Software parallelismMeta-modelsAlternative Process ModelsProcess DesigningComputing techniques like Cloud computing demand for very high level of parallelism, which has been achieved at hardware level through advancements in Computer Architecture. However to exploit the maximum benefits of the hardware ...
Recently many computer architectures that combine a reconfigurable coprocessor with a general-purpose microprocessor have been proposed. These architectures are designed to exploit large amount of fine grain parallelism in applications. ... A Tiwari,OhioLINK Electronic Theses and Disserations Center 被引量...
The current developments in programming software make the applied parallelism available to the user in terms of processing and communication constructs. This requires that the user must design and implement any application that must be executed by the system. This whole process requires that users ...
A particular pattern of parallelism. Performance via Prediction: Guessing and starting work rather than until knowing for sure. Assume recovering from misprediction is not expensive and prediction is relatively accurate. Hierarchy of Memories: Different memory techniques have different efficience and price,...
From machine automation to deep learning model development to embedded systems software design, computer science applications are evolving faster than ever. Faced with a growing number of compute architectures, software developers must be ready to leverage data parallelism and heterogenous programming to de...
Design your system by components, and provide means for them to intercommunicate. On any system, components communication looks as next (parallelism was left out for simplicity purposes): This resembles a manufacturing line, where products get built as they move from step to step: ...
Discusses and highlights the "Eight Great Ideas" of computer architecture: Performance via Parallelism; Performance via Pipelining; Performance via Prediction; Design for Moore's Law; Hierarchy of Memories; Abstraction to Simplify Design; Make the Common Case Fast; and Dependability via Redundancy. ...
Portability is attained by ignoring the target architecture as much as possible. Parallel Performance Portability is much more difficult than sequential portability. The lack of parallel software portability is mainly because high-speed computers support parallelism in many different forms, such as ...
Book2015,High Performance Parallelism Pearls PaulPeltz, ...KarlSchulz Explore book User software environment The heterogeneous environment on Beacon provides for a special set of challenges when installing software for the user. Fortunately, over the course of development of the Beacon system, both loc...
The StreamIt programming model has been proposed to exploit parallelism in streaming applications on general purpose multi-core architectures. This model a... Udupa,Abhishek,Govindarajan,... 被引量: 134发表: 2009年 Monitoring software pipeline performance on a network on chip Software pipelining on ...