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Surviving the SOC Revolution: A Guide to Platform-Based Design
TLDR
This work focuses on the development of an Integration Platform for System-on-Chip Design (SOC) and the design of software design in SOCs.
Surviving the SOC Revolution
TLDR
The abstract VC models should be a combination of architectural delay equations, appropriate for the class of VC block, and resource contention models for shared resources, such as buses and processors.
Winning the SoC revolution : experiences in real design
1. The History of the SoC Revolution.- 2. SoC Design Methodologies.- 3. Non-Technical Issues In SoC Design.- 4. The Philips Nexperia Digital Video Platform.- 5. The Tiomap&(TM) Platform Approach To
Design of mixed-signal systems-on-a-chip
TLDR
This paper presents many of the issues that act to complicate the development of large single-chip MS systems and how CAD systems are expected to develop to overcome these issues.
A Top-down, Constraint-Driven Design Methodology for Analog Integrated Circuits
TLDR
A top-down, constraint-driven design methodology for analog integrated circuits and some of the tools that support this methodology are described, including behavioral simulation tools, tools for physical assembly, and module generators.
A video driver system designed using a top-down, constraint-driven methodology
TLDR
This paper presents the complete design flow for a video driver system, where a jitter constraint is imposed at the system level and then propagated hierarchically to the circuit blocks and layout, using behavioral modeling and simulation.
A video driver system designed using a top-down, constraint-driven methodology
TLDR
This paper presents the complete design flow for a video driver system, where a jitter constraint is imposed at the system level and then propagated hierarchically to the circuit blocks and layout, using behavioral modeling and simulation.
Winning the SoC Revolution
Verification of Complex Analog and RF IC Designs
TLDR
This paper presents a systematic approach to A/RF verification, the concept of an analog verification engineer, how to establish the methodology, and concludes with an example.
Top-down, constraint-driven design methodology based generation of a second order /spl Sigma/-/spl Delta/ A/D converter
TLDR
A complete design flow is presented to illustrate this top-down, constraint-driven design methodology as it applies to the design of a second order sigma-delta (/spl Sigma/-/spl Delta/) analog-to-digital (A/D) converter.
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