By Tim Kogel
ISBN-10: 1402048254
ISBN-13: 9781402048258
ISBN-10: 1402048262
ISBN-13: 9781402048265
Built-in System-Level Modeling of Network-on-Chip Enabled Multi-Processor systems first offers a complete replace on fresh advancements within the sector of SoC systems and ESL layout methodologies. the most contribution is the rigorous definition of a framework for modeling on the timing approximate point of abstraction. accordingly this ebook provides a collection of instruments for the production and exploration of timing approximate SoC platform versions.
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Extra resources for Integrated System-Level Modeling of Network-on-Chip enabled Multi-Processor Platforms
Sample text
Rate based flow control has to be implemented by the transfer layer and potentially suffers from instability due to long control loops. In mature network research [71] a wide variety of principles and algorithms are known to solve these issues. For the concrete NoC application space the challenge lies in finding a balance between the services quality and their implementation complexity and cost [67]. 4 differ significantly in terms of cost, performance, QoS and ISO/OSI compliance. Except for the Philips AEthereal NoC, so far only little details about the employment and implementation of networking principles are published.
Rate based flow control: the sender gradually adjusts the traffic generation rate in response to control flow messages from the receiver. Rate based flow control has to be implemented by the transfer layer and potentially suffers from instability due to long control loops. In mature network research [71] a wide variety of principles and algorithms are known to solve these issues. For the concrete NoC application space the challenge lies in finding a balance between the services quality and their implementation complexity and cost [67].
3, the transport layer is the first to provide services, which are independent of the implementation of the network [69]. This enables the platform programmer to develop embedded software independently from the interconnect architecture. This is a key ingredient in tackling the challenge of decoupling the computation from communication [66],[70]. By that, interaction 28 Integrated System-Level Modeling with the network becomes deterministic, rather than prognostic or reactive like in today’s bus based communication architectures.
Integrated System-Level Modeling of Network-on-Chip enabled Multi-Processor Platforms by Tim Kogel
by James
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