Simulation Digest, Volumes 21-22ACM Special Interest Group on Simulation, 1990 - Computer simulation |
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Page 50
... supercomputer systems . The intro- duction provides a high - level description of the type of system to which the simulation and analysis techniques ... Supercomputer Operating System Components Supercomputer 1 System Control Language 50.
... supercomputer systems . The intro- duction provides a high - level description of the type of system to which the simulation and analysis techniques ... Supercomputer Operating System Components Supercomputer 1 System Control Language 50.
Page 51
Multiple Supercomputer Operating System Components Supercomputer 1 System Control Language Interpreter Scheduler Spoolers Shared Queues in Shared Memory Task Queue Input / Output Queues Figure 2. All the supercomputers access the task ...
Multiple Supercomputer Operating System Components Supercomputer 1 System Control Language Interpreter Scheduler Spoolers Shared Queues in Shared Memory Task Queue Input / Output Queues Figure 2. All the supercomputers access the task ...
Page 52
Supercomputers As explained in the system description , two types of code execute on the supercomputers : multiprocessor and scalar . The majority of the processing in the multiple supercomputer systems simulated by the authors is ...
Supercomputers As explained in the system description , two types of code execute on the supercomputers : multiprocessor and scalar . The majority of the processing in the multiple supercomputer systems simulated by the authors is ...
Contents
ENGINEERING | 1 |
DEVS Scheme Simulation of Stream Water Quality | 20 |
Performance Modelling of Relational Database Systems on Multicomputers | 29 |
Copyright | |
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action activity algorithm allows analysis application approach architecture associated average behavior buffer called communication complete components Computer Conference connected considered database defined delay dependent described determine developed direct discrete event distribution dynamic elements entity environment evaluation example execution external Figure formalism function given graph graphical IEEE implementation increase initial input integration interaction internal language machine means measure memory method modules node object operation output packet parallel path performance period possible presented problem processor production protocol provides queue random number received reference represent routing scheduling sequence shown shows simulation simulation model specification speed stage statistical step structure switch Table task techniques tion traffic transaction University variables