By Gaurav Singh
Low energy Synthesis from Concurrent Action-Oriented necessities Gaurav Singh Sandeep okay. Shukla This ebook introduces novel suggestions for producing low-power from a high-level description of a layout when it comes to Concurrent Action-Oriented requisites (CAOS). It additionally describes novel suggestions for formal verification of such designs. it is going to give you the readers with definitions of varied strength optimization and formal verification difficulties regarding CAOS-based synthesis, beneficial history strategies, suggestions to generate in accordance with the design’s strength necessities, and distinct experimental effects received by way of utilizing the thoughts brought on lifelike designs. •Presents distinctive research of varied energy optimization difficulties linked to high-level synthesis, in addition to novel concepts for lowering energy intake of designs at a better point of abstraction; •Discusses numerous formal verification concerns linked to synthesizing diverse attainable types of a layout (differing of their latency, quarter, and/or energy consumption); •Includes exact experimental effects acquired by way of making use of the concepts brought on benchmark designs.
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Additional info for Low Power Hardware Synthesis from Concurrent Action-Oriented Specifications
In the second part of this book, we investigate various verification problems relevant to CAOS-based designs and propose techniques to solve those problems at a level of abstraction above RTL. Those techniques can be used for the verification of various power-minimized designs generated using the techniques proposed in this book. This involves verification of the desired properties of a CAOS-based design as well as comparing behaviors of various implementations of a CAOS-based design differing in their scheduling of actions.
The scheduling, allocation, and binding phases can be performed in different orders. Performing scheduling before allocation and binding allows the synthesis process to do efficient sharing of various hardware resources based on the compatibility and scheduling of different operations. On the other hand, performing allocation and binding before scheduling allows the synthesis process to schedule various operations based on the interconnection delays. Also, instead of performing each phase separately, two or more phases can also be performed concurrently at the cost of increase in the complexity of the synthesis process.
Thus, for a high-level synthesis methodology to be successful, it should be able to efficiently address these concerns. In addition, power consumption of the generated designs has begun to be another important criteria affecting the viability of a synthesis process. The two main contributing factors making low power consumption of a design an important factor are the following: 1. The pervasive use of personal computing devices (such as portable systems and multimedia products) and wireless communications systems (such as personal digital assistant) having limited battery life makes power management essential for their prolonged operation.