Diagnostics software for analyzing Algorithm to Architecture Mapping Model (ATAMM) based concurrent processing systems is presented. ATAMM is capable of modeling the execution of large grain algorithms on distributed data flow architectures. The tool graphically displays algorithm activities and processor activities for evaluation of the behavior and performance of an ATAMM based system. The tool's measurement capabilities indicate computing speed, throughput, concurrency, resource utilization, and overhead. Evaluations are performed on a simulated system using the software tool. The tool is used to estimate theoretical lower bound performance. Analysis results are shown to be comparable to the predictions
A graph-theoretic design process and software tool is presented for selecting a multiprocessing sche...
The state of the art of system analysis is reviewed, emphasizing data management. Analytic, hardware...
Applications may have unintended performance problems in spite of compiler optimizations, because of...
The algorithm to architecture mapping model (ATAAM) is a Petri net based model which provides a stra...
Algorithm To Architecture Mapping Model (ATAMM) is a new marked graph model from which the rules for...
The development of a new graph theoretic model for describing the relation between a decomposed algo...
ATAMM (Algorithm To Architecture Mapping Model) enhancement and multiprocessor performance evaluatio...
The analytical model for resource utilization and the variable node time and conditional node model ...
The modeling and design of a fault-tolerant multiprocessor system is addressed. In particular, the b...
Teams of scientists studied data flow concepts, static data flow machine architecture, and the VAL l...
This paper discusses a methodology for diagnosing performance problems for parallel and distributed ...
Improved multiprocessor performance can be attained by architectures that combine data flow and cont...
Execution of course grain parallel programs in PC clusters promises super-computer performance in lo...
A distributed memory concurrent computer (such as a hypercube computer) is inherently a complex syst...
AbstractA characterization study of analyzing dynamic instruction traces to characterize program par...
A graph-theoretic design process and software tool is presented for selecting a multiprocessing sche...
The state of the art of system analysis is reviewed, emphasizing data management. Analytic, hardware...
Applications may have unintended performance problems in spite of compiler optimizations, because of...
The algorithm to architecture mapping model (ATAAM) is a Petri net based model which provides a stra...
Algorithm To Architecture Mapping Model (ATAMM) is a new marked graph model from which the rules for...
The development of a new graph theoretic model for describing the relation between a decomposed algo...
ATAMM (Algorithm To Architecture Mapping Model) enhancement and multiprocessor performance evaluatio...
The analytical model for resource utilization and the variable node time and conditional node model ...
The modeling and design of a fault-tolerant multiprocessor system is addressed. In particular, the b...
Teams of scientists studied data flow concepts, static data flow machine architecture, and the VAL l...
This paper discusses a methodology for diagnosing performance problems for parallel and distributed ...
Improved multiprocessor performance can be attained by architectures that combine data flow and cont...
Execution of course grain parallel programs in PC clusters promises super-computer performance in lo...
A distributed memory concurrent computer (such as a hypercube computer) is inherently a complex syst...
AbstractA characterization study of analyzing dynamic instruction traces to characterize program par...
A graph-theoretic design process and software tool is presented for selecting a multiprocessing sche...
The state of the art of system analysis is reviewed, emphasizing data management. Analytic, hardware...
Applications may have unintended performance problems in spite of compiler optimizations, because of...