PARLE '94: Parallel Architectures and Languages Europe : 6th International PARLE Conference, Athens, Greece, July 4-8, 1994 : ProceedingsCostas Halatsis Springer-Verlag, 1994 - 836 lappuses "This volume presents the proceedings of the 5th International Conference Parallel Architectures and Languages Europe (PARLE '94), held in Athens, Greece in July 1994. PARLE is the main Europe-based event on parallel processing. Parallel processing is now well established within the high-performance computing technology and of stategic importance not only to the computer industry, but also for a wide range of applications affecting the whole economy. The 60 full papers and 24 poster presentations accepted for this proceedings were selected from some 200 submissions by the international program committee; they cover the whole field and give a timely state-of-the-art report on research and advanced applications in parallel computing."--PUBLISHER'S WEBSITE. |
No grāmatas satura
1.–3. rezultāts no 79.
223. lappuse
... paths of R ( T ; ) for j = 1 , 2 , ... , i , which is described as follows . For an incomplete directed path Q1 that is di- rected from Vo in G , a route Q [ 1 ] is called a T + 1 - compatible derivation of Q1 provided that : ( 1 ) Q ...
... paths of R ( T ; ) for j = 1 , 2 , ... , i , which is described as follows . For an incomplete directed path Q1 that is di- rected from Vo in G , a route Q [ 1 ] is called a T + 1 - compatible derivation of Q1 provided that : ( 1 ) Q ...
306. lappuse
... path is set up for a complete message transfer . Therefore , after the communication path is established , no link resource contention can occur during the message transmission . Wormhole routing also establishes a communication path ...
... path is set up for a complete message transfer . Therefore , after the communication path is established , no link resource contention can occur during the message transmission . Wormhole routing also establishes a communication path ...
592. lappuse
... path of the task DAG from the start node . If there is more than one critical path , choose any one . 2. Assign tasks on the chosen critical path to the same processor node . ◇ Mark these tasks as assigned , and update processor load ...
... path of the task DAG from the start node . If there is more than one critical path , choose any one . 2. Assign tasks on the chosen critical path to the same processor node . ◇ Mark these tasks as assigned , and update processor load ...
Saturs
Improved Probabilistic Routing on Generalized Hypercubes | 1 |
Efficient Communication in the Folded Petersen Interconnection Networks | 25 |
P Lincoln N MartíOliet J Meseguer L Ricciulli | 49 |
Autortiesības | |
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PARLE '94 Parallel Architectures and Languages Europe: 6th International ... Costas Halatsis Ierobežota priekšskatīšana - 1994 |
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Abstract and-goal application architecture array assignment block broadcasting cache cell compiler Computer Science concurrent data tiles defined delay denote dependence Distributed Computing distributed memory distributed shared memory dynamic edge efficient elements evaluation example execution Figure function garbage collector graph rewriting heuristic hypercube hypergrid IEEE implementation interconnection network iterations language latency Lemma load balancing loop machine mapping matrix mesh MIMD/SIMD multiple multiprocessor node number of processors operation optimal output overhead packets parallel algorithms Parallel and Distributed parallel computer parallel program partitioning performance Petersen graph Petri net phase polynomial priority priority queue problem Proc protocol queue reduce reference rewrite rules routing scheduling scheme Section sequence sequential shared memory SIMD simulation single node speedup step strategy structure synchronization task graph technique Theorem threads topology tree updated variables vector vertical virtual channels visualization