The efficient solution of a large problem on a small systolic array requires good partitioning techniques to split the problem into subproblems that fit the array size.Peer Reviewe
Existing partitioning algorithms provide limited support for load balancing simulations that are per...
Abstract — Modern processors have a small on-chip local memory for instructions. Usually it is in th...
Existing partitioning algorithms provide limited support for load balancing simulations that are per...
The efficient solution of a large problem on a small systolic array requires good partitioning techn...
A systematic method to map systolizable problems onto multicomputers is presented in this paper. A s...
Extending the projection method for the synthesis of systolic arrays, we present a procedure for the...
A systematic method to m q systolizable proMems onto multicomputers is presented in this paper. A sy...
Processor arrays can be used as accelerators for a plenty of data flow-dominant applications. The ex...
In system-level design, applications are represented as task graphs where tasks (called nodes) have ...
The task-to-processor mapping problem is addressed in the context of a local-memory multiprocessor w...
Partitioning a system's functionality among interacting hardware and software components is an impor...
There is a trend towards using accelerators to increase performance and energy efficiency of general...
In this paper we present a systematic method for mapping systolizable problems onto Distributed Memo...
Parallel computing hardware is affordable and accessible, yet parallel programming is not as widespr...
Abstract Existing partitioning algorithms provide limited support for load balancing simulations tha...
Existing partitioning algorithms provide limited support for load balancing simulations that are per...
Abstract — Modern processors have a small on-chip local memory for instructions. Usually it is in th...
Existing partitioning algorithms provide limited support for load balancing simulations that are per...
The efficient solution of a large problem on a small systolic array requires good partitioning techn...
A systematic method to map systolizable problems onto multicomputers is presented in this paper. A s...
Extending the projection method for the synthesis of systolic arrays, we present a procedure for the...
A systematic method to m q systolizable proMems onto multicomputers is presented in this paper. A sy...
Processor arrays can be used as accelerators for a plenty of data flow-dominant applications. The ex...
In system-level design, applications are represented as task graphs where tasks (called nodes) have ...
The task-to-processor mapping problem is addressed in the context of a local-memory multiprocessor w...
Partitioning a system's functionality among interacting hardware and software components is an impor...
There is a trend towards using accelerators to increase performance and energy efficiency of general...
In this paper we present a systematic method for mapping systolizable problems onto Distributed Memo...
Parallel computing hardware is affordable and accessible, yet parallel programming is not as widespr...
Abstract Existing partitioning algorithms provide limited support for load balancing simulations tha...
Existing partitioning algorithms provide limited support for load balancing simulations that are per...
Abstract — Modern processors have a small on-chip local memory for instructions. Usually it is in th...
Existing partitioning algorithms provide limited support for load balancing simulations that are per...
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