Все материалы

http://community.sk.ru/net/1110120/b/news/archive/2013/10/06/kompaniya-ruchip-2013.aspx

RuChip is developing the SMP version of its GOYA core.

This architecture extension is based on a snooping mechanism that exploits the well know MESI protocol, with the aim to leverage the current GOYA implementation and adding to it the capability to support an SMP sub-systems or more simply just to support cache coherency. The target is SoC platforms with a small number of processors that share a coherent memory address space.

The approach described in this document is based on memory coherency managed at the L1 data cache interface with an option of an L2 cache shared between processors to maximize the expected benefits in terms of latency and bandwidth saving/traffic reduction on the system bus, but leaving the choice to use whatever memory hierarchy free for the SoC architect to make. The snooping interconnect defined here can be applied unchanged to different memory hierarchies, the snooping mechanism will remain the same. For example, a coherent multi level private cache subsystem will add complexity to the cache controllers but the unit which manages memory coherency will not be affected by it. This is a desirable property that allows this approach and a big part of the design that’ll come with it to be leveraged for future spins of the GOYA architecture.

http://community.sk.ru/net/1110120/b/news/archive/2013/04/06/goya-smp-core.aspx

http://community.sk.ru/net/1110120/b/news_en/archive/2013/08/10/goya--the-first-processor-of-the-ruchip-company--is-being-calculated-in-cadence-encounter.aspx

“GOYA” First Stage Prototype Scheme (Prototype 2013-2014)

http://ruchip.com/goya_iss/

juniper_SRX_NAT.pdf

The Next Generation of Healthcare:　Personal Connected Health & Wellness
Shinsuke Tagami

Connected health.pdf

Paananen_Anna.pdf

learning_google.ppt

learning_facebook.ppt