By Thaddeus J. Kowalski
Ebook via Kowalski, Thaddeus J.
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Regardless of the fabulous breakthroughs of the semiconductor undefined, the power to layout built-in circuits lower than stringent time-to-market necessities is lagging at the back of integration skill, up to now preserving speed with nonetheless legitimate MooreвЂ™s legislations. The ensuing hole is threatening with slowing down one of these extra special development.
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Useful verification continues to be one of many unmarried largest demanding situations within the improvement of advanced system-on-chip (SoC) units. regardless of the creation of successive new applied sciences, the space among layout power and verification self belief keeps to widen. the most important challenge is that those various new applied sciences have ended in a proliferation of verification aspect instruments, such a lot with their very own languages and methodologies.
This thesis describes the physics and computational points of an end-to-end simulator to foretell the functionality of a Space-based a ways Infrared Interferometer. the current thesis additionally comprises, the technological know-how functions and instrumental state-of-the paintings. The latter is the formidable subsequent step which the Far-Infrared Astrophysical neighborhood must take to enhance in any respect at the result of the newest and present house telescopes during this wavelength quarter.
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This information is utilized to apply the clock-gating at an appropriate place. The power model is integrated with untimed transaction-level test/application environment, which is shown to be 2–3 orders of magnitude faster than the state-of-the-art RTL power estimation techniques. This helps in analyzing more power reduction opportunities and helps in putting the appropriate granularity of clock-gating. This can also serve as a basis of applying estimation-guided reduction for other optimizations such as sequential clock-gating, operand isolation, memory gating.
It is basically a library of C++ classes that allows RTL as well as high-level modeling using hardware-oriented constructs. Various high-level synthesis tools which take such C-like HDLs as input have also been proposed . Forte’s Cynthesizer  and Celoxica’s Agility Compiler  are examples of tools which provide synthesis path from high-level SystemC models to RTL. Mentor’s Catapult  is a high-level synthesis tool that uses ANSI-C++ to generate RTL code. PICO Express by Synfora  synthesizes G.
An HTG is a directed acyclic graph having three types of nodes: (1) single nodes which are non-hierarchical nodes and are used to encapsulate basic blocks; (2) compound nodes which have sub-nodes and are used to represent constructs such as if–then–else blocks, switch-case blocks, or a series of HTGs; and (3) loop nodes which are used to represent various loops such as for, do–while. Loop nodes consist of a loop head and a loop tail that are single nodes and a loop body that is a compound node.