[Colloq] Colloquium Speaker- Wednesday @ Noon

[Chantal Cardona]

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*College** of **Computer** and Information Science Colloquium*

 

Presents:

*Xinping Zhu*

*ECE Northeastern University*

 

Who will speak on:

*Design and Simulation of Multi-Core System-on-Chips*

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*/Wednesday, October 26, 2005/**//*

*/12:00Noon/*

*/366 West Village H/*

*/Northeastern University/*

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_Abstract_:

Recent years have seen a proliferation of complex System-on-Chips (SoCs) 
that are composed of multiple processor cores. These multi-core based 
systems promise to deliver more computation power to the end users.

In this talk, I will introduce a retargetable simulation framework where 
SoC designs, including the on-chip networks, can be constructed easily 
and evaluated efficiently and faithfully. The modeling and simulation 
platform is based on an existing formal concurrency model, the Operation 
State Machine (OSM). Coupled with existing Processor Element (PE) 
models, this framework is capable of synthesizing a multiprocessor 
cycle-accurate SoC simulator from a system-level description. 
Experimental results show that this framework can significantly reduce 
the design turn around time and improve design reuse in the early stages 
of SoC design.

Looking forward, we are exploring various hardware and software design 
issues to make the multi-core based SoCs more reliable and efficient. We 
see the multi-core SoC as an ideal platform where innovative system 
research can be experimented on.

_Bio_:

Xinping Zhu is an assistant professor in the Department of Electrical 
and Computer Engineering of Northeastern University. He received his 
Ph.D. in Electrical Engineering from Princeton University in 2005. He 
obtained his B.S.E. degree in Automation from Tsinghua University, 
Beijing, in 1999. His research focuses on developing modeling and 
simulation tools for advanced multiprocessing general purpose and 
embedded processors.**