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Tuesday, 9 June 2015

Cognitive radio, interference control, robust beamforming.
Abstract—This letter considers the multi-antenna cognitive radio (CR) network, which has a single secondary user (SU) and coexists with a primary network of multiple users. Our objective is to maximize the service probability of the SU,
subject to the interference constraints on the primary users (PUs) in the form of probability. Exploiting imperfect channel state information (CSI), with its error modeled by added Gaussian noise, we address the optimization for the beamforming weights at the secondary transmitter. In particular, this letter devises an iterative algorithm that can efficiently obtain the robust optimal
beamforming solution. For the case with one PU, we show that a much simpler algorithm based on a closed-form solution for the antenna weights of a given power can be presented. Numerical results reveal that the optimal solution for the constructed problem provides an effective means to tradeoff the performance between the PUs and the SU, bridging the non-robust and worstcase based systems.

Index Terms—Cognitive radio, interference control, robust
beamforming.

Monday, 8 June 2015

electrical latest seminar topics electronics latest seminar topics instrumentation seminar latest new IEEE Simulating Low-Cost Cameras for Augmented Reality Compositing

Abstract—Video see-through Augmented Reality adds computer graphics to the real world in real time by overlaying graphics onto a
live video feed. To achieve a realistic integration of the virtual and real imagery, the rendered images should have a similar appearance
and quality to those produced by the video camera. This paper describes a compositing method which models the artifacts produced
by a small low-cost camera, and adds these effects to an ideal pinhole image produced by conventional rendering methods. We
attempt to model and simulate each step of the imaging process, including distortions, chromatic aberrations, blur, Bayer masking,
noise, sharpening, and color-space compression, all while requiring only an RGBA image and an estimate of camera velocity as inputs

Index Terms—Artificial, augmented, and virtual realities, visualization, compositing.

Thursday, 19 March 2015




ABSTRACT: 

This paper presents a theoretical analysis of the performance of an orthogonal multiplexing data transmission scheme (parallel transmission scheme) subject to a number of degrading factors normally encountered by a practical operating system. The factors considered jointly are sampling time error, carrier phase offset, and nonideal phase characteristics of transmitting and receiving filters. Performance is measured by the familiar criterion of eye opening of the received data signal. A closed-form expression for the eye opening is obtained. It is shown that the lengthy nonlinear functions in the solution can be closely approximated by simple piecewise linear functions for parameter values of interest. The optimum settings of the sampling time and the carrier phase are determined for given filter phase distortion. Also, considering all factors, simple formulas are developed for computing interchannel interferences, intersymbol  eye interference, and the resulting eye opening. Simple relationships between the eye opening and filter phase distortion are explored, and a concept of parametric is introduced to aid in filter design. An illustrative example is considered which shows that the impairment of the system performance is not excessive for a reasonable range of system design parameters. 

REFERENCE: Chang, R. W., and Gibby, R. A. A THEORETICAL PLEXING DATA TRANSMISSION SCHEME, Bell Telephone Laboratories, Inc., Holmdel, N. J. Rec'd 10/67; revised 2/1/68. Paper 68TP450-COM, approved by the IEEE Communication Theory Committee for publication after sponsored presentation at the   IEEE, International Conference on Communications, Philadelphia, Pa. IEEE TRANS. ON COMMUNICATION TECHNOLOGY, 

Sunday, 15 March 2015

Off-road vehicles are designed to perform arduous tasks in extreme outdoor conditions. In industries such as construction, agriculture and forestry, vehicles must navigate on uneven surfaces while lifting and moving heavy loads. For vehicle operators, the chances of tipping or rolling over are high, and safety is a concern. By installing preventative measures such as electronic sensors to detect the vehicle's operating condition and alignment, operator safety is increased. This   paper will describe the advantages of using three distinct sensor types in off-road vehicles to improve operator safety.

To prevent vehicle operator injury, electronic sensors can be used in off-road vehicles to warn the operator if the vehicle or its load is in danger. These sensor families include tilt sensors, inductive position sensors and pressure sensors. The technologies behind each sensor family will be examined as well as application examples presented.Environmental exposure is also a safety factor. As virtual "plants-on-wheels," off-road vehicles are exposed to extreme shock and vibration, harsh chemicals, dirt and electrical interference. The sensors used on these vehicles must be able to withstand these same extreme conditions to prevent mechanical damage and downtime.


Rugged terrain and moving machine parts can quickly shift the balance of a vehicle. A dangerous alignment can cause hazardous conditions for a vehicle operator. To assist operators in monitoring the horizontal alignment of vehicles, tilt sensors precisely detect slight angle variations. Tilt sensors can report, for example, the exact road-grade angle, boom angle, platform angle and crane-level angle. Upon receiving these signals, an operator can take action to avoid an unsafe situation. 

Tilt sensors must be able to withstand the extreme shock, vibration, and harsh elements associated with outdoor use. Direct exposure to chemicals, dirt, moisture, sunlight, and electrical interference is common. Design features that enable tilt sensors to resist the elements and perform in extreme environments include:

  • Compact housings – rated for IP67 protection – encase and protect the electronics from chemicals and liquid ingress, 
  • UV-resistant plastic and metal housings prevent damage from exposure to sunlight, 
  • Noise-immune technology enables the sensors to ignore conducted and radiated electrical noise. 
  • Outputs protected from short-circuits and overloads eliminate damage during installation, 
  • Highly flexible cables, jacketed to resist chemicals and perform at temperatures as low as –40 °F. 

Two very different, yet highly effective sensing technologies can be applied to verify horizontal alignment.

Conclusion

Applying tilt, position and pressures on off-road vehicles will help to ensure a vehicle operator's safety. Tilt and alignment sensors prove to be instrumental in preventing rollover and maintaining vehicle balance. Position sensors provide reliable position feedback of moving components including cranes and platforms. The  pressure sensors can continuously monitor a vehicle's hydraulic system and provide an output on the vehicle's operating condition. Working together on a vehicle, these sensors will ensure a safer vehicle and thereby protect its operator.

This civil engineering seminar topic gives an insight into Biological nutrient removal in municipal waste water treatment which is a much needed technology. Main problem is the rising concentration of nutrients. Nitrogen and phosphorus are the primary causes of eutrophication. Most recognizable manifestations are algal blooms. Symptoms are low dissolved oxygen, fish kills, murky water and depletion of flora and fauna.Biological nutrients are organic materials. BNR is a process used to remove nitrogen and phosphorus using micro-organisms. BNR is comprised of two processes. They are biological nitrogen removal and biological phosphorus removal. 
1) Ammonia, nitrate, particulate organic nitrogen and soluble organic nitrogen.
2) Nitrification and denitrification.
3) Ammonia is oxidised to nitrite and nitrite is then oxidised to nitrate.
4) Reduction of nitrate to nitric oxide, nitrous oxide and nitrogen gas.
5) Soluble and particulate phosphorus.
6) The treatment process can be designed to promote the growth of PAO's. 
7) PAO's convert available organic matter to PHA's.
Treatment processes
1) Integrated Fixed Film Activated Sludge Process - Combines fixed film technology with conventional activated sludge. Immerse a solid support media into an aeration basin. Media can be fixed or floating. Textile mesh material, floating sponges or plastic media. Provides surface area for biological growth to attach. Creates additional biomass. Provides additional biological activity. Increases solids settling. Increases waste water treatment facilities.
2) Sequential Batch Reactor Process - Continuous flow system. Primarly for nitrogen removal. Flexible, inexpensive and efficient. Operational cost is high. Three phases involved in this are fill phase, react phase and settle phase.
3) Step Feed Process - Continuous flow process. Influent flow is split to several feed locations. Recycle sludge stream is sent to the beginning. Higher solids retention time is achieved providing enhanced treatment. Phosphorus removal is limited.
4) Moving Bed Biofilm Reactor Process - Direct derivative of fixed film activated sludge process. HDPE carrier elements are used. Provide sites for bacteria attachment. Allows higher concentration of active biomass. More treatment capacity. Phosphorus removal requires additional stages.
5) Membrane Biological Reactor Process - Consists of separate aeration tanks and membrane filtration tanks. The membrane elements separate solids from the treated effluent. Excess solids are wasted directly from the aeration tanks. Membranes vary from hollow tube filters to flat panels. Require several cleaning cycles.
6) Oxidation Ditch Process - Oxidation ditch is a large circular basin with aerators. Removes organic matter and pollutants. Adsorption, oxidation and decomposition. Ensures stable, continuous measurement. Reduces operating costs. Eliminates the need for manual cleaning.

Saturday, 15 February 2014



  1. Google Chrome Laptop or Chrome Book
  2. Femtocell
  3. xMax Technology
  4. EyePhone
  5. XBOX 360 System
  6. iSphere
  7. Teradata
  8. zForce Touch Screen
  9. Wireless Body Area Network
  10. E-Ball Technology
  11. Google Glass
  12. Apache Cassandra
  13. Symbian Mobile Operating System
  14. Multiple Access Control Protocol
  15. Digital Preservation
  16. E-Paper Technology
  17. Smart Skin for Machine Handling
  18. Nvidia Tegra 250 Developer Kit Hardware
  19. Zenoss Core
  20. 5g Wireless System
  21. 3D Internet
  22. Mobile Jammer
  23. Mind-Reading Computer
  24. 5 Pen PC Technology
  25. High Performance Computing with Accelerators
  26. iPAD
  27. Browser Security
  28. Google File System
  29. Measuring Universal Intelligence
  30. Fast And Secure Protocol
  31. Case Based Reasoning System
  32. Mobile Number Portability
  33. Mobile TV
  34. Mobile WiMax
  35. Mobile Phone Cloning
  36. Nano Cars Into The Robotics
  37. Exterminator
  38. Bluetooth V2.1
  39. DOS Attack
  40. Privacy Preserving Data Publishing
  41. Transactional Memory
  42. Example Based Machine Translation
  43. Microsoft Palladium
  44. iCloud
  45. 3D Searching
  46. Biological Computers
  47. Rain Technology
  48. Bluetooth Broadcasting
  49. 3d Optical Data Storage
  50. Web 2.0
  51. Li-Fi Technology
  52. Multi-Touch Interaction
  53. Gesture Recognition Technology
  54. CORBA
  55. BlackBerry Technology
  56. Facebook Thrift
  57. Bluejacking
  58. Multiparty Nonrepudiation
  59. Domain Driven Data Mining
  60. Web Clustering Engines
  61. Confidential Data Storage and Deletion
  62. Computational Intelligence in Wireless Sensor Networks
  63. Capacitive And Resistive Touch Systems
  64. Wireless Video Service in CDMA Systems
  65. JOOMLA and CMS
  66. Intrusion Tolerance
  67. Green Computing
  68. NVIDIA Tesla Personal Supercomputer
  69. Zettabyte FileSystem
  70. Breaking the Memory Wall in MonetDB
  71. Enhancing LAN Using Cryptography and Other Modules
  72. Generic Access Network
  73. RESTful Web Services
  74. Google’s Bigtable
  75. Cloud Computing
  76. Google App Engine
  77. Keil C
  78. Intel Core I7 Processor
  79. Wine
  80. Airborne Internet
  81. Sixth Sense Technology
  82. Security Features of ATM
  83. Brain Gate
  84. Palm Vein Technology
  85. Sniffer for detecting lost mobiles
  86. Packet Sniffers
  87. Brain Chips
  88. Phishing
  89. Pill Camera
  90. Blue Brain
  91. Hadoop
  92. Generic Visual Perception Processor GVPP
  93. Google Chrome OS
  94. Yii Framework
  95. Word Sense Disambiguation
  96. Wolfram Alpha
  97. Wardriving
  98. Tool Command Language
  99. Text Mining
  100. Computational Visual Attention Systems
  101. Software Reuse
  102. Soft Computing
  103. Visible Light Communication
  104. Skinput Technology
  105. Semantic Digital Library
  106. Seam Carving for Media Retargeting
  107. Ambient Intelligence
  108. Public Key Infrastructure
  109. Plagiarism Detection Techniques
  110. Neural Interfacing
  111. Middleware
  112. Location Dependent Query Processing
  113. Fiber Channel
  114. Compute Unified Device Architecture CUDA
  115. Combating Link Spam
  116. Bio-inspired Networking
  117. Anonymous Communication
  118. Java Database Connectivity
  119. Tsunami Warning System
  120. iDEN
  121. Hi-Fi
  122. Intelligent Speed Adaptation
  123. GSM Based Vehicle Theft Control System
  124. Global Wireless E-Voting
  125. Green Cloud
  126. Digital Jewelry
  127. Biometric Voting System
  128. 3D Television
  129. 3D password
  130. Voice Browser
  131. Gi-Fi
  132. Graphical Password Authentication
  133. 4G Broadband
  134. Finger Tracking In Real Time Human Computer Interaction
  135. Eye Movement-Based Human Computer Interaction Techniques
  136. Ethical Hacking
  137. E-Cash Payment System
  138. Cyborgs
  139. Brain Fingerprinting
  140. Biometrics in SECURE e-transaction
  141. X- Internet
  142. Surface Computer
  143. Secure ATM by Image Processing
  144. Mobile Ad-Hoc Networks Extensions to Zone Routing Protocol
  145. Wibree
  146. Telepresence
  147. System in Package
  148. Smart Memories
  149. Slammer Worm
  150. Sensitive Skin
  151. Pixie Dust
  152. Linux Kernel 2.6
  153. Lamp Technology
  154. Humanoid Robot
  155. HTAM
  156. Haptic Technology
  157. Elastic Quotas
  158. Diamond chip
  159. Digital Rights Management
  160. A Plan For No Spam
  161. BEOWULF Cluster
  162. Digital Scent Technology
  163. Distributed Interactive Virtual Environment
  164. Dynamic TCP Connection Elapsing
  165. CAPTCHA
  166. Virtual Retinal Display
  167. Wireless LAN Security
  168. Chameleon Chip
  169. Haptics
  170. Intelligent RAM
  171. iSCSI
  172. Linux Kernel 2.6
  173. Real Time Application Interface
  174. GPS
  175. HALO
  176. BitTorrent
  177. Compositional Adaptation
  178. Rover Technology
  179. Self Defending Networks
  180. Semantic Web
  181. Computer Intelligence Application
  182. Cooperative Linux
  183. Longhorn
  184. Mesh Radio
  185. Parallel Virtual Machine
  186. Linux Virtual Server
  187. Location Independent Naming
  188. PHANToM
  189. Multiprotocol Label Switching
  190. Next Generation Secure Computing Base
  191. NGSCB
  192. Reconfigurable computing
  193. Sky X Technology
  194. Spawning Networks
  195. SPCS
  196. Speed protocol processors
  197. Strata flash Memory
  198. Swarm Intelligence
  199. The Callpaper Concept
  200. IP spoofing
  201. Internet Access via Cable TV Network
  202. Face Recognition Technology
  203. FireWire
  204. Param 10000
  205. The Deep Web
  206. Virtual Campus
  207. VoiceXML
  208. Wireless USB
  209. Refactoring
  210. On-line Analytical Processing (OLAP)
  211. Pivot Vector Space Approach in Audio-Video Mixing
  212. MPEG-7
  213. Adding Intelligence to Internet
  214. Silverlight
  215. DNA chips
  216. Remote Administration Trojan's
  217. Thermography
  218. AJAX
  219. Alternative Models Of Computation
  220. Amorphous Computing and Swarm Intelligence
  221. Windows DNA
  222. Laptop Computer
  223. Intelligent Software Agents
  224. Self-Managing Computing
  225. Hurd
  226. Intel Centrino Mobile Technology
  227. MPEG Video Compression
  228. Survivable Networks Systems
  229. Self Organizing Maps
  230. Mobile IP
  231. Iris Scanning
  232. LWIP
  233. Unified Modeling Language (UML)
  234. Nanorobotics
  235. Dual Core Processor
  236. Cisco IOS Firewall
  237. Socket Programming
  238. SAM
  239. 10 Gigabit Ethernet
  240. Tripwire
  241. Ubiquitous Networking
  242. Unicode And Multilingual Computing
  243. XML Encryption
  244. Y2K38
  245. VoCable
  246. Tempest and Echelon
  247. Synthetic Aperture Radar System
  248. Unlicensed Mobile Access
  249. IDS
  250. IDC
  251. SATRACK
  252. Asynchronous Chips
  253. Low Power UART Design for Serial Data Communication
  254. SPECT
  255. Satellite Radio
  256. Light emitting polymers
  257. Sensors on 3D Digitization
  258. Robotic Surgery
  259. Buffer overflow attack : A potential problem and its Implications
  260. Smart card
  261. Quantum Information Technology
  262. Money Pad, The Future Wallet
  263. HVAC
  264. Terrestrial Trunked Radio
  265. Swarm intelligence & traffic Safety
  266. Facility Layout Design using Genetic Algorithm
  267. Human Computer Interface
  268. HPJava
  269. Gaming Consoles
  270. Fluorescent Multi-layer Disc
  271. Futex
  272. Extreme Programming (XP)
  273. Earth Simulator
  274. Compact peripheral component interconnect
  275. corDECT Wireless in Local Loop System
  276. Motes
  277. Modular Computing
  278. MiniDisc system
  279. Migration From GSM Network To GPRS
  280. M-Commerce
  281. IP Telephony
  282. RPR
  283. Broad Band Over Power Line
  284. Rapid Prototyping
  285. Dashboard
  286. Code Division Duplexing
  287. Delay Tolerant Networking
  288. EDGE
  289. Holographic Data Storage
  290. Integer Fast Fourier Transform
  291. NRAM
  292. Orthogonal Frequency Division Multiplplexing
  293. Ovonic Unified Memory
  294. Pervasive Computing
  295. RAID
  296. Real Time Systems with Linux/RTAI
  297. Real-Time Obstacle Avoidance
  298. Symbian OS
  299. Teleportation
  300. Turbo Codes
  301. Utility Fog
  302. Cluster Computing
  303. Wireless Application Protocol
  304. Light Tree
  305. Smart Pixel Arrays
  306. Project Oxygen
  307. Wearable Bio-Sensors
  308. Mobile Virtual Reality Service
  309. QoS in Cellular Networks Based on MPT
  310. Wireless Fidelity
  311. Voice morphing
  312. Radio Frequency Light Sources
  313. Speed Detection of moving vehicle using speed cameras
  314. Optical Packet Switching Network
  315. Storage Area Networks
  316. Smart Note Taker
  317. Crusoe Processor
  318. Optical Satellite Communication
  319. Optical packet switch architectures
  320. Optical Switching
  321. FRAM
  322. Virtual Private Network
  323. Clockless Chip
  324. Layer 3 Switching
  325. IMode
  326. Blue Gene
  327. Access gateways
  328. Computer Forensics
  329. Direct Memory Access
  330. Crusoe
  331. Digital Subscriber Line
  332. Computer Memory Based on the Protein Bacterio-rhodopsin
  333. DNA Based Computing
  334. Free Space Optics
  335. Freenet
  336. Fiber Distributed Data Interface
  337. Dynamic Virtual Private Network
  338. Introduction to the Internet Protocols
  339. Graphic processing Unit
  340. High Altitude Aeronautical Platforms
  341. Aspect-oriented programming (Aop)
  342. Intel MMX Technology
  343. Hyper-Threading technology
  344. IMAX
  345. Brain-Computer Interface
  346. InfiniBand
  347. Multicast
  348. Inverse Multiplexing
  349. Blue Tooth
  350. Holographic Memory
  351. Jini Technology
  352. Bio-metrics
  353. Magnetic Random Access Memory
  354. Intrution Detection System
  355. Multiterabit Networks
  356. Neural Networks And Their Applications
  357. Quantum Computers
  358. Small Computer System Interface
  359. OpenRAN
  360. Quadrics Interconnection Network
  361. Plan 9 Operating System
  362. Structured Cabling
  363. Quantum Cryptography
  364. Speech Application Language Tags
  365. Real- Time Systems and Real- Time Operating Systems
  366. Parallel Computing In India
  367. Steganography
  368. Virtual LAN Technology
  369. Artificial Neural Network (ANN)
  370. Tele-immersion
  371. VHDL
  372. Blue Eyes
  373. Voice Over Internet Protocol
  374. The Tiger SHARC processor
  375. Autonomic Computing
  376. Wearable Computers
  377. Voice Portals
  378. Tamper Resistance
  379. CGI Programming
  380. DRM Software Radio
  381. Firewalls
  382. Handheld Computers
  383. Modems and ISDN
  384. Optical Free Space Communication
  385. Planar Separators
  386. Wireless Internet
  387. DVD Technology
  388. MPEG-4 Facial Animation
  389. Internet Telephony Policy in INDIA
  390. PON Topologies
  391. Smart Cards
  392. Surround Systems
  393. TCPA / Palladium
  394. Trustworthy Computing
  395. Sense-Response Applications
  396. Optical Computer
  397. Graph Separators
  398. Extended Mark Up Language
  399. Cellular Communications
  400. Virtual Instrumentation
  401. Voice Quality
  402. Cable Modems
  403. Dynamic Memory Allocation
  404. Optical Mouse
  405. Generic Framing Procedure
  406. Dynamic Cache Management Technique
  407. Ethernet Passive Optical Network
  408. Synchronous Optical Networking
  409. Development of the Intenet
  410. Design and Analysis of Algoritms
  411. Infinite Dimensional Vector Space
  412. Instant Messaging
  413. Optical Fibre Cable
  414. GSM
  415. Ambiophonics
  416. Palladium
  417. Computer Viruses
  418. Third Generation
  419. Object Oriented Concepts
  420. Night Vision Technology
  421. TCP/ IP
  422. Dynamic Synchronous Transfer Mode
  423. Integrated Voice and Data
  424. Java Servlets
  425. Smart Quill
  426. Spam Assassin
  427. Stereoscopic Imaging
  428. Zigbee
  429. Ultra-Wideband
  430. Home Networking
  431. Internet Protocol Television
  432. Bacterio-Rhodopsin Memory
  433. Blade Servers
  434. Digital Cinema
  435. Holographic Versatile Disc
  436. Itanium Processor
  437. Local Multipoint Distribution Service
  438. Network Attached Storage
  439. Night Vision Technology
  440. Opera (web browser)
  441. Parasitic Computing
  442. Performance Testing
  443. Java Ring
  444. RD RAM
  445. GSM Security And Encryption
  446. Fast Convergence Algorithms for Active Noise Controlin Vehicles
  447. 3G vs WiFi
  448. Data Security in Local Network using Distributed Firewalls
  449. Computerized Paper Evaluation using Neural Network
  450. Bluetooth Based Smart Sensor Networks
  451. Laser Communications
  452. Multiple Domain Orientation
  453. Industrial Applications using Neural Networks
  454. Implementation Of Zoom FFT
  455. Image Processing
  456. Virtual keyboard
  457. Transient Stability Assessment using Neural Networks
  458. Tracking and Positioning of Mobiles in Telecommunication
  459. Timing Attacks on Implementations
  460. Prototype System Design for Telemedicine
  461. Optical Networking and Dense Wavelength Division Multiplexing
  462. Optical Burst Switching
  463. Image Processing & Compression
  464. Cyberterrorism
  465. Ipv6 - The Next Generation Protocol
  466. Driving Optical Network Evolution
  467. Cellular Neural Network
  468. Radio Network Controller
  469. Digital Audio Broadcasting
  470. Significance of real-time transport Protocol in VOIP
  471. Space Mouse
  472. Resilient Packet Ring Technology
  473. Wireless Networked Digital Devices
  474. Design of 2-D Filters using a Parallel Processor Architecture
  475. Hyper Transport Technology
  476. CorDECT
  477. Storage Area Network
  478. High Performance DSP Architectures
  479. Smart Dust
  480. MANET
  481. Biometrics Based Authentication
  482. Software-Defined Radio
  483. Digital Video Editing
  484. D-Blast
  485. Aeronautical Communication
  486. Gigabit Ethernet
  487. Wisenet
  488. Digital Light Processing
  489. Free Space Laser Communications
  490. Millipede
  491. AC Performance Of Nanoelectronics
  492. 4G Wireless Systems
  493. Blu Ray Disc
  494. Smart Fabrics
  495. Daknet
  496. Conditional Access System
  497. SyncML
  498. High Performance DSP Architectures
  499. Short Message Service (SMS)
  500. MANET
  501. Worldwide Inter operatibility for Microwave Access
  502. 64-Bit Computing
  503. Bio-Molecular Computing



  1. Surface Mount Technology
  2. Paper Battery
  3. Easy-To-Swallow Wireless Telemetry
  4. Solar Tree
  5. HawkEye
  6. Bio Battery
  7. Advances in Magnetic Field Sensors
  8. Acoustic Echo Cancellation
  9. 8K High Resolution Camera System
  10. High Speed Packet Access HSPA
  11. Mobile Train Radio Communication
  12. Face Recognition Using Neural Network
  13. Data Loggers
  14. Concentrating Collectors
  15. Bluetooth Network Security
  16. Artificial Intelligence In Power Station
  17. Embedded System in Automobiles
  18. Third Generation Solid State Drives
  19. Security In Embedded Systems
  20. Securing Underwater Wireless Communication Networks
  21. Secure Electronic Voting System Based on Image Steganography
  22. Lunar Reconnaissance Orbiter Miniature RF Technology Demonstration
  23. Bubble Power
  24. Vehicle-to-Grid V2G
  25. E-Waste
  26. Super Capacitor
  27. Smart Antenna
  28. Black-Box
  29. Adaptive Missile Guidance Using GPS
  30. Autonomous Underwater Vehicle
  31. Hydrogen Super Highway
  32. Silicon on Plastic
  33. BlueStar
  34. Intervehicle Communication
  35. Intelligent Wireless Video Camera
  36. Image Coding Using Zero Tree Wavelet
  37. Human-Robot Interaction
  38. Wireless LAN Security
  39. Smart Note Taker
  40. Embedded Web Technology
  41. Electrooculography
  42. Distributed COM
  43. Remote Access Service
  44. Wireless Charging Of Mobile Phones Using Microwaves
  45. 3-Dimensional Printing
  46. Humanoids Robotics
  47. Transparent Electronics
  48. Thermography
  49. Surface Plasmon Resonance
  50. Microwave Superconductivity
  51. Memristor
  52. Earthing transformers For Power systems
  53. Direct Current Machines
  54. Optical Ethernet
  55. DD Using Bio-robotics
  56. Clos Architecture in OPS
  57. 4G Wireless Systems
  58. Wearable Bio-Sensors
  59. Poly Fuse
  60. Non Visible Imaging
  61. Nuclear Batteries-Daintiest Dynamos
  62. MILSTD 1553B
  63. Micro Electronic Pill
  64. MOBILE IPv6
  65. Chip Morphing
  66. Challenges in the Migration to 4G
  67. CAN
  68. BIT for Intelligent system design
  69. A 64 Point Fourier Transform Chip
  70. Anthropomorphic Robot hand: Gifu Hand II
  71. ANN for misuse detection
  72. Adaptive Optics in Ground Based Telescopes
  73. Aluminum Electrolytic Capacitors
  74. IBOC Technology
  75. Honeypots
  76. Immersion Lithography
  77. Grating Light Valve Display Technology
  78. Fractal Antennas
  79. HART Communication
  80. E-Textiles
  81. Electro Dynamic Tether
  82. FPGA in Space
  83. DV Libraries and the Internet
  84. Co-operative cache based data access in ad hoc networks
  85. Mesh Topology
  86. Mesh Radio
  87. Metamorphic Robots
  88. Low Energy Efficient Wireless Communication Network Design
  89. Indoor Geolocation
  90. Wireless DSL
  91. Wireless Microserver
  92. User Identification Through Keystroke Biometrics
  93. Ultrasonic Motor
  94. Virtual Retinal Display
  95. Spectrum Pooling
  96. Signaling System
  97. Ultra Conductors
  98. Self Phasing Antenna Array
  99. Role of Internet Technology in Future Mobile Data System
  100. Service Aware Intelligent GGSN
  101. Push Technology
  102. GMPLS
  103. Fluorescent Multi-layer Disc
  104. Compact peripheral component interconnect (CPCI)
  105. Datalogger
  106. Wideband Sigma Delta PLL Modulator
  107. Voice morphing
  108. VISNAV
  109. Speed Detection of moving vehicle using speed cameras
  110. Optical Switching
  111. Optical Satellite Communication
  112. Optical Packet Switching Network
  113. SATRACK
  114. Crusoe Processor
  115. Radio Frequency Light Sources
  116. QoS in Cellular Networks Based on MPT
  117. Project Oxygen
  118. Polymer Memory
  119. Navbelt and Guidicane
  120. Multisensor Fusion and Integration
  121. MOCT
  122. Mobile Virtual Reality Service
  123. Smart Pixel Arrays
  124. Adaptive Blind Noise Suppression
  125. An Efficient Algorithm for iris pattern
  126. Analog-Digital Hybrid Modulation
  127. Artificial Intelligence Substation Control
  128. Speech Compression - a novel method
  129. Class-D Amplifiers
  130. Digital Audio's Final Frontier-Class D Amplifier
  131. Optical Networking and Dense Wavelength Division Multiplexing
  132. Optical Burst Switching
  133. Bluetooth Based Smart Sensor Networks
  134. Laser Communications
  135. CorDECT
  136. E-Intelligence
  137. White LED
  138. Carbon Nanotube Flow Sensors
  139. Cellular Positioning
  140. Iontophoresis
  141. Dual Energy X-ray Absorptiometry
  142. Pervasive Computing
  143. Passive Millimeter-Wave
  144. RAID
  145. Holographic Data Storage
  146. Organic Display
  147. Symbian OS
  148. Ovonic Unified Memory
  149. Spintronics
  150. E-Commerce
  151. Bio-Molecular Computing
  152. Code Division Duplexing
  153. Orthogonal Frequency Division Multiplexing
  154. Utility Fog
  155. VLSI Computations
  156. Tunable Lasers
  157. HAAPS
  158. Daknet
  159. Digital Light Processing
  160. Free Space Laser Communications
  161. Millipede
  162. Distributed Integrated Circuits
  163. AC Performance Of Nanoelectronics
  164. High Performance DSP Architectures
  165. FinFET Technology
  166. Stream Processor
  167. GPRS
  168. Free Space Optics
  169. FDDI
  170. E-Nose
  171. Embryonics Approach Towards Integrated Circuits
  172. Embedded Systems and Information Appliances
  173. Electronic Data Interchange
  174. DSP Processor
  175. Direct to Home Television (DTH)
  176. Digital Subscriber Line
  177. Digital HUBUB
  178. Crusoe
  179. Bio-metrics
  180. Augmented Reality
  181. Asynchronous Transfer Mode
  182. Artifical Eye
  183. AI for Speech Recognition
  184. Treating Cardiac Disease With Catheter-Based Tissue Heating
  185. Surround Sound System
  186. Space Time Adaptive Processing
  187. Real Time System Interface
  188. Radio Frequency Identification (RFID)
  189. Quantum Dot Lasers
  190. Plasma Antennas
  191. Organic Light Emitting Diode
  192. Narrow Band & Broad Band ISDN
  193. Nanotechnology
  194. Led Wireless
  195. Laser Communication Systems
  196. Josephson Junction
  197. Introduction to the Internet Protocols
  198. Imagine
  199. Cellular Communications
  200. Heliodisplay
  201. Optical Mouse
  202. Time Division Multiple Access
  203. Element Management System
  204. Extended Markup Language
  205. Synchronous Optical Network
  206. Dig Water
  207. CRT Display
  208. Satellite Radio TV System
  209. Robotics
  210. Wireless Application Protocol
  211. Synchronous Optical Networking
  212. Cellular Radio
  213. Optic Fibre Cable
  214. Infinite Dimensional Vector Space
  215. Low Voltage Differential Signal
  216. Plasma Display
  217. GPRS
  218. Landmine Detection Using Impulse Ground Penetrating Radar
  219. NRAM
  220. GSM
  221. Wireless Intelligent Network
  222. Integrated Voice and Data
  223. MEMS
  224. Smart Quill
  225. Automatic Number Plate Recognition
  226. Optical Camouflage
  227. Smart Fabrics
  228. Java Ring
  229. Internet Protocol Television
  230. FireWire
  231. Night Vision Technology
  232. RD RAM
  233. Implementation Of Zoom FFT in Ultrasonic Blood Flow Analysis
  234. Military Radars
  235. Modern Irrigation System Towards Fuzzy
  236. Smart Cameras in Embedded Systems
  237. Spin Valve Transistor
  238. Moletronics- an invisible technology
  239. Laser Communications
  240. Solar Power Satellites
  241. MIMO Wireless Channels
  242. Fractal Robots
  243. Stereoscopic Imaging
  244. Ultra-Wideband
  245. Home Networking
  246. Digital Cinema
  247. Face Recognition Technology
  248. Universal Asynchronous Receiver Transmitter
  249. Automatic Teller Machine
  250. Wavelength Division Multiplexing
  251. Object Oriented Concepts
  252. Frequency Division Multiple Access
  253. Real-Time Obstacle Avoidance
  254. Delay Tolerant Networking
  255. EDGE
  256. Psychoacoustics
  257. Integer Fast Fourier Transform
  258. Worldwide Inter operatibility for Microwave Access
  259. Code Division Multiple Access
  260. Optical Coherence Tomography
  261. Symbian OS
  262. Home Networking
  263. Guided Missiles
  264. AC Performance Of Nanoelectronics
  265. Acoustics
  266. BiCMOS technology
  267. Fuzzy based Washing Machine
  268. Low Memory Color Image Zero Tree Coding
  269. Stealth Fighter
  270. Border Security Using Wireless Integrated Network Sensors
  271. A Basic Touch-Sensor Screen System
  272. GSM Security And Encryption
  273. Design of 2-D Filters using a Parallel Processor Architecture
  274. Software-Defined Radio
  275. Smart Dust
  276. Adaptive Blind Noise Suppression
  277. An Efficient Algorithm for iris pattern
  278. Significance of real-time transport Protocol in VOIP
  279. Storage Area Networks
  280. Quantum Information Technology
  281. Money Pad, The Future Wallet
  282. Robotic Surgery
  283. Swarm intelligence & traffic Safety
  284. Smart card
  285. Cellular Through Remote Control Switch
  286. Terrestrial Trunked Radio
  287. HVAC
  288. Electronics Meet Animal Brains
  289. Satellite Radio
  290. Search For Extraterrestrial Intelligence
  291. Line-Reflect-Reflect Technique
  292. Low Power UART Design for Serial Data Communication
  293. Light emitting polymers
  294. Cruise Control Devices
  295. Boiler Instrumentation and Controls
  296. SPECT
  297. Sensors on 3D Digitization
  298. Asynchronous Chips
  299. Optical packet switch architectures
  300. Digital Audio Broadcasting
  301. Cellular Neural Network
  302. FRAM
  303. Wireless Fidelity
  304. Synthetic Aperture Radar System
  305. Touch Screens
  306. Tempest and Echelon
  307. VoCable
  308. Data Compression Techniques
  309. Fractal Image Compression
  310. Computer Aided Process Planning
  311. Space Shuttles and its Advancements
  312. Space Robotics
  313. Welding Robots
  314. Sensotronic Brake Control
  315. Mobile IP
  316. Power System Contingencies
  317. Lightning Protection Using LFAM
  318. Wideband Sigma Delta PLL Modulator
  319. Bioinformatics
  320. Extreme Ultraviolet Lithography
  321. Animatronics
  322. Molecular Electronics
  323. Cellonics Technology
  324. Cellular Digital Packet Data
  325. CT Scanning
  326. Continuously variable transmission (CVT)
  327. High-availability power systems Redundancy options
  328. IGCT
  329. Iris Scanning
  330. ISO Loop magnetic couplers
  331. LWIP
  332. Image Authentication Techniques
  333. Seasonal Influence on Safety of Substation Grounding
  334. Wavelet transforms
  335. Cyberterrorism
  336. Ipv6 - The Next Generation Protocol
  337. Driving Optical Network Evolution
  338. Radio Network Controller
  339. Wireless Networked Digital Devices
  340. 3- D IC's
  341. Sensors on 3D Digitization
  342. Fuzzy Logic
  343. Simputer
  344. Wavelet Video Processing Technology
  345. IP Telephony
  346. RPR
  347. PH Control Technique using Fuzzy Logic
  348. Multisensor Fusion and Integration
  349. Integrated Power Electronics Module
  350. High Speed Packet Access
  351. GMPLS