This paper examines the computing power of optical parallel computer systems. We consider t proposed Array of Processors with optical Pipelined Buses (APPB) in particular, where processc communicate with each other via a spanning optical bus. APPB allow simultaneous access by multi] processors to the optical bus through message pipelining, thus overcoming the bottlenecks caused exclusive access when employing electronic buses. We give an overview of this model of paral computation, and then examine the computing power of APPB by demonstrating its capability to efficien emulate the CRCW PRAM model. We show that an APPB is almost as powerful as a CRCW PRAM. Tl is, an APPB can emulate a CRCW PRAM with only a small degradation in time performan...
In this doctoral research, we propose several novel protocols and topologies for the interconnection...
[[abstract]]The power of a computation model usually indicates how fast a problem can be solved unde...
Optical technology offers simple interconnection schemes with straightforward layouts that support c...
Two synchronous multiprocessor architectures based on pipelined optical bus interconnections are pre...
Parallel processing systems require interconnections capable of handling high data rates in order to...
New national security demands require enhanced computing systems for nearly ab initio simulations of...
Abstract. We present fast and highly scalable parallel computations for a number of important and fu...
[[abstract]]A processor array with a reconfigurable bus system (abbreviated to PARBS) is a computati...
Speedups due to technological advances in solid state electronic design are reaching theoretical lim...
Digital all‐optical parallel computing is an important research direction and spans conventional dev...
Due to the unidirectional nature of propagation and predictable delays, optically pipelined buses ha...
With the ever-increasing need to solve larger and more complex problems, multiprocessing is attracti...
The Reconfigurable Array with Spanning Optical Buses (RASOB) has recently received a lot of attentio...
This thesis examines how optics can be used in general purpose parallel computing systems. Two ba...
Singular value decomposition (SVD) is used in many applications such as real-time signal processing ...
In this doctoral research, we propose several novel protocols and topologies for the interconnection...
[[abstract]]The power of a computation model usually indicates how fast a problem can be solved unde...
Optical technology offers simple interconnection schemes with straightforward layouts that support c...
Two synchronous multiprocessor architectures based on pipelined optical bus interconnections are pre...
Parallel processing systems require interconnections capable of handling high data rates in order to...
New national security demands require enhanced computing systems for nearly ab initio simulations of...
Abstract. We present fast and highly scalable parallel computations for a number of important and fu...
[[abstract]]A processor array with a reconfigurable bus system (abbreviated to PARBS) is a computati...
Speedups due to technological advances in solid state electronic design are reaching theoretical lim...
Digital all‐optical parallel computing is an important research direction and spans conventional dev...
Due to the unidirectional nature of propagation and predictable delays, optically pipelined buses ha...
With the ever-increasing need to solve larger and more complex problems, multiprocessing is attracti...
The Reconfigurable Array with Spanning Optical Buses (RASOB) has recently received a lot of attentio...
This thesis examines how optics can be used in general purpose parallel computing systems. Two ba...
Singular value decomposition (SVD) is used in many applications such as real-time signal processing ...
In this doctoral research, we propose several novel protocols and topologies for the interconnection...
[[abstract]]The power of a computation model usually indicates how fast a problem can be solved unde...
Optical technology offers simple interconnection schemes with straightforward layouts that support c...