Abstract:- Virtual multiple input multiple output (MIMO) techniques are used for energy efficient communication in wireless sensor networks. We investigate virtual MIMO for fixed and variable rates. We propose energy efficient routing based on virtual MIMO. The simulation results show that virtual MIMO based routing is more energy efficient as compared to SISO (single input single output) for larger distances.
In recent years, virtual MIMO has attracted a growing interest because of its energy efficiency in large field of networks. In virtual MIMO network,a group of sensors cooperate to transmit and receive data. Although the participation of multiple transmitters and receivers in a transmission save significant energy in long-range communications, the increase in the number of transmitters and receivers also increases the circuitry power consumption.As a result, the energy optimization techniques have to be adapted with the environment. Due to the circuitry complexity and difficulty of integrating separate antenna, virtual MIMO concepts are applied in wireless sensor networks (WSNs) for energy efficient communication to save energy and increase reliability.
Keywords:-Electrical Engineering Project,Project Report,Final year Engineering Project report,Wireless sensor Network Project Report,Energy Consumption in Wireless.Electrical Engineering Thesis/Dessertation
Abstract:- Sensor networks are commonly used for security and surveillance applications. As sensor nodes have limited battery paower, computing, and storage resources, the energy efficient security techniques are needed.We provide a new heuristic approach to search for balanced and small weight routing spanning trees in a network.
The approach is a modification of Kruskal’s minimum spanning tree (MST) search algorithm and is based on a distributed search by hierarchical clusters. It provides spanning trees with a lower maximum degree, a bigger diameter and can be used for balanced energy consumption routing in wireless sensor networks (WSNs). The approach can be implemented in parallel as well as a simple locally distributed
algorithm. Simulations of a realistic scenario WSN are done based on the transmission energy matrix. The simulation results show that the proposed approach can extend the functional lifetime of a WSN in 3-4 times in terms of sensor transmission energy. Possible preliminary clustering of the input network is considered as well.
Free Download Electrical Engineering Project on Distributed search for balanced energy consumption spanning trees in Wireless Sensor for Bachelor of Engineering,Master of Engineering.
Keywords:-Electrical Engineering Project,Project Report,Final year Engineering Project report,Wireless sensor Network Project Report,Energy Consumption in Wireless.
This paper presents an application of Adaptive Neuro-Fuzzy Inference System
(ANFIS) control for DC motor speed optimized with swarm collective
intelligence. First, the controller is designed according to Fuzzy rules such
that the systems are fundamentally robust. Secondly, an adaptive Neuro-Fuzzy
controller of the DC motor speed is then designed and simulated; the ANFIS
has the advantage of expert knowledge of the Fuzzy inference system and the
learning capability of neural networks. Finally, the ANFIS is optimized by
Swarm Intelligence. Digital simulation results demonstrate that the deigned
ANFIS-Swarm speed controller realize a good dynamic behavior of the DC
motor, a perfect speed tracking with no overshoot, give better performance
and high robustness than those obtained by the ANFIS alone.
Keywords
DC Motor speed control; Neuro-Fuzzy controller; Swarm collective
intelligence; ANFIS controller using PSO.
i have been assigned a software of hotel management for my last semester in college
which needs following requirements
=>when a customer call to order food the system checks if the customer is new or existing
IF new(registers new no, address n details)
IF old (by default gets all info on screen)
=> as soon the customer completes his/her order n keeps the phone (a system generated message should be delivered to customer saying his ordered food order)
=>when the delivery boy takes the order for delivery again the customer should get (system generated message of expected time to reach their food order)
=> also this software handles payroll system of employees
=> and purchase of goods by suppliers for hotel[/color]
=> and finally the profit n sold materials for the day
ill b glad if u even send ER diagram along
waiting for reply
Industrial automation & monitoring system
Automatic toll tax with voice using
GSM IVRS
Home automation using GSM
Microcontroller based security dial up with event logging to pc
Radio frequency remote control board (control eight relays)
PIC LCF meter
Photic-phone
Digital lock
Room thermometer
Kitchen timer
Multi core cable tester
Parking radar
IR follower robot
Heart beat monitor with wave on LCD(pic based)
Contact less techo generator
Driver alert
Infra red control for pc
Light follower robot
Line follower robot
Real-time industrial process control and monitoring using gsm phones
Build your own embedded development board pc
Build your own // programmer
Safe landing system
Home appliances control through pc
RFID TX and RX kit with two ids ( attendance register)
Telephone calls logger
Dc motor speed control through push switches
Dc motor speed control using radio frequency suitable for robotic arm (two angle)
Power house monitoring through radio frequency
Patient monitoring system
Pain monitor
Control system for modern house
Eight channel data logger
Remote monitoring and alarm on pc using radio link
Intelligent sauna bath control system
Heart beat monitor
Programmable logic controller (PLC)
Auto-answering with security dial-up
Automatic control of unmanned rail gate
Automatic toll tax
Bilge oil water separator
Pc to pc fiber- optic communication
Pc to pc laser communication
inductance , capacitance and frequency meter
Home automation Through PC
Load Shedder
Ch data logger through radio link
Real time channel data logger
Microcontroller Based Code Lock With Security Telephone Dialer
Hotel Power Management Through PC
Electronic eye based with event logging on pc
Mini LCD scope
Home/Office Security System (Tele-guard)
Based Token Number Display With Voice & Security
Six Channel Petrochemical Fire Monitoring & Control Station
Microcontroller Based GSM controlled Switch With Voice
Loads
RF control of induction motors and other industrial
iVRS system for industrial control
Power grid control through pc
UPS
Data Acquisition System
Microprocessor based Speed Control of Induction Motor
Microprocessor based Power Meter
Computer Aided Design Of Transformer
Speed control of universal motor using microcontroller
Protection of 3 phase induction motor
Speed control of dc shunt motor
3 phase squirrel cage induction motor design
3 phase squirrel cage induction motor design
Power Factor correction using Microprocessor
Microprocessor based Robot
PLC Based Boiler Control System
Linear Induction Motor (De
Simulators are excellent illustrative tools that provide facets such as hands on experience of a real world system. Such simulators have enormous efficacy in education where critical thinking and decision making skills can be infused with great effectiveness. These simulators allow students to polish various competencies ranging from application to analysis and from synthesis to evaluation. In this project, a simulator is proposed from the area of electronics. The simulator targets junior to senior level electrical engineering students.
Computers and information technology have increased educational opportunities and opened the doors to new instructional methods. Today’s educator and student have adopted technology as a normal part of their curriculum. One common adaptation is for the instructors to create a website or WebCT course folder for their course, which may contain the instructor’s PowerPoint lectures, course handouts, streaming audio/video lectures, and a list of links, which may further aid the student in understanding the material. Interactive learning content revolutionizes the way topics can be traditionally taught. The use of multimedia, rich-graphics, animations, simulations, and virtual environments offer students a way to visualize and actively engage with the content which is otherwise presented to them in a static and passive manner, via textbook and lectures.
This type of new content material is invaluable to disciplines like the engineering and sciences, where visualization coupled to understanding cause and effects of concepts are the heart to mastering the material. Traditional learning materials are not effective resources to support this type of learning, since students repeatedly struggle with the same difficult concepts. Interactive learning content requires a different pedagogical approach from traditional materials. The effective design of interactive learning content includes identifying and utilizing how a technological approach (animation, interactivity, or simulation) can help the student understand the phenomenon, engaging them in active learning environments. This design is then coupled strongly to a usable interface and clear pedagogical goals for the student to grasp. The result is an integration of technology and pedagogy into a new vehicle for teaching: high-quality interactive learning content that is an Interactive Educational Simulator. If a picture is worth a thousand words, and an animation is one thousand pictures, the net worth of simulations and virtual environments is priceless.
Free Download innovative latest Simulation project for Electrical Engineering final year student,Master of engineering in Electrical and Electronic,Simulation project for Electrical Engineering,Power Electronics.
It is a known fact that lots of micro-hydro systems are in operation in our country,They have been playing a great role to provide electricity to local communities. But one problem is typically seen in most of the micro-hydro systems. There is fluctuation in frequency generated by the generator which causes adverse affect in various electrical appliances.
A controller is required to solve this problem. We have come up with “Design and Manufacture of Electronics Load Controller” which is meant to construct an ELC (Electronic Load Controller) that controls the frequency of the generated voltage in the micro-hydro systems.
Download this Electrical Engineering Project On "Design and Manufacture of Electronics Load Controller".This Project can be submitted as a final year Electrical/Electronic or Power engineering projects for student.
This project deals with designing a LabView based Automatic Generation Control training system. Both software and hardware are designed. The proposed training system allows conducting user friendly simulation and experimental study of a single area automatic generating control.
AGC is considered with alternative excitation control to maintain both frequency and voltage width slandered limits. The hardware part consist of alternative excitation control circuit. The control and interchanging circuit are also design and combination in a user friendly interfacing module. The software part consists of simulation/ Matlab simulation and a LabView based real time monitoring and control module.
Download this Electrical Engineering Project ready to submit for Final year Electrical engineering student.
This project can be also submitted in MATLAB based project of simulation for final year electrical engineering,Master of Electrical Engineering Project.
