Abstract—The main contribution of this work is to propose an efficient parallel prefix sums architecture based on the recently-developed technique of shift switching with domino logic, where the charge/discharge signals propagate along the switch chain producing semaphores in a network that is fast and highly hardware- ...
The main contribution of this work is to propose an efficient parallel prefix sums architecture based on the recently-developed technique of shift switching ...
The main contribution of this work is to propose an efficient parallel prefix sums architecture based on the recently-developed technique of shift switching ...
The main contribution of this work is to propose an efficient parallel prefix sums architecture based on the recently-developed technique of shift switching ...
We propose an efficient reconfigurable parallel prefix counting network based on the recently-proposed technique of shift switching with domino logic, ...
We propose an efficient reconfigurable parallel prefix counting network based on the recently-proposed tech- nique of shift switching with domino logic, ...
Abstract We propose an efficient reconfigurable parallel prefix counting network based on the recently-proposed technique of shift switching with domino ...
We propose an efficient reconfigurable parallel prefix counting network based on the recently-proposed technique of shift switching with domino logic, where the ...
We propose an efficient reconfigurable parallel prefix counting network based on the recently-proposed technique of shift switching with domino logic, ...
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This paper presents a novel parallel prefix sum algorithm on n numbers by p processors that is more efficient and easy-scalable than Blelloch's classic ...