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Chase R.B., Jacobs E.R. — Operations management for competitive advantage
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Название: Operations management for competitive advantage
Авторы: Chase R.B., Jacobs E.R.
Аннотация: Operations management (ОМ) has been a key element in the improvement in productivity in businesses around the world. Creating a com реи'live tulvtmutge through operations requires an understanding of how the operations function contributes to productivity growth. However, our intent in this book is to do more than just show you what companies arc doing to create competitive advantage through OM. Our overriding goal is to create a competitive advantage for you in the marketplace by conveying a set of skills and tools that you can actually apply.
Three hot topics in business today are Supply Chain Management. Six Sigma, and Enterprise Resource Planning Systems. These topics arc studied in the book from the view of the operations function with up-to-date high-level managerial material to clarify the "big picture" of what these topics are and why they are so important to business today. Applications that range from high-tech manufacturing to high-touch service are used in the balanced treatment of the traditional topics of the field. Operations management requires a global perspective for many of the topics. Operations management is best done with significant cross-functional integration. Accounting, finance, marketing, human resources management, purchasing, logistics, and engineering impact how firms arc run operationally. To highlight our emphasis on services, globalization, and cross-functional integration, we've used the logos you see here in the text margin next to these discussions.
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Рубрика: Технология /
Статус предметного указателя: Готов указатель с номерами страниц
ed2k: ed2k stats
Издание: 11th edition
Год издания: 2006
Количество страниц: 806
Добавлена в каталог: 18.03.2011
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Предметный указатель
Transformation process, input-transformation-output relationships 11
Transformation process, services vs. goods 12
Transportation method of linear programming 453—456
Transportation mode 417
Transportation mode, advantages/limitations of 417
Transportation waste 472
Treacy, M. 49n 374 395n
Trend lines 514
Trend projections 514—515
TRW 200
Tumay, K. 717
Turnover loop 397
Two-bin systems 609—610
Two-card kanban system 476
Two-stage assembly line 698—701
U-shaped line layouts 240
U-shaped line layouts, mixed-model line balancing 240—242
U.S. Department of Commerce 321
U.S. Department of Defense 18 77
U.S. Navy 79 399
Ulrich, K. 133 133n
Umble, M. 749
Unbalanced capacity 723—725
Unbalanced capacity, dependent events 724
Unbalanced capacity, statistical fluctuations 724
Underhill, P. 261
Uniform plant loading (heijunka) 475
UNIT 326
United Parcel Service (UPS) 19 192 417
Units of output per time period 136
Upper and lower specification or tolerance limits 348
Upper control limit (UCL) 354
Upton, D.M. 48 49n 395 415n 427
Urbanfetch Inc. 38
utilization 156 162—164 646
Validation 697
Value 8
Value added 723
Value analysis/value engineering (VA/VE) 121
Value chain 10 383
Value chain, internal business processes and 30
Value density (value per unit of weight) 417—418
Value density (value per unit of weight), transportation mode 417
Value stream 485
Value stream mapping 473
Value stream principles 473
Value stream, waste in 472
Value-added services 14 20 31
Value-added services, categories of 14
Value-added services, field support 14
Value-added services, information 14
Value-added services, problem solving 14
Value-added services, sales support 14
Value-added time 164
Value-based management techniques 41
van Mieghem, J.A. 179
VanderPlaat, P. 287n
Variability, cost of 349
Variable (random) arrival distributions 292
Variable costs 750
Variable-time increment method 696
Variables 354 694 696
Variables sampling 357
Variance 525
Variance of the activity times formula 94
Variation 319 348—349
Vartag, G. 585
VCSEL 565
Vehicle/crew scheduling 51
Velocity 163
Vensim PLE 399
Ventana Systems 399
Vertical integration 6 112 415
Victor, C. 663
Villa, A. 585
Virtual group technology cells 243
Virtual offices 182
Volatility of demand 441
Vollmann, T.E. 427 585 627 661
Volvo 111 433
Von's Supermarkets 270
Vorm, K. 242n
Voss, C. 270n 287
W.L. Gore Associates 114
Wacker, J.G. 585n
Wait time 169 728
Waiting line analysis 283
Waiting line management 289 see
Waiting line management, approximating customer waiting time 306—310
Waiting line management, arrival and service profiles 290
Waiting line management, computer simulation 309
Waiting line management, cost-effectiveness balance 289—290
Waiting line management, economics of problem 289—291
Waiting line management, practical view of 290—291
Waiting line management, queuing system 291—298
Waiting line management, service capacity vs. waiting line trade-off 290
Waiting line management, suggestions for 291
Waiting line management, waiting line models 267 298—306
Waiting line models 267 298—306
Waiting line models, approximating customer waiting time 306—310
Waiting line models, computer simulation of 309
Waiting line models, customers in line 298 300—301
Waiting line models, equations and notations 299
Waiting line models, equipment selection 298 301—302
Waiting line models, finite population source 299—300 303—306
Waiting line models, number of servers 299 302—303
Waiting line simulation 698—701
Waiting line simulation, two-stage assembly line (example) 698—701
Waiting line theory 16 513
Waiting time 472
Waiting time, approximation of 306—309
Wal-Mart 5 37—39 246 269 409 511 611—612
Walgreens 36
Wallace, T.F. 509 560n 585
Walleck, S. 345n
Wang, H. 774
Wantuck, K.A. 495n
waste 472 485
Waste of motion 472
Watson, R.M. 370
Watson, S.L. 391 395 395n
Web-based forecasting 542—543
Web-based forecasting, collaborative planning, forecasting, and replenishment (CPFR) 542—543
Weeks-of-supply 408 423
Weighted average cost of capital 757—758
Weighted moving average 514 518 520—521
Weighted moving average, choosing weights 520—521
Weighted moving average, formula for 520 544
Welch, J. 319 345
Wemmerlov, U. 225 261 774
Wendy's 160—162 487
Wheeler, J.D. 261n
Wheelwright, S.C. 16 48 71—73 75 107n 126n 133 210 213n 415n 427 557
White, J.A. 261 261n
Whybark, D.C. 179n 427 467 498n 509 585 627 661
Wichem, D.W. 557
Wiersema, F. 49n 374 395n
Wight, O. 647 661n
Wild, T. 627
Williams, P.B. 107
Williams, T.A. 69
Wilson, A. 690
Wilson, J. 21
Wilson, J.H. 518n
Wilson, L.W. 627
Wingfield, N. 38n
Winner takes all 398
Winston, W.L. 69 317 717 717n
Womack, J.P. 21 225 484 495 495n
Work areas 486
Work breakdown structure (WBS) 76—77
Work centers, defined 664
Work centers, dispatching 666
Work centers, forward vs. backward scheduling 664
Work centers, importance of 664—665
Work centers, infinite vs. finite loading 664
Work centers, job sequencing 667—668
Work centers, labor-limited process 665
Work centers, machine-limited process 664
Work centers, nature of 664—665
Work centers, priority rules 668—674
Work centers, scheduling and control functions 666—667
Work centers, scheduling objectives/principles 667—678
Work centers, scheduling systems and 664—666
Work measurement 181
Work measurement in retailing 191
Work measurement, benchmarking and 190
Work measurement, direct/indirect methods of 191
Work measurement, Methods Time Measurement (MTM) 191
Work measurement, Most Work Measurement System (MOST) 191
Work measurement, new contracts and 190
Work measurement, normal time 192
Work measurement, performance rating 192
Work measurement, predetermined motion-time data systems (PMTS) 191
Work measurement, purpose of 190
Work measurement, standard time 193
Work measurement, standards and 190—199
Work measurement, techniques for 191—198
Work measurement, time study 191 194
Work measurement, time-study observation sheet 193
Work measurement, United Parcel Service (example) 192
Work measurement, work sampling 191 194—195
Work measurement, work scheduling and 190
Work measurement, worker motivation/performance 190
Work methods 185—190
Work methods, activity chart 189—190
Work methods, charts for analysis 185
Work methods, design aids 186
Work methods, flow diagram and process chart 187—188
Work methods, gap process chart 189
Work methods, micromotion analysis 187—188
Work methods, production process 185—186
Work methods, worker at fixed workplace 186—188
Work methods, worker-equipment interaction 188—189
Work methods, workers-other workers interaction 189—190
Work package 76
Work physiology 185
Work sampling 191 194 385—386
Work sampling, advantages of 199
Work sampling, number of observations 195—196
Work sampling, nursing example 195—198
Work sampling, primary applications of 195
Work sampling, steps in 195
Work sampling, time standards and 198
Work sampling, time study vs. 199
Work specialization 142
Work standards 190—191
Work units 235
Work-flow structures 227
Work-in-process 590
Work-in-process inventory 218
Worker at fixed workplace 186—188
Worker interacting with equipment 188—189
Worker-machine charts 185 189
Workers interacting with other workers 189—190
Workers' performance 190
Workflow software 386
Workforce level 562
Workstation cycle time 235—236
World Bank 399
World Wide Web 18
Wright, T.P. 149 149n
Wysk, R.A. 774
Wyskida, R.M. 149n
Wysocki, B., Jr. 663
Wyzalek, J. 21
Yelle, L.E. 149
Yield management 563 576—578
Yield management, inventory and 589
Yield management, operating yield management systems 577—578
Yield management, rate fences 577
Yield to maturity 756—757
Young, M. 388 395n
Young, R.F. 277 287n
Yu-Lee, T.R. 448
Z transformation formula 94
Zeithhaml, V.A. 337n—338n 345n
Zemel, E. 179
Zemke, R. 287
Zero defects 319
Zero inventory 478
Zero-changeover-time plant 435
Zimmer, K. 345
Zimmerman, S.M. 370
Zipkin, P.H. 627
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