Parallel Computing: Technology and PracticeJonathan P. Gray, Fazel Naghdy IOS Press, 1995 - 300 lappuses The broadening of interest in parallel computing and transputers is reflected this book. Topics discussed include: concurrent programming; graphics and image processing; parallel applications; robotics; and control and software tools. The book also features a collection of abstracts of poster presentations. |
No grāmatas satura
1.–3. rezultāts no 43.
68. lappuse
... increases : increasing speed of devices requires increasing accuracy of simulation , increasing density of devices increases the number of node equations to be solved . With present day and future VLSI densities and speeds , sequential ...
... increases : increasing speed of devices requires increasing accuracy of simulation , increasing density of devices increases the number of node equations to be solved . With present day and future VLSI densities and speeds , sequential ...
95. lappuse
... increase with the increase in the size of the ANN . 4. Conclusions In Sections II and III it has been clearly established that in the present scheme the weights of the synaptic connections remain in the respective PEs and the outputs of ...
... increase with the increase in the size of the ANN . 4. Conclusions In Sections II and III it has been clearly established that in the present scheme the weights of the synaptic connections remain in the respective PEs and the outputs of ...
150. lappuse
... increase in the hardware results in the increase of complexities of the diagnostic procedure and the routing scheme . Furthermore , as more and more hardware is added to the system , the probability of failure of some component in the ...
... increase in the hardware results in the increase of complexities of the diagnostic procedure and the routing scheme . Furthermore , as more and more hardware is added to the system , the probability of failure of some component in the ...
Saturs
Preface J P Gray and F Naghdy | 1 |
Full Paper Presentations | 17 |
Transputer Support for Protocal Engine Design T S Chan | 40 |
Autortiesības | |
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Parallel Computing: Technology and Practice Jonathan P. Gray,Fazel Naghdy Ierobežota priekšskatīšana - 1995 |
Bieži izmantoti vārdi un frāzes
allocation application architecture block broadcast connection cells channel column communication compiler COMPLEX32 concurrent configuration convex hull data elements data mapping data transfer data types disk Distributed Computing DSMC efficient envelope environment ESC network event execution graph GUFL hardware host IEEE image processing implementation implicit surfaces initial input instruction interconnection network interface iteration language linear machine matrix memory method modules monitoring multiple multiprocessor N-queens problem neural network node object Occam operations output overhead packet parallel algorithm Parallel Computing Parallel Processing parallel programming parameters partitioning path performance polygonization priority queue problem protocol queens receiver reconfigurable mesh redundancy scheme sender sequence sequential SIMD simulation solution spanning tree sparse matrix step structure subimages synchronous systolic array task technique thread topology TPVM transputer transputer array University of Wollongong update upper hull variable vector vertex vertices Xputer