Journal ArticleEfficiently executing multithreaded applications on future multicores will require fast intercore communication. Most of this communication happens via reads and writes to large shared caches in the memory hierarchy. Microprocessor performance and power will be strongly influenced by the long interconnects that must be traversed to access a cache bank. The coming decade will likely see many innovations to the multicore cache hierarchy: policies for data placement and migration, logical and physical cache reconfiguration, optimizations to the on-chip network fabric, and so on
Thesis (Ph. D.)--University of Rochester. Dept. of Computer Science, 2010.CMOS scaling trends allow ...
The issue of the power wall has had a drastic impact on many aspects of system design. Even though f...
Ever since industry has turned to parallelism instead of frequency scaling to improve processor perf...
Journal ArticleThe ever increasing sizes of on-chip caches and the growing domination of wire delay...
The demand for a powerful memory subsystem is increasing with increase in the number of cores in a m...
A large fraction of on-chip multicore inter-connect traffic originates not from actual data transfer...
Today, chip ASIC, PLD and FPGA technology has created opportunities for researchers to design and ma...
To meet the growing computation-intensive applications and the needs of low-power, high-performance ...
Journal ArticleA significant part of future microprocessor real estate will be dedicated to L2 or L3...
As the performance gap between processors and main memory continues to widen, increasingly aggressiv...
Many-core chip multiprocessor offers high parallel processing power for big data analytics; however,...
Microprocessor industry has converged on chip multiprocessor (CMP) as the architecture of choice to ...
Today's compute node architectures leverage impressive performance by offering more parallel resourc...
Journal ArticleCache hierarchies in future many-core processors are expected to grow in size and co...
to our family to Jasmine to Kivanc where you are, is paradiseiii iv We stand on the cusp of the giga...
Thesis (Ph. D.)--University of Rochester. Dept. of Computer Science, 2010.CMOS scaling trends allow ...
The issue of the power wall has had a drastic impact on many aspects of system design. Even though f...
Ever since industry has turned to parallelism instead of frequency scaling to improve processor perf...
Journal ArticleThe ever increasing sizes of on-chip caches and the growing domination of wire delay...
The demand for a powerful memory subsystem is increasing with increase in the number of cores in a m...
A large fraction of on-chip multicore inter-connect traffic originates not from actual data transfer...
Today, chip ASIC, PLD and FPGA technology has created opportunities for researchers to design and ma...
To meet the growing computation-intensive applications and the needs of low-power, high-performance ...
Journal ArticleA significant part of future microprocessor real estate will be dedicated to L2 or L3...
As the performance gap between processors and main memory continues to widen, increasingly aggressiv...
Many-core chip multiprocessor offers high parallel processing power for big data analytics; however,...
Microprocessor industry has converged on chip multiprocessor (CMP) as the architecture of choice to ...
Today's compute node architectures leverage impressive performance by offering more parallel resourc...
Journal ArticleCache hierarchies in future many-core processors are expected to grow in size and co...
to our family to Jasmine to Kivanc where you are, is paradiseiii iv We stand on the cusp of the giga...
Thesis (Ph. D.)--University of Rochester. Dept. of Computer Science, 2010.CMOS scaling trends allow ...
The issue of the power wall has had a drastic impact on many aspects of system design. Even though f...
Ever since industry has turned to parallelism instead of frequency scaling to improve processor perf...