This Multichannel Wireless PLC Based DC Motor Protection EEE Project was designed to protect the DC motor from fault. The programmable logic controller (PLC) designed here is basically for monitoring the different parameters of AC motor and protect the AC motor against the fault. If there is any fault in AC motor, then protective relay trips. This final year EEE Electrical & Electronics Engineering project is working adequately in the laboratory test condition and indicating the faults at the computer perfectly.
Rate Allocation and Network Lifetime problems For Wireless Sensor Networks
Project Title: Rate Allocation and Network Lifetime problems For Wireless Sensor Networks
Project Description: Nowadays Wireless sensor networks containing huge battery-powered nodes that are covered with altitude of sensing modalities including multi-media sensors and scalar data sensors. Although there have been significant changes, improvements and enhancements in micro processor design and computing, advances in battery technology still lag behind, making energy resource considerations the fundamental challenge in wireless sensor networks. This Rate Allocation and Network Lifetime problems For Wireless Sensor Networks Final Year ECE Project can solve the above problem. The sum of rates of all the nodes in the network can lead to a severe bias in rate allocation among the nodes we advocate the use of lexicographical max-min (LMM) rate allocation.
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Nanotechnology in Waste Water Treatment Project Report
Saving information under the storage gadgets like Floppy drives, Magnetic Tape drives, hard drives, SRAM, FLASH, Compact-Disc, DRAM, and so on is essential for the data technology globe. The company developing on the requirements to save information is highly developing. We need large information capacity and large information transfer limits. The present fashion storage gadgets cannot obtain this need.
Nanotechnology is beneficial to model large information compression storage gadgets including larger information limits. Ultrahigh storage has densities up to 1 Tb/in2 or is obtained through methods of local-probes to read back, write, and remove information under most thin polymer films. The method of scaning-probe-based thermomechanical data-storage is named as “millipede” from inside which includes ultrahigh density and great information rates. Great information rates are obtained through parallel function of great 2D arrays including thousands of cantilevers/tips micro/nanomechanical which is able to batch-fabricated through methods of silicon surface-micromachining. The basic parallelism, the densities of ultrahigh areal and the little procedure determination might include outlooks and chances to use in fields beyond envisaged.
The materials are constructed in which physical constraints like volume rang, length, area from 1nm to 100nm. The characters of materials like chemical, physical etc based on this scale are distinct from usual scale. Ultimately, it results in a robotic gadget at nanoscale dimensions which can arrange atoms automatically to make molecules of the particular chemical compounds depending on modern method “universal assembler”. For example, diamond is made from the robot, from basic carbon atoms including low rate and great greatly hard, size, and less weight.
Conclusion:
It is concluded on the semiconductor memory chips that depend on magnetic hard drives and silicon to govern the information-storage retail and they include their drawbacks like magnetic information storage that has not increased real density 250 Gbit/in2. In the same way, FLASH Memory chips, DRAM, and SRAM includes the drawbacks of many Transistors per chip and hurdles to lessen feature size (2λ).
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RFID Based Railway Reservation System ECE Project
Railways are the essential medium of traveling throughout the globe and hence the functional methods are simplified which refers the excellent outputs. The electronic used to give the excellent assistance through the railways is the electronic of RFID railway reservation. This is the method of moving the passengers without facing any issues. The greatest use of this method is in simplification of the ticket viewing method. The ticket checking method includes the easy identification of the RFID label that people have. This RFID Based Railway Reservation System ECE Project method is entirely fool and flawless proof.
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RFID Based Ration Card ECE Final Year Project
The Ration Card is the document provided in authority or order of the State Administration, depending on the Public Distribution Method to buy the important commodities from good cost stores. State Governments point different Ration Cards based on Antyodaya families, Above Poverty Line, Below Poverty Line, and present the periodical study and identify the Ration Cards.
The Card is essential document for Indian locals. This assists to secure money by helping procurement of important possessions at the subsidised cost. This has evoloved into essential concept to recognize. You should have copy of your Ration Card like the evidence of identification, Domicile Certificate, your name under the Electoral Rolls.
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RFID Based Road Toll Tax ECE Final Year Project
RFID Toll Road Payment systems assist many to decrease the heavy congestion happened under the metropolitan areas presently. This is the simple concepts utilized to establish the high stream of traffic. If the car drives by the toll way on the road then it shows the RFID reader that crossed the limit. The requirement for human toll is entirely decreased under this concept and tolling system functions by RFID. Hence, the RFID Based Road Toll Tax method is little appropriate to decrease rate and time of travelers.
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Time Operated Appliances Control ECE Project
Time Operated Electrical Device Controlling System of Power Saving is a dependable circuit which includes the operation of turn on/off the power gadgets in regards to time. This project takes the place of Manual Switching. This includes the Inbuilt Real Time Clock that marks by the Actual Time. If this time is similar to the programmed time then the respective Relay for the gadget is turned ON. The turning time is added at any Time with the help of keypad. The Actual Time Clock is dispatched over the LCD display.
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Thyristor ECE Seminar Report
Thyristor is the general name provided for the gadgets family. This is most essential part of power. This includes great uses today. This project includes the orientation and describes the features of thyristor gadgets. This even includes common orientation of power technology. This includes the common data of the power technologies gadgets such as Power and IGBT MOSFET. Finally, this contains the future uses of thyristor gadgets under diverse areas.
This has evolved greatly essential concept for productive, convenient power transmitter, and organization. We assume the circuits and gadgets for energy technology and obtain availability. The two important features of great productivity and great dependability are executed with circuits.
The great advancement of their uses is present in this study. Portable communication gadgets and pc will be impractical. Great-accomplished lighting methods, motor controls, and broad limit of company controls rely on energy technology. Powerful development is happening under automotive uses and in dc power provisions for communication methods, portable gadgets, and under high-end converters for microprocessors.
Thyristors are three-terminal gadgets which include four levels of another p-type and n-kind element and include important power handling part. The thyristor is bistable. The control end of the thyristor is known as the gate (G) electrode and linked to integrated form like the portion of the device. The alternate two terminals are known as anode (A) and cathode (K).
Conclusion:
Power electronics is the review of technological circuits to manage and transmit the electrical power. The electronic is the important portion of our power infrastructure and it is the important driver for the broad limit of electricity application.
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Project on A Data-Centric Multi-Hop MAC Protocol for Underwater Acoustic Sensor Networks
The aim of the DC-MAC: a Data-Centric Multi-Hop MAC Protocol for Underwater Acoustic Sensor Networks Final Year ECE Project is to model the productive protocol of MAC for sensor network of underwater acoustic appropriate for multi-hop network. Distinct prominence based on mid-semester surveys with disputes and chances of underwater communication of Physical channel.
Tone-Lohi (T-Lohi) Protocol includes another reservation and information periods, information period booked by, converting brief tones, and recording the great propagation time (330ms), contention period (CP), accomplished booking when one tone is given to the CP, and back-off if tones are detected.
Synchronized T-Lohi (ST-Lohi), Synchronized CPs, and tone are given in the starting. This eliminated the uncertainty under time. Waiting the complete CP reduces the uncertainty under space. When contention finds under the CP then the nodes gets back. Nodes do not have greater priority to convert under the second booking time. Since the information time ends, the nodes try to book depending on traffic to determine from last booking time.
cUT-Lohi permits the conversion at any period. Lengthy data with the duration, Worst condition: CRcUT = 2 Гmax + 2Ttone, Worst condition contender to convert: tc +Ttone+ Гmax –Є, just before it hears C’s transmission, aUT-Lohi decreases CRsUT to greater propagation delay, less contention period, no detection is provided, and CRaUT = Гmax + Ttone.
Conclusion:
It is concluded that the novel methods are to achieve hardware wake up with the help of small (<5ms) tones, small power rate of recording by lengthy times, little duration and hence less collision probability, examine, and count contenders, collision detection results in best utilization, free load, utilize contender to accept back-off to traffic, and enhancing fairness.
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Microcontrollar Based Digital Clock with Alarm Project
Electronic clocks have importantly taken the place of the mechanical clocks. They are very dependable, speed, sustenance independent and portable. There are two types of electronic clocks, digital clock and analog clock.
The digital clocks are general and free of external means. This will require the controlled gadgets and execution of software for microcontroller since the hardware gadgets has no aim to execute. Several kinds of digital modules and clocks are present under the retail and yet the clock is distinct under the real time.
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