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Details

Name Rajit Manohar
Groups Cornell University
Locations New York, United States
Related Organizations: None
Department None
Title None
Website None
 

Projects

Project Zero-Delay Wakeup for Power-Gated Circuits

A new “zero-delay” latency hiding wakeup technique for power gated asynchronous circuits was developed that leverages

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Primary: Cornell University
Date posted: May 25, 2012
Project Low-Power Double-Precision Floating-Point Adder and Multiplier

The first detailed design and implementation of an asynchronous, low-power, double-precision floating-point adder (FPA) and

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Primary: Cornell University
Date posted: May 25, 2012
Project Energy-Efficient Pipeline Templates for High-Performance Asynchronous Circuits

Two energy-efficient pipeline templates for high-throughput asynchronous circuits were developed that greatly minimize handshake circuitry

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Primary: Cornell University
Date posted: Jul 23, 2012
Project Dynamic Thermal Management in Asynchronous Circuits

A novel scheme to automatically regulate the performance and power consumption of asynchronous circuits with minimal

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Primary: Cornell University
Date posted: Jul 25, 2012
Project Processing Element Optimized for Event-Driven Applications

This invention provides an event-driven processor architecture that can be used as a sensor node processor

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Primary: Cornell University
Date posted: Jul 25, 2012
Project Scalable Method for Discrete-Event Simulation on Parallel Machines

This invention relates to a new event synchronization protocol called time-based synchronization, suited for parallel discrete

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Primary: Cornell University
Date posted: Jul 25, 2012
Project Asynchronous Analog-to-Digital Converter

Researchers at Cornell University have developed a novel asynchronous analog-to-digital converter (ADC) that uses significantly less

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Primary: Cornell University
Date posted: Jul 25, 2012
Project Low-power GPS Processor

The technology is an asynchronous GPS baseband processor architecture that minimizes power consumption while providing

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Primary: Cornell University
Date posted: Nov 20, 2012
Project Tool for Automated Layout of Asynchronous Circuits

A software tool was designed for automating the physical design of arbitrary digital asynchronous circuits, eliminating

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Primary: Cornell University
Date posted: May 22, 2013