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Dive into the research topics where Jeffrey Meng Wah Chan is active.

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Featured researches published by Jeffrey Meng Wah Chan.


international symposium on microarchitecture | 2000

The MAJC architecture: a synthesis of parallelism and scalability

Marc Tremblay; Jeffrey Meng Wah Chan; Shailender Chaudhry; A.W. Conigliam; S.S. Tse

The MAJC architecture enhances application performance by exploiting parallelism at multiple levels-instruction, data, thread, and process. Supporting vertical multithreading, speculative multithreading, and chip multiprocessors, the scalable VLIW architecture is also capable of advanced speculation and predication and treats all data types similarly.


Archive | 2003

Decompression bit processing with a general purpose alignment tool

Subramania Sudharsanan; Jeffrey Meng Wah Chan; Marc Tremblay


Archive | 1998

Partially executing a pending atomic instruction to unlock resources when cancellation of the instruction occurs

Jeffrey Meng Wah Chan; Marc Tremblay


Archive | 2000

Converting an arbitrary fixed point value to a floating point value

Subramania Sudharsanan; Jeffrey Meng Wah Chan; Michael F. Deering; Marc Tremblay; Scott R. Nelson


Archive | 1999

Compressing and decompressing graphics data using gosub-type instructions and direct and indirect attribute settings

Michael F. Deering; Marc Tremblay; Jeffrey Meng Wah Chan


Archive | 1999

Graphics system with just-in-time decompression of compressed graphics data

Michael F. Deering; Marc Tremblay; Jeffrey Meng Wah Chan


Archive | 2002

Addressable output buffer architecture

Jeffrey Meng Wah Chan


Archive | 1999

Sending both a load instruction and retrieved data from a load buffer to an annex prior to forwarding the load data to register file

Marc Tremblay; Jeffrey Meng Wah Chan; Subramania Sudharsanan; Sharada Yeluri; Biyu Pan


Archive | 2000

Method of producing a sequence of triangles from a vertex raster with and without half resolution edges while decompressing a compressed geometry stream

Jeffrey Meng Wah Chan


Archive | 2000

DECOMPRESSION OF THREE-DIMENSIONAL GRAPHICS DATA USING MESH BUFFER REFERENCES TO REDUCE REDUNDANCY OF PROCESSING

Michael F. Deering; Marc Tremblay; Jeffrey Meng Wah Chan

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