efficiency of workers in the factory or various applications.
Monitoring workers activity in garment factory, during day or night is very important. A supervisor cannot monitor every personals activity. The small electronic device attached to workers body will monitor the real action of worker and can be analyzed through a computer. This activity monitoring system will help to improve workers activity and find out each persons performance during the duty time.
In this project, the main idea is monitoring workers activity by analyzing vital body signs by placing the electronics device in body in a compact way. The micro miniature sensor will monitor activities like body action sleeping or lazy have been monitored. The measurements have been performed with a microelectronics-based technology. The electronic components have been placed in the body to form the electronic body activity monitor TO MONITOR BODY SIGNS. COLLECTED DATA FROM VARIOUS SUBJECTS have been transmitted by miniature RF transmission and monitored in real- time. Every employs / workers have equipped with this small sensor module. It will monitor the activities of a person in real time and transmit to the central monitoring station. The monitor will analyze the received data and conclude as the worker is sleeping, lazy or active during the working hours. The central monitor will show the main parameters such as
1. The parson is sleeping, lazy or active,
2. Display each parsons ID while giving report.
3. Time of sleep, wake up, activity.
4. Multiple reading simultaneously.
IMPLEMENTATION:
The system contains mainly two parts. One of them is the mobile part on body, which contains Microelectronics acceleration, battery based system with miniature RF transmitter, A special type of software is implemented to save battery consumption and makes system more intelligent. The second and the fixed part contains ARX receiver with multiple reader, SC – 2075 connector block, data acquisition board a computer with a processor software.
.
19.AUTO FLIGHT PILOT SIMULATION APPLIED IN REAL TIME AND REMOTE
MONITORING USING HIGH SPEED RF DATA LINK FOR UAV / FLIGHT.
ABSTRACT: The use of Unmanned Arial Vehicle (UAV) become vital in the modern world as the activities of UAV is unequal. The main navigation system used in the UAV is a remote controlled pilot system. The real pilot, who is sitting remotely with all control equipment and monitoring system become a real cockpit and it is necessary to control all parameters in real time at higher accuracy.
The project mentioned here is the real time flight monitoring, position system in which all parameters are monitored at the ground station while the UAV is flying. Finding the level, height, tilt and degree of elevation is vital in the remote flying UAV. The real time parameter monitor of flight is demonstrated in this project as real time. The level, tilt and elevation temperature, fuel, and other important parameters are monitored in the ground station using a PC with special software.
The position, tilt, and height of the UAV is displayed in the ground monitoring station and the real time image position also shown on the PC. The project utilizes all kind of latest technology in communication engineering, RF, microcontroller.
20.PEOPLE / VISITORS TRACKING AND MANAGEMENT WITH AREA LOCALIZATION / MONITORING AND WARNING SYSTEM USING E-TICKET AND SUPER RFID FOR AMUSEMENT PARK / CHILD CARE / PLAY SCHOOL IN REAL TIME.
ABSTRACT: In some dynamic conditions such as public visiting area amusement park, childcare centre old age home etc, it is of the essence to locate personnel in real time and in accuracy. It is unknown were the particular person when he/ she is needed or keep on under care. The low visibility of this vital info always leads to serious wastes in time and resources for searching for particular person and availability or presence of all personnel’s within the premises.
Towards the above demands existing in the amusement park / childcare centre, the Super RFID released solution for tracking all personals in the predetermined area. The core idea of it is “advanced technology and reliable local area established a visible plat form in tracking service”.
In this project, the real time monitoring of personal management and personnel locating system is implemented which will help institutions to provide quality service and improve efficiency. The system uses super active RF id technology and networking to form the highly advanced management system. The visitors or personals are supplied with an super RFID tag. The local area monitoring and tracking devices located in the different locations in the area keeps on communicate with multiple tags within the area. One local area reader can read tags as much as 200 at a time. The main central monitoring station located in remote location ca monitor the location of each person, total persons available in the area, where the particular person is located,
When the visitors time closes in amusement park / any person missing in the location the central monitoring station can locate the missing the person or find any person still in the area after the visiting hour.
This practical and most reliable system can be implemented in any large area location
as real time mode.
21.FULLY AUTOMATIC E-FILING SYSTEM WITH LOCATION, TRACKING
APPLIED IN REAL TIME SINGLE WINDOW SYSTEM FOR MODERN GOVT /
DOCUMENT / FILE MANAGEMENT.
Automatic e- filing system aim at detecting the occurrence of negative events – such as a delayed file movement – and suggesting measures that help limiting negative implications. The main functions of such a system include activity monitoring; proactive notification of process manages in case of deviation, simulation of the effects of the event on the process, providing oction for action. By monitoring process over a longer period e-file system generates measurements data that facilitates process improvements. The effectiveness and efficiency of SCEM system depends on the quality of available data, which in tern is related to the identification and data capture system used. Radio frequency system identification (RFID) as an Automatic Identification and data capturing technology (AICD) is used to enhance visibility in supply chains. The paper provides an overview of the current state of research in the field of (SCEM). In the following a RFID – effect-frame work is developed , that explained how the technology leads to higher process efficiency and information quality or promotes new process. The paper then analysis how (RFID) supports the functions of SCEMin various ways and
enable shorter control cycles thus reducing costs resulting from the handling of deviation
while improving overall service levels.
.
22.IVR BASED AUTOMATIC E-FILING TRACKING AND FEED BACK
MONITORING, LOCALIZATION,
TRACKING
APPLIED
IN MODERN ADMINISTRATION AUTOMATION USING SUPER ACTIVE RFID AND REMOTE ACCESS THROUGH TELEPHONE LINE.
ABSTRACT: The IVR based information access system become increasing gain in the
modern office automation. The system demonstrated here is the most advanced file
tracking and monitoring system for public administration in govt. or public sector offices.
Here every file is attached with an active RFID, which is monitored by the base unit
located in appropriate location. The central monitoring station and data access
management system attached to the telephone line can be used to get the real time
information about the particular file. The spread spectrum technology is used to access
RFID information across entire area. It can access information and read data from many
files as much as 2000 at a time.
The telephone line connected to the base processor unit exchange required information
to the caller. The secret tracking no is used to get information about each file. The
system will give voice information about the particular file such as,
1. The location of file on time.
2. The date of arrival to the department.
3. Status of file.
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