Student seminar is defined as a meeting in which student receive information on and training in a particular subject. : a class offered to a small group of students at a college or university.This page contains latest seminar topics/write-up for ELECTRICAL ENGINEERING (including power, electronics, telecom option) department. Hyclassproject's aim of providing all these research materials is to reduce the stress of moving from one school library to another all in the name of searching for seminar topics and materials. We are not encouraging any form of PLAGIARISM. This service is legal because, all institutions permit their students to read previous projects, books, articles or papers while developing their own works. According to Austin Kleon "All creative work builds on what came before", and according to Dr. David Oyedepo "You cannot be a Reference without having References".
All topics on this page contain complete and well researched seminar topics/material strictly for academic purposes, which has been approved by different Lecturers from different higher institutions. We make abstract visible for everyone.
Below are the list of our avaliable seminar topics/write-up, to view or download the complete work on each of the following works, click on the topic or on the useful links menu at the right-hand or scroll to the bottom part of this page:
001: 3-DIMENSIONAL PRINTING : The advent of three-dimensional printing (3DP) technology has enabled the creation of a tangible and complex 3D object that goes beyond a simple 3D-shaded visualization on a flat monitor. Since the early 2000s, 3DP machines have been used only in hard tissue applications. Recently developed multi-materials for 3DP have been used extensively for a variety of medical applications, such as personalized surgical planning and guidance, customized implants, biomedical research, and preclinical education. In this review article, we discuss the 3D reconstruction process, touching on medical imaging, and various 3DP systems applicable to medicine. In addition, the 3DP medical applications using multi-materials are introduced, as well as our recent results.
002: 3G VS WIFI WIRELESS INTERNET ACCESS : This seminar work compares and contrasts two technologies for delivering broadband wireless Internet access services: ‘‘3G’’ vs. ‘‘WiFi’’. The former, 3G, refers to the collection of third-generation mobile technologies that are designed to allow mobile operators to offer integrated data and voice services over mobile networks. The latter, WiFi, refers to the 802.11b wireless Ethernet standard that was designed to support wireless LANs. Although the two technologies reflect fundamentally different service, industry, and architectural design goals, origins, and philosophies, each has recently attracted a lot of attention as candidates for the dominant platform for providing broadband wireless access to the Internet. It remains an open question as to the extent to which these two technologies are in competition or, perhaps, may be complementary. If they are viewed as in competition, then the triumph of one at the expense of the other would be likely to have profound implications for the evolution of the wireless Internet and structure of the service-provider industry.
003: 4G WIRELESS TECHNOLOGY: This seminar work is on 4G wireless technology. 4G is the short name for fourth-generation wireless, the stage of mobile communications that will enable things like IP-based voice, data, gaming services and high quality streamed multimedia on portable devices with cable modem-like transmission speeds. It's a successor to 2G and 3G wireless, whereby the first signified the shift from analog to digital transmissions, bringing data services like SMS and email to mobile phones for the first time, and the second refers to the advent of things like global roaming as well as higher data rates. This report discused fully on 5G wireless network.
004: 5G WIRELESS TECHNOLOGY: 5th generation mobile networks or 5th generation wireless systems, abbreviated 5G, are the proposed next telecommunications standards beyond the current 4G/IMT-Advanced standards. Rather than faster peak Internet connection speeds, 5G planning aims at higher capacity than current 4G, allowing higher number of mobile broadband users per area unit, and allowing consumption of higher or unlimited data quantities in gigabyte per month and user. This would make it feasible for a large portion of the population to stream high-definition media many hours per day with their mobile devices, when out of reach of Wi-Fi hotspots. 5G research and development also aims at improved support of Device-to-device communication, aiming at lower cost, lower latency than 4G equipment and lower battery consumption, for better implementation of the Internet of things.5th generation mobile networks or 5th generation wireless systems, abbreviated 5G, are the proposed next telecommunications standards beyond the current 4G/IMT-Advanced standards. Rather than faster peak Internet connection speeds, 5G planning aims at higher capacity than current 4G, allowing higher number of mobile broadband users per area unit, and allowing consumption of higher or unlimited data quantities in gigabyte per month and user. This would make it feasible for a large portion of the population to stream high-definition media many hours per day with their mobile devices, when out of reach of Wi-Fi hotspots. 5G research and development also aims at improved support of Device-to-device communication, aiming at lower cost, lower latency than 4G equipment and lower battery consumption, for better implementation of the Internet of things.This report discused fully on 5G wireless network.
005: 60A AUTOMATIC CHANGE OVER PROCESS: This seminar work is on a 60A automatic changeover . It provides a means of switching from one phase of AC mains to another in the case of failure in the existing phase; This project has been improved on the existing types of electromechanical device that has being in use over the years. Hence this has been achieved by the use of operational amplifier, timing circuit and high current relay switches and it is powered by 12V dc power supply. The aim of this work is to introduces an automatic solution to overcome power fluctuation/phase interruption by selecting next most healthy available phase to feed the equipment without any notice of power outage.
006: 64-POINT FT CHIP : Fourth generation wireless and mobile system are currently the focus of research and development. Broadband wireless system based on orthogonal frequency division multiplexing will allow packet based high data rate communication suitable for video transmission and mobile internet application. Considering this fact we proposed a data path architecture using dedicated hardwire for the baseband processor. he most computationally intensive part of such a high data rate system are the 64-point inverse FFT in the transmit direction and the viterbi decoder in the receiver direction. Accordingly an appropriate design methodology for constructing them has to be chosen a) how much silicon area is needed b) how easily the particular architecture can be made flat for implementation in VLSI c) in actual implementation how many wire crossings and how many long wires carrying signals to remote parts of the design are necessary d) how small the power consumption can be. This paper describes a novel 64-point FFT/IFFT processor which has been developed as part of a large research project to develop a single chip wireless modem.
007: 64-POINT FT CHIP TECHNOLOGY: Fourth generation wireless and mobile system are currently the focus of research and development. Broadband wireless system based on orthogonal frequency division multiplexing will allow packet based high data rate communication suitable for video transmission and mobile internet application. Considering this fact we proposed a data path architecture using dedicated hardwire for the baseband processor. he most computationally intensive part of such a high data rate system are the 64-point inverse FFT in the transmit direction and the viterbi decoder in the receiver direction. Accordingly an appropriate design methodology for constructing them has to be chosen a) how much silicon area is needed b) how easily the particular architecture can be made flat for implementation in VLSI c) in actual implementation how many wire crossings and how many long wires carrying signals to remote parts of the design are necessary d) how small the power consumption can be. This paper describes a novel 64-point FFT/IFFT processor which has been developed as part of a large research project to develop a single chip wireless modem.
008: 8K HIGH RESOLUTION CAMERA SYSTEM
A001: ACOUSTIC ECO CANCELLATION
A002: ADAPTIVE BLIND NOISE SUPPRESSION
A003: ADAPTIVE MISSILE GUIDANCE USING GPS
A004: ADAPTIVE OPTICS IN GROUND BASED TELESCOPES
A005: ADAPTIVE PIEZOELECTRIC ENERGY HARVESTING CIRCUIT
A006: ADAPTIVE TECHNIQUE FOR RTL
A007: ADVANCEMENT IN INVERTER TECHNOLOGY FIR INDUSTRIAL APPLICATION
A008: ADVANCES IN MAGNETIC FIELD SENSOR
A009: AERONAUTICAL COMMUNICATIONS
A010: AGENT ORIENTED PROGRAMMING
A011: AIR CARS
A012: AL-OPTICAL TRANSISTOR
A013: ALUMINUM AIR BATTERY
A014: ALUMINIUM ELECTROLYTIC CAPACITORS
A015: AN EFFICIENT ALGORITHM FOR IRIS PATTERN
A016: ANALOGUE-DIGITAL HYBRID MODULATION
A017: ANALYSIS OF SOLAR THERMAL POWER GENERATION
A018: ANIMATRONICS
A019: ANN FOR MISUSE DETECTION
A020: ANTHOCNET
A021: ANTHROPOMORPHIC ROBOT HAND : GIFU HANDS II
A022: APPLE-A NOVEL APPROACH FOR DIRECT ENERGY WEAPON CONTROL
A023: APPLICATION OF SWARM ROBOTS: This seminar work is on Swarm robotics which is a new approach to the coordination of multirobot systems which consist of large numbers of mostly simple physical robots. It is supposed that a desired collective behavior emerges from the interactions between the robots and interactions of robots with the environment. This approach emerged on the field of artificial swarm intelligence, as well as the biological studies of insects, ants and other fields in nature, where swarm behaviour occurs. Potential applications for swarm robotics is indeed numerous, and they are discused in this work.
A024: APPLICATION OF FUEL CELLS: fuel cell is a device that transforms chemical energy from a fuel – such as hydrogen – into electricity through a chemical reaction with oxygen or another oxidizing agent. By applying such a “cold” combustion process, the only waste is water, heat and oxygen-depleted air – which would contribute to reductions in emissions and noise when applied aboard an airliner
A025: ARC FAULT CIRCUIT INTERRUPTERS: Arc faults are one of the leading causes for residential electrical fires.Each year in Nigeria, over 40,000 fires are attributed to home electrical wiring. These fires result in over 350 deaths and over 1,400 injuries each year. Conventional circuit breakers only respond to overloads and short circuits, so they do not protect against arcing conditions that produce erratic, and often reduced current. In order to tackle this accident with advance technology, an arc fault circuit interupter was invented which is an advanced circuit breaker that breaks the circuit when it detects a dangerous electric arc in the circuit it protects to prevent electrical fires. An AFCI selectively distinguishes between a harmless arc incidental to normal operation of switches, plugs, and brushed motors, versus a potentially dangerous arc that can occur, for example, in a lamp cord which has a broken conductor.
A026: ARTIFICIAL EYE: To improve night vision in search-and-rescue robots, engineers have fabricated an artificial eye with night vision capabilities. The inspiration came from the biology of lobsters and elephant-nosed fish.
A027: ARTIFICIAL INTELLIGENCE IN POWER STATION : Artificial Intelligence, or AI, is the ability of a computer to act like a human being. Think Humanly Think rationally Act humanly Act rationally. Recently, due to concerns about the liberalization of electricity supply, deregulation, and global impact on the environment, securing a reliable power supply has become an important social need worldwide. To ensure this need is fulfilled, detailed investigations and developments are in progress on power distribution systems and the monitoring of apparatus. In conventional substations, substation apparatus, such as switchgear and transformer, control, protection and monitoring equipment is independent of every other device, and connection is based on the signals coming through the cable. On the other hand, an intelligent substation shares all information on apparatus, control, protection, measurement and apparatus monitoring equipment through one bus by applying both “digital technology” and “IT-related technology.”
A028: ARITIFICIAL INTELLIGENCE SUBSTATION CONTROL: This report is on Artificial Intelligence in Substation Control, The upgradation of our 500-kV trunk transmission system has almost been completed, and the electricity system has been considerably improved. Yet, cost reductions are required to cope with the entry of IPP (Independent Power Producer) and the introduction of power source distributors caused by the deregulation of electric utilities. To achieve this, each electricity supply company is decreasing expenditure by efficiently using equipment, improving operations, and effectively controlling plant-and-equipment investment. In addition, power systems will become more complex, requiring operation in an uncertain and less structured environment. Consequently, secure and economic operation of power systems requires improved and innovative methods of control. The power distribution system also requires reductions in initial investments, such as the unit price of apparatus and miniaturization, and reduced costs for the whole life cycle, including the operation/maintenance costs of the substation system. The construction of a new power distribution system has been considered to meet these requirements. It will adopt “digital technology” and “IT-related technology,” which has made rapid advances in recent years. This system aims at minimizing the total cost, not only reducing of the unit price but also the cost of installation, construction, operation, and maintenance. This article discusses the construction of intelligent substations in the power distribution system, as well as protection/control-unified equipment as examples of the new technology.
This paper presents an overview of the Artificial Intelligence in Substation control centre operation environment after deregulation in developed countries that has deregulated the power industry. As a result, the transmission network operation has become more market driven. The control centre operation environment has subsequently changed from low cost based to market based optimization. The roles of the control centre personnel have changed. There is more focus on risk analysis, real time operational planning and real-time power system security. A brief review of the changes followed by some valid opinion of the control centre personnel are also discussed in this paper.
A029: ARITIFICIAL RETINA USING THIN FILM TRANSISTOR TECHNOLOGY: Advantages of thin film transistor (TFTs) are large-areal fabrication, low cost, substrate flexibility, etc. In particular, since poly-Si TFTs have high performance comparable with bulk-Si transistors, any kind of electronic circuits can be composed. However, conventional integrated drivers utilize only peripheral area. If in-pixel and inter-pixel operations are executed in pixel area, SOP will become more effective. In this presentation, an artificial retina using thin-film photodiodes (TFPDs) and poly-Si TFTs is proposed, which achieves edge enhancement, one of the functions of living retinas. The artificial retina is an improvement of SOP in which the in-pixel and inter- pixel operations are executed. Moreover, if this artificial retina is regarded as an initiative development of artificial organs, since it can be fabricated on flexible, harmless and organic substrates, it is expected to be suitable for living bodies
A030: ASYNCHRONOUS TRANSFER MODE
A031: AUGMENTED REALITY
A032: AUTOMATIC BATHROOM LIGHT SWITCH: This seminar is on design and construction of an automatic bathroom light. The system automatically turns ON bathroom light when the bathroom door is opened, and remains lit in the occupied state. When the door is opened again the lamp turns off after a very short delay. This automatic circuit saves energy and greatly assists your visitors, especially at night.
A033: AUTOMATIC BATHROOM LIGHT WITH BACK-UP LAMP: Sometimes we forget to switch off the bathroom light and it remains on unnoticed for long periods. This circuit solves the problem of electricity wastage by switching off the lamp automatically after 30 minutes once it is switched on. The back-up LED lamp provided in the circuit turns on for three minutes when mains fails. This is helpful especially when you are taking a shower at night.
A034: AUTOMATED ENERGY METER READING FOR BILLING PURPOSE
A035: AUTOMATIC NUMBER PLATE RECOGNITION
A036: AUTOMATIC DOOR
A037: AUTO-TRANSFORMER: BASIC AND PRINCIPLE
A038: AUTOMATIC SOLAR TRACKER
A039: AC-DC CONVERTER (RECTIFIER)
A040: A DYNAMIC MODEL OF AN EARTH FAULT RELAY FOR ONE PHASE POWER SYSTEM
A041: ANALYSIS OF SOLAR THERMAL POWER GENERATION
A042: ASSESSMENT OF POWER SYSTEM RELIABILITY
A043: AUTOMATIC CHANGEOVER SWITCH
A044: APPLICATION OF FLYWHEEL BATTERY IN POWER
A045: ADAPTIVE OPTICS IN GROUND BASED TELESCOPES
A046: AUDIO SPOT LIGHTING
A047: ARTIFICIAL INTELLIGENCE IN POWER STATIONS
A048: ADAPTIVE PIEZOELECTRIC ENERGY HARVESTING CIRCUIT
A049: AUTOMATIC STREET LIGHTING SYSTEM
A050: ACCIDENT STATISTICS, BUZZER DURING ANY ACCIDENT
A051: ANTI SLEEP ALARM FOR STUDENT
A052: AUTOMATIC METER READING
A053: ANALYSIS OF SOLAR THERMAL POWER GENERATION
A054: A HYBRID SOLAR-WIND POWER GENERATION SYSTEM
A055: AUTOMATIC TAILOR MACHINE
A056: AUTOMATIC TAILOR MACHINE
A057: AUTOMATIC COMPUTING
A058: AUTONOMOUS UNDERWATER VEHICLE
A059: ARTIFICIAL RETINA USING THIN-FILM TRANSISTORS DRIVEN BY WIRELESS POWER SUPPLY: We have evaluated an artificial retina using thin-film transistors driven by wireless power supply. It is found that the illumination profile can be correctly detected as the output voltage profile even if it is driven using unstable power source generated by inductive coupling, diode bridge, and Zener diodes. This means the feasibility to implant the artificial retina into human eyeballs.
A060: A 64 POINT FOURIER TRANSFORM CHIP
A061: AC CABLE VERSUS DC CABLE TRANSMISSION FOR OFFSHORE WIND FARMS
A062: ASSEMBLING OF A 5KVA AUTOMATIC VOLTAGE STABILIZER
[B001]. BACTERIA POWERED FUEL: Renewable and clean forms of energy are one of society's greatest needs. At the same time, 2 billion people in the world lack adequate sanitation and the economic means to afford it. Abundant energy, stored primarily in the carbohydrates can be found in waste biomass, agricultural, municipal and industrial sources as well as in dedicated energy crops. A microbial fuel cell is a device that directly converts the metabolic and enzyme catalytic energy to electricity by using conventional electrochemical technology. Chemical energy can be converted into electricity by coupling of biocatalytic oxidation of organic or inorganic compounds to the chemical reduction of an oxidant at the interface between cathode and anode.
BANDWIDTH REQUIREMENT FOR COMMUNICATION: In communication, Bandwidth is used to measure communication. It is defined as the width of the range of the frequencies that an electronic signal uses. Bandwidth is expressed in terms of the difference between the signal having highest-frequency and the signal having the lowest-frequency
Bandwidth is a key concept in many telephony applications. In radio communications, for example, bandwidth is the frequency range occupied by a modulated carrier wave, whereas in optics it is the width of an individual spectral line or the entire spectral range. In many signal processing contexts, bandwidth is a valuable and limited resource. For example, an FM radio receiver's tuner spans a limited range of frequencies. A government agency may apportion the regionally available bandwidth to broadcast license holders so that their signals do not mutually interfere. Each transmitter owns a slice of bandwidth, the same thing occurs when communication occur in any school such as using fm transmitter to pass information to students in the same environment.
BIBS
BI-CMOS TECHNOLOGY
BIG DATA VISUALIZATION
BIMOLECULAR COMPUTERS
BIO BATTERY
BIOCHIPS
BIO- MAGNETISM
BUCK BOOST TRANSFORMER
BIOMASS FUELLED POWER PLANT
BIOMETRIC TECHNOLOGY
BIT FOR INTELLIGENT SYSTEM DESIGN
BLACK-BOX
BLUE EYE TECHNOLOGY
BLACK JACKING
BLUE RAY
BLUE TOOTH TECHNOLOGY
BLUETOOTH BASED SMART SENSOR NETWORKS
BLUETOOTH HOME AUTOMATION SYSTEM, TECHNOLOGY
BLUETOOTH NETWORK SECURITY
BOILER INSTRUMENTATION
BOOST-DERIVED HYBRID CONVERTER WITH SIMULTANEOUS DC AND AC OUTPUTS
BRAIN-COMPUTER INTERFACE
BROADBAND OVER POWER LINE
BRUSH LESS DC MOTOR
BUBBLE POWER
BUCK BOOST TRANSFORMER
BOOST-DERIVED HYBRID CONVERTER WITH SIMULTANEOUS DC AND AC OUTPUTS
BUMP TECHNOLOGY
CABLE MODEM
CAN
CAPACITOR DISCHARGE IGNITION
CARD BASED SECURITY SYSTEM
CATHODE RAY TUBE DISPLAY
CELLULAR DIGITAL DATA PACKET
CELLULER RADIO
CHALLENGES IN THE MIGRATION TO 4G
CHIP MORPHING
CLASS-D AMPLIFIERS
CLOS ARCHTITSCTURE IN OPS
CLOSED LOOP CONTROL OF CONVERTER FED MOTOR
CLUSTER METER SYSTEM
CODE DIVISION MULTIPLE ACCESS
COMMUNICATION NETWORK DESIGN
COMMUNICATION TECHNOLOGY IN MAGNETIC DISK STORAGE
COMPACT PERIPHERAL COMPONENT INTERCONNECT(CPCI)
COMPENSATION OF HARMONIC CURRENT UTILIZING AHC
COMPUTER ARCHITECTURE
COMPUTER COMMUNICATION
COMPUTER NETWORKING TECHNIQUES
CONCENTRATING COLLECTORS
CONFIDENTIAL DATA STORAGE AND DELETION
CONTROLOF ENVIRONMENT PARAMETER IN A GREEN HOUSE
CO-OPERATIVE CACHE BASED DATA ACCESS IN AD HOC NETWORKS
CORDLESS POWER CONTROLLER
CRUSOE PROCESSOR
CT SCANNING
CAN MACHINES THINK ?
CONDITION BASED MAINTENANCE OF UNDERGROUND CABLE SYSTEMS
CONTACT LESS ENERGY TRANSFER SYSTEM
COMPENSATION OF HARMONIC CURRENTS UTILIZING AHC
CONDITION BASED MAINTENANCE OF UNDERGROUND CABLE SYSTEMS
CLEAN ELECTRICITY MODES & OPERATIONS
CIRCUIT BREAKER MAINTENANCE BY MOBILE AGENT SOFTWARE TECHNOLOGY
CONDENSER IN POWER PLANT
CURRENT-FED DC/DC TOPOLOGY BASED INVERTER
CLOSED LOOP CONTROL OF CONVERTER FED MOTOR
CURRENT- FED DC/DC TOPOLOGY BASED INVERTER
CYBER SECURITY
DAKNET
DATA LOGGERS
DATA LOGGER
DD USING BIO-ROBOTIC
DEBUGGING
DETECTION AND TRACKING ALGORITHMS FOR IRST
DEVELOPMENT OF SUPERCONDUCTING ROTATING MACHINES
DIGITAL AUDIOS FINAL FRONTIER-CLASS DD AMPLIFIER
DIGITAL IMAGE PROCESSING
DIFFERENTIAL RELAY
DOMESTIC LPG REFRIGERATOR
DC-AC CONVERTER (INVERTER)
DIGITAL TESTING OF HIGH VOLTAGE CIRCUIT BREAKER
DISTRIBUTED CONTROL SYSTEM FOR INDUSTRIAL AUTOMATION
DISTRIBUTION SYSTEM RELAYING
DIGITAL IMAGING
DIGITAL SIGNAL PROCESSING
DIGITAL TESTING OF HIGH VOLTAGE CIRCUIT BREAKERS
DIRECT CURRENT MACHINES
DIRECT FUEL METHANOL FUEL CELL
DIRECT TO HOME (DTH)
DISTRIBUTED COM
DISTRIBUTED CONTROL SYSTEM
DISTRIBUTED CONTROL SYSTEM FOR INDUSTRIAL AUTOMATION
DSP BASED MOTOR CONTROL
DSP FOR MOTOR CONTROL
DSP ON MOTOR CONTROL
DUEL CORE PROCESSOR
DUST COLLECTION AND SCRUBBING TECH
DV LIBRARIES AND THE INTERNET
E 10 B EXCHANGE
E PAPER TECHNOLOGY
EARTHING TRANSFORMERS FOR POWER SYSTEM
EARTHQUAKE LEAKAGE CIRCUIT BEAKER
EASY TO SWALLOW WIRELESS TELEMETRY
EASY- TO- SWALLOW WIRELESS TELEMETRY
E-BOMB
ECONOMIC IMPORTANCE OF AN INVERTER
ECONOMIC IMPORTANCE OF A SOLAR INVERTER
ECONOMIC IMPORTANCE OF A VOLTAGE STABILIZER
ELECTRIC LOCOMOTIVE
ELECTRIC TRACTION SYSTEMS
ELECTRICAL AC AND DRIVES
ELECTRICAL TECHNICAL SEMINAR TOPIC ON CAN-BASED HIGHER LAYER PROTOCOLS AND PRO
ELECTRICAL VEHICLE
ELECTRICITY THEFT MONITORING SYSTEM
ELECTRO DYNAMIC TETHER
ELECTROMAGNETIC BOMB
ELECTROMAGNETIC FIELD AND WAVES
ELECTRONIC BALLAST
ELECTRONIC FUEL INJECTION
ELECTRONIC NAVIGATION SYSTEM
ELECTRONIC WATCHDOG
ELECTROOCULOGRAPHY
E- MAIL ALERT SYSTEM
EMBEDDED SYSTEM
EMBEDDED SYSTEM IN AUTOMOBILES
EMBEDDED SYSTEM SECURITY
EMBEDDED WEB TECHNOLOGY
ENERGY CONVERSATION BY SOFT START
ENERGY EFFICIENT MOTOR
ENERGY MANAGEMENT SYSTEM
ENERGY SAVING FAN
ELECTRICITY GENERATED BY HAND WHEEL
ELECTROMAGNETIC BOMB - THE FUTURE
ENERGY HARVESTING TREES
ELECTRIC RELAYS
ELECTRICAL AC AND DC DRIVES
ELECTRIC TRACTION SYSTEMS
ELECTROMAGNETIC FIELDS AND WAVES
ELECTRICAL AC AND DC DRIVES
ENERGY EFFICIENT MOTORS
ELECTRICAL MACHINES
ELECTRICITY BILLING SYSTEM
ELECTRICAL HAZARDS
ELECTRICAL SAFETY
ELECTRICITY PREPAID METER
EDDY CURRENT BRAKES
ENERGY EFFICIENT MOTORS
EARTH FAULT RELAY
ELECTRIC SHOCK
ELECTROLYTIC HYDROGEN: A FUTURE TECHNOLOGY FOR ENERGY STORAGE
EPABX
ERROR DETECTION SYSTEM
E-TEXTILE
E-WASTE
EXTRA HIGH VOLTAGE TRANSMISSION LINES
FABRICATION AND APPLICATION OF MICROCONTROLLER
FRACTAL ROBOT
FINFET TRANSISTOR TECHNOLOGY
FACT DEVICE IN SYSTEM NETWORK
FDDI
FEEDER PROTECTION
FEMTOLL
FEMTOL TECHNOLOGY
FIBER OPTIC SENSOR SYSTEM
FIELD ORIENTED CONTROL DRIVE WITHOUT SHAFT SENOR
FIELD PROGRAMMABLE GATE ARRAY
FLEXI
FLYWHEEL ENERGY STORAGE SYSTEM (FESS)
FOOT STEP POWER GENERATION
FIVE-PHASE BRUSHLESS DC-MACHINE DIRECT DRIVE SYSTEM
FUZZY LOGIC BASED FLOW CONTROL
FLEXIBLE AC TRANSMISSION SYSTEM (FACTS)
FACT DEVICES IN POWER SYSTEM NETWORK
FLEXIBLE PHOTOVOLTAIC TECHNOLOGY
FLUORESCENT MULTI- LAYER DISC
FPGA IN SPACE
FRACTAL ANTENNAS
FRACTAL ROBOTS
FRAME RELAY
FREQUENCY CONVERTER
FUSION TECHNOLOGY
FUTURE GENERATION WIRELESS NETWORK
FUZZY LOGICA TECHNOLOGY
GESTURE RECOGNITION USING ACCELEROMETER
GLOBAL POSITIONING SYSTEM
GLOBAL POSITIONING SYSTEM AND ITS APPLICATION
GLOBAL SATELLITE TELEPHONY
GLOBAL SYSTEM FOR MOBILE COMMUNICATION(GSM)
GPS INTERFACE IN GSM NETWORKS
GAS TUBE ELECTRONICS
GENERATION OF CONSTANT POWER SUPPLY IN NIGERIA
GRID VOLTAGE REGULATION
GATE TURN-OFF THYRISTOR( GTO)
GERMANIUM-TIN LASER TO REPLACE COPPER WIRE FOR DATA TRANSFER
GAS INSULATED SUBSTATIONS
GEOTHERMAL POWER PLANT CYCLES AND MAIN COMPONENTS
GMPLS
GPS INTERFACE IN GSM NETWORK
GPS TRACKING SYSTEMS
GRATING LIGHT VALVE DISPLAY TECHNOLOGY
HART COMMUNICATION
HAWKEYE
HELIO- DISPLAY
HIGH DEFINITION TELEVISION
HIGH SPEED PACKET ACCESS(HAPS)
HOME AUTOMATION SYSTEM
HOME BASED WIRELESS WORK MONITORING SYSTEM
HONEY POTS
HUMAN ROBOT INTERACTION
HUMANOID ROBOT AN INTRODUCTION
HUMANOID ROBOT TECHNOLOGY
HUMANOID ROBOTICS
HUMAN-ROBOT INTERACTION
HYDROGEN WIRE CAR
HIGH VOLTAGE TESTING OF TRANSFORMER
HOME AUTOMATION SYSTEM
HIGH AND LOW VOLTAGE CONTROL SYSTEM: The power line fluctuations and cut-offs causes damages to electrical appliances connected to the line. It is more serious in the case of domestic appliances like fridge and air conditioners. If a fridge is operated on low voltage, excessive current flows through the motor, which heats up, and get damaged.
High and low voltage cut off is a device designed to protect electrical appliances from over voltage as well as under voltage. The under/over voltage protection circuit with time delay presented in this work is a low cost and reliable circuit for protecting such equipments from damages. Whenever the power line is switched on it gets connected to the appliance only after a delay of a fixed time. If there is hi/low fluctuations beyond sets limits the appliance get disconnected. The system tries to connect the power back after the specific time delay, the delay being counted from the time of disconnection. If the power down time (time for which the voltage is beyond limits) is less than the delay time, the power resumes after the delay: If it is equal or more, then the power resumes directly.
This circuit has been designed, built and evaluated by me to use as a protector for my home refrigerator. This is designed around readily available semi-conductor devices such as standard bipolar medium power NPN transistor .
HYBRID ELECTRIC VEHICLE
HVDC CONVERTER
HYBRD ELECTRIC VEHICLE
HYBRD ELECTRICAL VEHICLE
INFRARED THERMOGRAPHY
INTELLIGENT MANAGEMENT OF ELECTRICAL SYSTEMS IN INDUSTRIES
IMPROVED DIRECT TORQUE CONTROL OF INDUCTION MOTOR WITH DITHER INJECTION
IMPROVED REACTIVE POWER CAPABILITY OF GRID CONNECTED DOUBLY FED INDUCTION GENERATOR
INTRODUCTION TO WIRELESS COMMUNICATIONS.
INDUSTRIAL NETWORKING USING VARIOUS FIELD BUSES
IMPROVED REACTIVE POWER CAPABILITY OF GRID CONNECTED DOUBLY FED INDUCTION GENERATOR
IMPROVED DIRECT TORQUE CONTROL OF INDUCTION MOTOR WITH DITHER INJECTION
INTRODUCTION TO EDA TOOLS FOR PCB DESIGN
HYDROGEN SUPER HIGHWAY
IBOC (IN BAND ON CHANNEL)
IBOC TECHNOLOGY
ICPOOCH TECHNOLOGY(REMOTE TREAT DISPENSER & PET FACE TIME TERMINAL)
IMAGE CODING USING ZERO TREE WAVELET
IMMERSION LITHOGRAPHY
IMOUSE
IMPEDANCE GLOTTOGRAPHY
IMPROVED DIRECT TORQUE CONTROL OF INDUCTION MOTOR WITH DITHER
INDOOR GEOIOCATION
INDUSTRIAL NETWORKING USING VARIOUS FIELD BUSES
INFRARED PLASTIC SOLAR CELL
INFRARED THERMOGRAPH
INTEGRATED CIRCUIT DIGITAL NETWORK
INTELLIGENT WIRELESS VIDEO CAMERA
INTERACTIVE PUBLIC DISPLAY
INTER VEHICLE COMMUNICATION
INTRODUCTION TO EDA TOOLS FOR PCB DESIGN
INTRODUCTION TO INTERNET PROTOCOL
IONTOPHORESIS
IRRIGATION CONTROL SYSTEM
ISDN
ISSUE OF ROUTING IN VANET
IVY BRIGE
KEY TELEPHONE SYSTEM
KIRLIAN PHOTOGRAPHY
LAN SECURITY SYSTEM
LARGE SCALE POWER GENERATION USING FUEL CELL
LASER AND ITS APPLICATION
LASER BROADBAND
LASER COMMUNICATION
LED LIGHTING FOR ENERGY EFFICIENCY
LI FI TECHNOLOGY
LIE DETECTING SYSTEM
LFA (LIGHTNING FREQUENCY ARRESTER)
LOAD SCHEDULING AND LOAD SHEDDING
LOCAL AREA NETWORK
LOCAL PCO METER
LED LIGHTING FOR ENERGY EFFICIENCY
LOAD SCHEDULING AND LOAD SHEDDING
LARGE SCALE POWER GENERATION USING FUEL CELL
LIGHTNING PROTECTION
LATEST TECHNOLOGY IN CURRENT MEASUREMENT
LIQUID ELECTRICITY
LOAD MONITORING - CONTROL & ANALYSIS
LOW ENERGY EFFICIENCY WIRELESS
LOW ENERGY EFFICIENT WIRELESS COMMUNICATION NETWORK DESIGN
LUMINI LUMEN BLUETOOTH SMART BULB
MARINE NAVIGATION
MATRIX INVERSION GENERATOR ARCHITECTURE
MATTER ENERGY
MEDICAL MIRROR
MEMRISTOR
MEMS
MESH RADIO
MESH TOPOLOGY
METAMORPHIC ROBOTS
MICRO ELECTRONIC PILL
MICROCONTROLLER BASED DISSOLVING PROCESS CONTROL
MICROELECTRONIC PILL
MICROCONTROLLERS AND MICROPROCESSORS: The introduction of “Microprocessor” has changed the way in which we view, analyze and control the world surrounding us over the past two decades. Microprocessor is considered a product of combined developments in the fields of computer architecture and Integrated Circuit (IC) fabrication. It has made the concept of personal computing very feasible. The Microcontroller is often considered as a byproduct in the development of microprocessor. The fabrication process and programming technique which are responsible in the development of microprocessors has also lead to the development of microcontrollers. Until a decade ago, the microcontrollers are less popular in both the technical community and general public even though most of the consumer electronics like televisions, video games, video cassette recorders, telephones, elevators etc. comprise of them. This work discuses differences between Microcontroller and microprocessors.
MICROWAVE SUPERCONDUCTIVITY
MICROBATTERY: With the advent of the integrated circuit, the consumer electronics industry began to take shape and, in the latter part of the 20th century, exploded into a huge market. The use of smaller and multi-functional portable devices drove the need for smaller, more powerful batteries, and continues to do so today.
In the early 1990s, Oak Ridge National Laboratory (ORNL), in Oak Ridge, Tennessee, began development of a thin film based lithium battery. In other words, some of the same techniques used to manufacture integrated circuits were used to create a battery. The result was a flat battery that was thinner than plastic wrap. By placing the device in a semiconductor package, ORNL created a battery-on-a-chip. To date, ORNL has been awarded (by our count) 16 patents relating to this technological endeavor.
MILITARY RADAR
MIMO TECHNOLOGY
MOTOR DRIVES
MAS, POWER SEMICONDUCTOR DEVICES
MERCURY-ARC RECTIFIERS
MODERN SPEED CONTROL TECHNOLOGIES OF AC MOTORS
MODERN TRENDS IN MACHINE DESIGN TECHNOLOGY
MAGNETIC REFRIGERATION
MEMS (MICRO ELECTRICAL MECHANICAL SYSTEM) IN SPACE APPLICATION
MICROTURBINE GENERATOR SYSTEMS
MOISTURE MEASUREMENT TECHNOLOGY
MAGNETO OPTICS CURRENT TRANSFORMER
MOCT (MAGNETIC OPTICAL CURRENT TRANSFORMER)
MAGNETO HYDRODYNAMIC POWER GENERATION TECHNOLOGY (MHD)
MODELLING OF TRANSFORMERS WITH INTERNAL INCIPIENT FAULTS
MATRIX INVERSION GENERATOR
MICRO-ELECTROMECHANICAL (MEMS) SYSTEMS
MAGNETIC LEVITATION
MODERN TRENDS IN MACHINE DESIGN TECHNOLOGY
MODERN SPEED CONTROL TECHNOLOGIES OF AC MOTORS
MIMO WIRELESS CHANNELS
MISSILE GUIDANCE SYSTEM
MOBILE COMMUNICATION WORKING PRINCIPLE
MOBILE IPV6
MOBILE PHONE CLONING
MOBILE TRAIN RADIO COMMUNICATION
MOBILE VIRTUAL REALITY SERVICE
MOCT
MODERN SPEED CONTROL TECHNOLOGIES OF AC MOTORS
MODERN PAD FUTURE WALLET
MRI SCANNING TECHNOLOGY
MULTICOR MEMORY COHERENCE
MULTISENSOR FUSION AND INTEGRATION
MULTI- SENSOR FUSION AND INTEGRATION
MXC OPTICAL CONNECTOR AND CLEAR CURVE LX FIBER TECHNOLOGY
NANO FUEL CALL
NANO SCALE MATERIAL AND DEVICE FOR FUTURE COMMUNICATION NETWORK
NANO MACHINES
NANO –TECHNOLOGY
NEED FOR REACTIVE POWER COMPENSATION
NETWORK SECURITY
NETWORKING WITH TCP/IP
NEURAL NETWORK ARTIFICIAL INTELLIGENCE
NEURAL NETWORKS
NEUROTIC ROBOT
NEXT GENERATION MOBILE COMPUTING
NIGHT VISION TECHNOLOGY
NON VISIBLE IMAGING
NEED FOR REACTIVE POWER COMPENSATION
NUCLEAR POWER PLANTS
NUCLEAR BATTERY
NIGHT VISION TECHNOLOGY
NARROWBAND POWER LINE COMMUNICATION
NUCLEAR BATTERIES- DAINTIES DYNAMOS
NUCLEAR BATTERY – DAINTIEST DYNAMOS
NUCLEAR POWER PLANTS
OBSERVER BASED SENSOR LESS CONTROL
OPTICAL ETHERNET
OPTICAL FIBER COMMUNICATION
OPTICAL INTER- SATELLITE LINK
OPTICAL PACKET SWITCHING NETWORK
OPTICAL SATELLITE COMMUNICATION
OPTICAL SWITCHING
OCEAN THERMAL ENERGY
OPTICAL TECHNOLOGY IN CURRENT MEASUREMENT
OPTICAL JAMMING ATTACK
OPTICAL SATELLITE COMMUNICATION
ON-LINE DETECTION OF SHORTS IN FIELDS OF TURBINE GENERATOR ROTOR
ORGANIC DISPLAY
ORGANIC ELECTRONICS
PACKET CABLE NETWORK
PACKET SWITCHING CHIPS
PAPER BATTERY
PAPER BATTERY TECHNOLOGY
PARALLEL PROCESSING
PATIENT MONITORING SYSTEM
PC INTERFACED VOICE RECOGNITION SYSTEM
PERFORMANCE OF 400KV LINE INSULATORS UNDER POLLUTION
PERSONAL AREA NETWORK
PHASE SHIFT KEYING
PHASE FAILURE RELAY
PHASE DETECTING SYSTEM
PHASE SELECTING SYSTEM
PID CONTROLLERS FOR INDUSTRIAL PROCESS CONTROL
PILL CAMERA
PLC
POLY FUSE
POLYMER MEMORY
POWER ELECTRONIC DEVICES AND APPLICATIONS
POWER FACTOR IMPROVEMENT METHODS
POWER QUALITY ISSUES WITH GRID CONNECTED WIND ENERGY SYSTEMS
POWER SYSTEM OPERATION AND CONTROL
POWER SYSTEM PROTECTION EQUIPMENTS
POWER RELIABILITY IN NIGERIA
POWER FAILURE IN NIGERIA AND ITS EFFECT ON APPLIANCES
PRINTABLE RFID CIRCUITS
PRINCIPLES AND OPERATION OF 1000W AC VOLTMETER
PROCESS DYNAMIC, CONTROL AND AUTOMATION USING LABVIEW
PRODUCTION OF AND PROTECTION AGAINST SURGE
PROGRAMMABLE LOGIC CONTROLLERS PLC VS. DCS
PROJECT OXYGEN
PROCESS DYNAMICS, CONTROL AND AUTOMATION USING LABVIEW
PID CONTROLLERS FOR INDUSTRIAL PROCESS CONTROL
POWER QUALITY ISSUES WITH GRID CONNECTED WIND ENERGY SYSTEMS
POWER FACTOR IMPROVEMENT METHODS
POWER SYSTEM OPERATION AND CONTROL
PERFORMANCE OF 400KV LINE INSULATORS UNDER POLLUTION
POWER SYSTEM PROTECTION EQUIPMENTS
POWER FAILURE AND ITS EFFECTS ON APPLIANCES
POWER GENERATION USING SPEED BREAKERS
POWER QUALITY DISTURBANCES
POWER THEFT DETECTION
PAPER BATTERY
PLOY FUSE SEMINAR
POWER ELECTRONIC DEVICES AND APPLICATIONS: Power Electronics deals with the applications of solid state electronic devices in the control and conversion of electric power. Power Electronics has seen a tremendous growth in recent times and almost all the applications today use power electronic devices in some or the other form. Hence it becomes essential to study the advantages of these devices, which made it so popular.
POWER FAILURE AND IT EFFECT ON APPLIANCES: Electric power supply is the most important commodity for national development. With electrical energy the people are empowered to work from the domestic level and the cottage industries, through the small-scale and medium industries to employment in the large-scale manufacturing complexes. In these days, depriving people of electric power is tantamount to castration. Power failure is a period of time when the electricity supply to a particular building or area is interrupted, for example because of damage to the cables or any other reason. Modern equipment requires a continuous supply of electricity. Not only industry, but also in the household. Take the case of a refrigerator. If you experience a power off situation, your food will be spoilt. This work in particular discuses power failure and its effect on appliances.
PROTECTION OF DISTRIBUTION SYSTEM
PUSH TECHNOLOGY
PURE SINEWAVE INVERTER SYSTEM
QOS IN CELLULAR NETWORKS BASED ON MPT
RADIAL FEEDER PROTECTION SYSTEM
RADIO FREQUENCY LIGHT SOURCES
RAILWAY SWITCH AND SIGNALS
ROBOTIC MOTORS OR SPECIAL MOTORS
RADIO FREQUENCY LIGHT SOURCE
REACTIVE POWER CONSUMPTION IN TRANSMISSION LINE
REAL- TIME SIMULATION OF POWER SYSTEM
REALAY PERFORMANCE TESTING WITH HIGH TECHNOLOGY
REMOTE ACCESS SERVICE
REMOTE SENSING PAYLOADS
RENEWABLE ENERGY
RENEWABLE ENERGY IN NIGERIA
ROBOTIC MOTORS OR SPECIAL MOTORS
REAL-TIME SIMULATION OF POWER SYSTEM
IRRIGATION CONTROL SYSTEM
RENEWABLE ENERGY AND ENVIRONMENT PROTECTION
RESISTIVE RAM
RENEWABLE ENERGY AND ENVIRONMENT PROTECTION
RENEWABLE ENERGY SOURCE BIOMASS
ROBOTIC MOTORS TECHNOLOGY IN FUTURE MOBILE DATA SYSTEM
SATELLITE COMMUNICATION
SATRACK
SCADA AND POWER SYSTEM AUTOMATION
SELF PHASING ANTENNA ARRAY
SEMINAR ON ARTIFICIAL PASSENGER
SENSORS FOR HUMAN PRESENCE: This seminar work often used in motion detection. Motion is detected when an infrared source with one temperature, such as a human, passes in front of an infrared source with another temperature, such as a wall. The sensor does not dectect the "heat" from the object passing in front of it. Instead it detects that the object breaks the field which the sensor has determined as the "normal" state. Any object, even one exactly the same temperature as the surrounding objects will cause the PIR to activate if it moves in the field of the sensors.
SERVICE AWARE INTELLIGENT GGSN
SIGNALING SYSTEM
SILICON ON PLASTIC
SIMPLE HEAT SENSOR
SINEWAVE INVERTER SYSTEM
SIXTH SENSE TECHNOLOGY
SMART ANTENNA
SMART ANTENNA FOR MOBILE COMMUNICATION
SMART ANTENNAS
SMART CARD
SMART CARD TECHNOLOGY
SMART CARDS AND ITS APPLICATIONS
SMART DUST CORE ARCHITECTURE
SMART GRID AC FUTURE ELECTRIC GRID
SMART MATERIAL TECHNOLOGY
SMART NOTE TAKER
SMART PIXEL ARRAYS
SMART QUILL
SOFT STARTING OF MOTOR WITH AN IMPROVED POWER FACTOR
SOLAR MOBILE CHARGER
SOLAR PHOTOVOLTAIC: BASIC & APPLICATIONS
SOLAR POWER GENERATION
SOLAR TOWER TECHNOLOGY
SOLAR TREE
SOLID STATE DRIVE, SSD
SPACE CRAFT ELECTRONICS
SPACE MOUSE
SPECTRUM POOLING
SPEECH COMPRESSION- A NOVEL METHOD
SPEED DETECTION OF MOVING VEHICLE USING SPEED CAMERAS
SPEED SENSOR
STEGENALYSIS
STEPPER MOTOR& ITS APPLICATION
STORAGE AREA NETWORK
SATALLITE
SYNCHRONIZATION OR PARALLELING OF GENERATORS
SOFT STARTING OF MOTORS WITH AN IMPROVED POWER FACTOR
SUBSTATION AUTOMATION COMMUNICATION PROTOCOL
SOLAR PHOTOVOLTAIC: BASIC & APPLICATIONS
SEMINAR ON DRIVER STAGE OF A 100W AUDIO AMPLIFIER
SERVOMOTOR MAGNETIC RESONANCE IMAGING (MRI)
SOUND ACTIVATING DEVICES
SOLAR POWER GENERATION
SYNCHRONIZATION OR PARALLELING OF GENERATORS
SOFT STARTING OF MOTORS WITH AN IMPROVED POWER FACTOR
SOLAR TREE
SOLAR THERMAL ENERGY
SOLAR POWER STIRLING ENGINE
SOLAR POWER SATELLITE
SOLAR CAR
SOLAR SAIL
SUPER CAPACITORS ENERGY STORAGE SYSTEM
SOLAR POWER SATELLITES AND MICROWAVE POWER TRANSMISSION
SPACE VECTOR MODULATION FOR THREE-LEG VOLTAGE
SURGE CURRENT PROTECTION USING SUPERCONDUCTORS
SOLAR POWER GENERATION
SMART GRID – FUTURE ELECTRIC GRID: Smart grid is referred to as “an automated, widely distributed energy delivery network incorporating the benefits of distributed computing and communications to deliver real-time information and enable the near-instantaneous balance of supply and demand. The smart grid brings the philosophies, concepts, and technologies that enabled the Internet to the utility and energy grid."
Power grids now undertake a one-directional “broadcast" power from the central power generators to users. The smart grid concept entails routing power to users using two-way digital technology that enables the power grid to respond to a wide range of conditions at the users point, facilitating optimal energy usage, resulting in reduced cost and increased reliability and transparency. In this work, reasons why smart grid will replace our traditional grid is discussed.
SCADA AND POWER SYSTEM AUTOMATION
SURGE CURRENT PROTECTION USING SUPERCONDUCTORS
SYNCHRONCHRONIZATION OR PARALLELING OF GENERATORS
SUBSTATION AUTOMATION COMMUNICATION PROTOCOL
SUN TRACKER
SUPER CAPACITOR
SURFACE MOUNT TECHNOLOGY
SURFACE PLASMON RESONANCE
SURGE CURRENT PROTECTION USING SUPER CONDUCTORS
SYNCHRONIZATION OR PARALLELING OF GENERATORS
TELECOMMUNICATION NETWORK
TEMPERATURE CONTROL SYSTEM
TEMPERATURE CONTROL ELECTRIC OVEN
TEMPERATURE CONTROL ELECTRIC KETTLE
TELEPHONE CONVERSATION RECORD
TELEPHONE ROUTER
TRANSFORMER TEMPERATURE PROTECTION RELAY
TRANSFORMERS: BASICS AND TYPES
TRANSDUCER
TRI GATE TRANSISTOR
TIDAL ENERGY SCOPE OF FUTURE
TEMPERATURE MONITORING SYSTEM
TELECOMMUNICATION NETWORK PPT
TELEPHONE CONVERSATION RECORDER
TELEPHONE ROUTER
TEMPERATURE MONITORING SYSTEM
TEMPERATURE SENSOR AND ITS APPLICATION
THE MAKING OF QUANTUM DOTS
THE MP3 STANDARD
THE UNIVERSAL CURRENT SENSOR THE VANADIUM RED OX FLOW
BATTERY SYSTEM THERMOGRAPHY
TOUCH SCREEN MOBILE PHONE TECHNOLOGY
TOUCH SCREEN WITH FEELINGS
TRAFFIC PULSE TECHNOLOGY
TRAFFIC SIGNAL CONTROL
TRANSFORMERS: BASICS AND TYPES
TRANSPARENT ELECTRONICS
TREASURE HUNTING WITH METAL DETECTOR TSUNAMI WARNING SYSTEM
TURBO CODES
ULTRA CONDUCTORS
ULTRASONIC MOTOR
UNIVERSAL CURRENT SENSOR
UNDERSTANDING OF ELECTRICAL HARMONICS
ULTRA CAPACITOR
UNDERGROUND CABLES
UNINTERRUPTED POWER SUPPLY
USE OF ULTRA SOUND IN MEDICAL FIELD
USER OF ULTRA SOUND IN MEDICAL FIELD
USER IDENTIFICATION THROUGH KEYSTROKE BIOMETRICS
VARIABLE FREQUENCY TRANSFORMER MODEL ANALYSIS
VECTOR CONTROL OF INDUCTION MOTOR
VEHICLE – TO – GRID V2G
VIDEO CONFERENCING
VIRTUAL REALITY
VITUAL RETINAL DISPLAY
VISNAV
VOLTAGE AND POWER STABILITY OF HVDC SYSTEMS
VOLTAGE SAG ANALYSIS
VARIABLE FREQUENCY TRANSFORMER MODEL ANALYSIS
VLSI TECHONOLGY
VOICE MORPHING
VOIVE RECOGNITION BASED ON ARTIFICIAL NEURAL NETWORKS
VOLTAGE AND POWER STABILITY OF HVDC SYSTEMS
VSAT
WATER LEVEL SENSOR SYSTEM
WATER RETICULATION IN A WORKSHOP
WEARABLE BIO-SENSORS
WEATHER STATION
WEB BASED REMOTE DEVICE MONITORING
WHITE LED
WIREBAND SIGMA DELTA PLL MODULATOR
WIRELESS BODY AREA NETWORKS TECHNOLOGY
WIRELESS CHARGING OF MOBILE PHONE USING MICROWAVES
WIRELESS COMMUNICATION TECHNOLOGIES
WIRELESS DC MOTOR SPEED CONTROL SYSTEM
WIRELESS DSL
WIRELESS HOME SECUTITY SYSTEM
WIRELESS LAN SECURITY
WIRELESS MICROSERVER
WIRELESS POWER TRANSFER THROUGH COILS: As power requirements for portable devices increase, consumers are looking for easy-to-use charging solutions that can be deployed in a wide array of environments such as home, office, automobiles, airports, schools and more. Wireless charging uses an electromagnetic field to transfer energy between two objects. This is usually done with a charging station. Energy is sent through an inductive coupling to an electrical device, which can then use that energy to charge batteries or run the device.
WIRELESS POWER TRANSMISSION VIA SOLAR POWER SATELLITE
WITRICITY (WIRELESS ELECTRICITY): As power requirements for portable devices increase, consumers are looking for easy-to-use charging solutions that can be deployed in a wide array of environments such as home, office, automobiles, airports, schools and more. Wireless charging uses an electromagnetic field to transfer energy between two objects. This is usually done with a charging station. Energy is sent through an inductive coupling to an electrical device, which can then use that energy to charge batteries or run the device.
WI-FI TECHNOLOGY
WIRELESS ELECTRICITY
WIRELESS POWER TRANSMISSION VIA SOLAR POWER SATELLITE
WIRELESS POWER TRANSMISSION
WIRELESS INTERCOM
WIRED INTERCOM
WIND POWER GENERATION
WIRELESS POWER TRANSMISSION: As power requirements for portable devices increase, consumers are looking for easy-to-use charging solutions that can be deployed in a wide array of environments such as home, office, automobiles, airports, schools and more. Wireless charging uses an electromagnetic field to transfer energy between two objects. This is usually done with a charging station. Energy is sent through an inductive coupling to an electrical device, which can then use that energy to charge batteries or run the device.
WIND POWER
SOLAR ENERGY
HYDRO POWER
WIND POWER
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