Bharati Vidyapeeth's College of Engineering

About: Bharati Vidyapeeth's College of Engineering is a based out in . It is known for research contribution in the topics: Deep learning & Computer science. The organization has 709 authors who have published 622 publications receiving 3550 citations.

Look ahead carry adder using diode free adiabatic logic family

Abstract: Reduction in power dissipation is one of the major concerns for researchers in electronics industry. Carry look ahead adder is widely used for fast calculations but it dissipates lot of power due to which expensive cooling system has to be deployed. In this paper a 3-bit carry look ahead adder is implemented using diode free adiabatic logic which has much superior performance than CMOS circuits in terms of power dissipation and power delay product. The performance of the circuit is verified through simulations in Tanner EDA simulator using 180nm CMOS TSMC parameters. Higher energy efficiency is achieved in the proposed circuit.

Microcontroller based H2C future car

Abstract: This paper presents a microcontroller based Hydrogen fuel generation and control system for automobiles. It provides the mechanism to generate hydrogen as a fuel from abundantly present terrestrial resource water using electrolysis. This paper uses ATmega16 Microcontroller and its programming to generate and effectively utilize water as a fuel. This system is not only a hydrogen generation cell but it is an approach to increase dependency on use of environmental friendly energy resources and reduce dependency on carbon emission fuels and alternate fuels.

PFSCL Circuits with Reduced Gate Count

Abstract: A PFSCL gate is a single-level topology of source-coupled transistor pairs wherein a parallel combination of N-input transistors is coupled to a single transistor which is being driven by the gate output as a feedback connection.

Tri-state CML Circuits

Abstract: Tri-state circuits are the essential elements in bus organized systems such as high-performance processors, asynchronous transfer mode (ATM) crossbar switches, and programmable logic devices [1–4]. A tri-state gate assumes a high-impedance state in addition to high and low logic levels attained by a regular gate. An additional Enable signal is employed to achieve the desired functionality.

AI Improving the Lives of Physically Disabled

Abstract: Physical disability is one of the significant concerns that hamper individuals to access the web easily. Most of the physically disabled people cannot use technology because of the limitation of accessibility tools and techniques. It is required that the websites should be made compliant with the requirements of every citizen in a country; that’s why they should cater to the needs of the differently-abled citizens as well. Features have to be introduced in the websites so that they are easy to use, readily accessible, understandable, and convenient to everyone including best practices/standards and global innovation techniques. At times, accessibility is confused with providing solutions to disabled people, but the fact is accessibility is not only for differently-abled people, but it’s also there for everyone. The matter is every person needs accessibility and uses it when in need.