Sentence examples for computer architectures with from inspiring English sources
It takes advantage of modern computer architectures with large amounts of cheap memory, by using discrete representations of probability distribution functions.
We implement the reduced grid model for parallel computer architectures with two-dimensional domain decomposition and message passing, with speedup results similar to those of the original model.
This talk will discuss research challenges and potential solutions, with particular focus on two projects at Berkeley, PRET (which is developing computer architectures with temporal semantics) and PTIDES (which provides a programming model for distributed real-time systems).
We introduce CASL, the CoGenT Architecture Specification Language, a mixed behavioral structure architecture description language designed to facilitate fast-prototyping and tool generation for computer architectures with deep pipelines and complicated timing.
They pioneered a "a systematic, quantitative approach to the design and evaluation of computer architectures with enduring impact on the microprocessor industry" that led to faster, more energy efficient microprocessors called reduced instruction set computer (RISC) microprocessors, which are used in 99% of modern microprocessors.
A cellular quantum computer architecture with two qbits per cell is presented.
Hajjar: In my second semester, I took "Unix/Linux Systems Programming" with Bruce Molay and "Computer Architecture" with James Frankel.
The key insight was to shift focus from inventing new technologies approximating the brain's neurons and synapses to inventing a new computer architecture with existing chip technology, which can then serve as a beacon for future technology development.
He has published multiple technical papers and books, and holds 24 U.S. and international patents in the fields of security, software and computer architecture, with another roughly 20 patents pending.
The speed up from blocking and vectorisation is dependent on the computer architecture, with the range of potential improvements shown for two architectures in this paper.
Professor Albonesi works in the area of computer architecture, with an emphasis on adaptive and reconfigurable multi-core and processor architectures, power- and reliability-aware computing, and high performance interconnect architectures using silicon nanophotonics.
