Electronics and Communication Seminar Topics for ECE

We provide a big list of latest 2015-2016 Electronics and Communication seminar topics, Speech Ideas and advanced research topics in the field of Electronics with free PPT and abstract based on Technical IEEE Papers and research journals for B.E, B.Tech, MSc and ECE students. PPT's are provided at the end of each article for free download.

Design And Fabrication Of Artificial Skin Using Embedded Micro Channels And Liquid Conductors

Fabrication of Artificial Skin is a Critical technology. Robots are expected to work more autonomously. Biomedical science has made a lot of progress. The robotics community comes closer towards the realization of skin like tactile sensing. Flexibility and stretchability expands the scope of applications of sensors. Pressure sensors and tactile interfaces must be elastically soft and remain functional when stretched to several times their natural length.

Application Of Magnetic Coupler For Electric Vehicle IPT Charging Systems

Electric Vehicles reduce dependence on fossil fuels, emission of greenhouse gases and emission of pollutants. Not as cost effective as conventional vehicles due to the large battery required. Improvements are required in battery life, cost and grid connection. Michael Faraday discovered electricity could be generated by Mechanical machines. Andrie-Marie Ampere proposed that magnetic fields and electric current must exist together.

Smart Antennas for Mobile Communication

Smart antennas in mobile communications that enhances the capabilities of the mobile and cellular system such as Faster bit rate, Multi use interference, Space division multiplexing (SDMA), Adaptive SDMA, Increase in range, Multipath mitigation, Decreased inter symbol interference, Best suitability of multi-carrier modulations such as OFDMA and Decreased co-channel interference adjacent channel.

Angioplasty Balloon Inflation Based On Feedback From Intravascular Optical Coherence Tomography

Computerized control of angioplasty balloon inflation based on Intravascular Optical Coherence Tomography. Based on the estimated and target diameters, Syringe pump deliver or withdraw liquid to achieve the target diameter. The performance of the control method was investigated under various flow rates and various target diameters. Angioplasty is a process of narrowing of an artery wall due the plaques in its wall. Technique includes inflating a balloon or deploying a stent.

Multicasting Over Manets

MANET is a self configuring network. It is a collection of mobile nodes which eliminate the constraints of infrastructure and enable devices to create and join networks. It is a dynamic network of autonomous mobile nodes. It uses wireless links without existing infrastructure. It does not use centralized administration. MANETs are often referred to as multihop wireless ad hoc networks. It supports Group Communication. We need MANET because, Dynamic network leads to high rate of topology change, Topology change is very frequent and Data must be routed via intermediate nodes.

Enhanced Adaptive Acknowledgement Scheme For Intrusion Detection in MANETs

Security has become a question in Mobile Ad-hoc networks due to their dynamic topology,mobility, scalability and shared resources. Intrusion detection techniques are introduced to mitigate the attacks of compromised nodes and acts as a second wall of defence. EAACK is a secure intrusion detection technique that is specially designed to enhance the security level in MANET's, compared to contemporary intrusion detection techniques.

Under Water Acoustic Sensor Networks In Under Water Wireless Communication

There has been a growing interest in monitoring underwater mediums for scientific exploration, commercial exploitation, and attack protection as it contributes for human well being. Industries are increasingly interested in technologies like wireless sensor networks. Under water sensor network consists of a variable number of sensors and vehicles that are deployed to perform collaborative monitoring tasks over a given area. Efficient information exchange via wireless communication using physical waves as the carrier among nodes in an underwater sensor network.

VLSI Implementation Of OFDM

OFDM is a multi-carrier system where data bits are encoded to multiple sub-carriers and sent simultaneously in time. The result is an optimum usage of bandwidth. A set of orthogonal sub-carriers together forms an OFDM symbol. To avoid ISI due to multi-path, successive OFDM symbols are separated by guard band. This makes the OFDM system resistant to multi-path effects. Although OFDM in theory has been in existence for a long time, recent developments in DSP and VLSI technologies have made it a feasible option. This paper describes the VLSI implementation of OFDM in details. Specifically the 802.11a OFDM system has been considered in this paper. However, the same considerations would be helpful in implementing any OFDM system in VLSI. OFDM is fast gaining popularity in broadband standards and high-speed wireless LAN.

Unbounding the Nanotechnology

This Nanotechnology Center was being built in the spring of 1990, as Eric Drexler was midway through a hectic eight-day trip, giving talks on nanotechnology to researchers and seeing dozens of university and consortium research laboratories. A Japanese research society had sponsored the trip, and the Ministry of International Trade and Industry MITI) had organized a symposium around the visit a symposium on molecular machines and nanotechnology. Japanese research was forging ahead, aiming to develop "new modes of science and technology in harmony with nature and human society, a new technology for the twenty-first century.

Tsunami Warning System

In the early hours of 26'Th December 2004 the world witnessed one of the most devastating natural disasters in the recent times causing the death of nearly 80,000 people.Tsunami a powerful fast moving wave by an under sea disturbance.If we had sufficient warning system to give indications ,then we certainly could avoid this much of destruction. With the present technology, even a slight undersea disturbance can be detected by special detectors placed on the sea floor.These signals are picked by the surface buoy, which sends data to satellite for further distribution to ground stations.

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