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Cache Manager, Windows NT, 368
Catalog manager, 93
CD-ROM drives, 41
Central moments, 132, 158–59
Central processing unit. See CPU
Central server model, 234–40
adaptation, 235
analysis, 345–50
defined, 234–35
exponential service time distributions, 235
illustrated, 234, 346
See also Computational methods
Chebyshev's Theorem, 161–63
Checkpoints, 488
Chi-square distribution, 232
Chi-square test, 231, 232
Client/server policies, 81
Closed networks, 219–24
arbitrary, 222
state transition rate diagram, 221
three-stage, 219, 220
See also Queuing networks
CODASYL database language, 13
Colored Petri nets, 300–301
colored tokens, 300
defined, 300
See also Petri nets
Combinations, 144
Combined simulation modeling, 260–61
Common bus architecture, 10, 61
Communication lines, 468
Communications manager, 97
Compaction, 75–76
Complex instruction set computer (CISC), 7
Computational methods, 233–49
central server model, 234–40
mean value analysis, 234
operational analysis, 233
types of, 233–34
See also Queuing networks
Computer architectures, 9–10, 59–62
analysis of, 345–60
central I/O controller, 60
common bus, 10, 61
defined, 9
dual bus, 10, 61–62
illustrated, 9
memory-mapped, 60–61
Neumann, 59
See also Architectures
Computer systems
architectures. See Architectures
building blocks, 4, 41
with communications subsystem, 56
defined, 2–3
design, 23–24
illustrated, 3
interconnection, 38
multiprocessor, 55–56
multiuser, 11
research, 23
Computer system support software architecture, 62–92
database management system, 83–92
fault detection/recovery, 82–83
network control software, 79–82
operating systems, 64–79
Concurrency, 292
control manager, 95
Petri net modeling, 292
Conditional probability, 146–48
defined, 142
densities, 154, 155
space Venn diagram, 147
See also Probability
Confidence intervals, 230
defining, 230
percent, 231
for variance, 231
Configuration model, 447
Continuous random variables, 150
Continuous simulation modeling, 258–60
Control events, 479
Control unit, 42, 43
Cost, modeling, 334
Counting process, 180
CPU, 4, 62
ALU, 5
architectures, 5–6, 42–49
cycle of busy and idle, 350
cycles, 352
defined, 5, 41
interrupts, 50
memory access, 7, 40
processing capacity, 346
registers, 42–43, 63
scheduling, 384–86
service rate, 347
speed, 110
utilization, 375
Cyclic redundancy check (CRC), 474
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