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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
Job design, physical considerations in 184—185
Job design, recent trends in 181—182
Job design, skill variety 184
Job design, sociotechnical systems 183—184
Job design, specialization of labor and 182
Job design, task autonomy 184
Job design, task identity 184
Job design, task variety 184
Job design, work methods 185—190
Job enlargement 183
Job enrichment 183
Job enrichment, horizontal enlargement 183
Job enrichment, productivity and 183
Job enrichment, vertical enlargement 183
Job sequencing 667—668
Job sequencing, priority rules for 668
Job shop 210 377 482—483 664 693
Job-shop layout 227
Johannes, J.D. 149n
John Deere 562
Johnson's rule 668 671—672
Johnson, R. 261n
Johnson, S.P. 282n
Johnson, T. 766n
Joint business planning 542
Jones, D.T. 21 225 484 495 495n
Juran, J.M. 18 321 323 345 361
Just-in-time (JIT) delivery 9
Just-in-time (JIT) manufacturing 589
Just-in-time (JIT) systems 16 240 333 474 see
Just-in-time (JIT) systems, historical background of 471
Just-in-time (JIT) systems, learning curves and 135
Just-in-time (JIT) systems, material requirements planning (MRP) and 648—649
Just-in-time (JIT) systems, synchronous manufacturing and 736
Kaizen 326
Kaminski, P. 427
Kanban 476 490
Kanban production control systems, colored golf balls 477
Kanban production control systems, container system 477
Kanban production control systems, four rules 479—480
Kanban production control systems, kanban squares 476—477
Kanban production control systems, kanbans needed 477—478
Kanban production control systems, minimized setup times 478—479
Kanban pull system 476
Kanban squares 476—477
Kane, A. 766 766n
Kaplan, R.S. 28—31 41 48 49n 388 395n 766n
Karlsson, C. 479 495n
Karmarkar, U. 277 287
Katz, K.L. 291n 317
Kawasaki Motors, USA 475 477
Keller, G. 509
Kelley, D.M. 109
Kelton, W.D. 717
Kernan, J.B. 246 261n
Kerzner, H. 107
Kevin Kennedy and Associates Inc. 380
Key performance indicators (KPI) 39 507
Khumawala, B.M. 467
Kimes, S.E. 467n 577 578n 585n
Kimms, E. 661
King-Metters, K. 287
Kirchmier, B. 690
Klamroth, K. 467
Kleinrock, L. 317
Kmart 37 246
Knight, W. 133 133n
Kozmo 38
Kremzar, M.H. 509
Kripalani, M. 270n 286
Krishnamoorthy, M. 690
Krishnan, V.V. 287
Kulatilaka, N. 448
Kumar, K.R. 392n
L.L. Bean 336 382
La Quinta Motor Inns 456—461
labor costs 773
Labor quality 451
Labor standards 202
Labor-limited process 665
Ladd, A. 509
LaPointe Machine and Tool Company 200
Laro, D. 612
Larson, B.M. 291n 317
Larson, E.W. 107
Larson, R.C. 291n 317
Larsson J.L. 144 149n
Last-come, first-served (LCFS) 668
Late start schedule 83
Launch date 26
Law, A.M. 717
Lawler, E.E. 111 207n
Layoffs 415
lead time 588 640
Leader, C. 345n
Leading indicators 514
Lean layouts 479—481
Lean manufacturing techniques 15 374
Lean production 469—471 see
Lean production, backflush 484
Lean production, defined 471
Lean production, design flows and 479—481
Lean production, features of 472
Lean production, freeze window 484
Lean production, implementation requirements 479—485
Lean production, job shops 482—483
Lean production, lean layouts and 479—481
Lean production, lean logic 471
Lean production, lean supply chains 484—485
Lean production, level schedule 484
Lean production, line flows and 481
Lean production, preventive maintenance and 481
Lean production, pull system 471
Lean production, service firms and 485—487
Lean production, stable schedule and 484
Lean production, suppliers and 484—485
Lean production, Toyota production system 472—479
Lean production, TQC and 482—484
Lean production, underuti lization/overutilization 484
Lean services 485—487
Lean supply chains 484—485
Lean Thinking (Womack and Jones) 485
Learning see also "Learning and growth strategy"
Learning and growth strategy 31—32
Learning and growth strategy, balanced scorecard and 31
Learning and growth strategy, climate for action 31
Learning and growth strategy, strategic competencies 31
Learning and growth strategy, strategic technologies 31
Learning curve tables 137—139
Learning curve theory 135
Learning curves 39
Learning curves, application of 135—136
Learning curves, duration of 141
Learning curves, estimating learning percentage 140—141
Learning curves, heart transplant mortality (example) 143—145
Learning curves, individual learning 141—142
Learning curves, learning curve equation 137
Learning curves, learning curve tables 137—140
Learning curves, logarithmic analysis 137 145
Learning curves, organizational learning 142—143
Learning curves, plotting of 136—141
Learning percentage 140—141
Learning, general guidelines for 141—143
Learning, individual learning 141—142
Learning, organizational learning 142—143
Lease-or-buy decisions 755
Leasing equipment 435
Least squares method 528—530
Least squares regression 545
Least squares regression, decomposition and 534—537
Least total cost (LTC) 650—652
Least unit cost (LUC) 652
Leavenworth, R.S. 359 370 371n
Ledolter, J. 370
Lee, H.L. 411—412 427n
Leonard, J. 179
Leube, H. 488
Level schedule 484
Level scheduling 573—574
Levesque, T. 287n
Levitt, T. 276 287n
Lewis, J.P. 107
Lewis, M. 48
Li Fung 420
Life-cycle strategies 29—30
Limited line capacity 295
Limits-to-growth/success archetype 397
Lincoln Electric Company 200
Linder, J. 415
Lindsay, W.M. 345
Line flows 481
line length 295
line management 9
Line structures 286 296—297
Line structures, mixed line structures 297
Line structures, multichannel, multiphase 297
Line structures, multichannel, single phase 296—297
Line structures, single channel, multiphase 296
Line structures, single channel, single phase 296
Linear programming (LP) 16 50
Linear programming (LP) model 52—53
Linear programming (LP), aggregate planning and 574—576
Linear programming (LP), essential conditions for 51—53
Linear programming (LP), genetic solver option 59
Linear programming (LP), graphical linear programming 53—55
Linear programming (LP), introduction to 51—52
Linear programming (LP), Microsoft Excel Solver tool 55—58
Linear programming (LP), transportation method 453—456
Linear programming (LP), typical applications of 51
Linear regression 518
Linear regression analysis 528—531
Linear regression forecasting 528
Linear regression line 528
Linear trend 514
Linked processes 469
Little's Law 164—166
Little, J.D.C. 179n
Location 12
Location advantage 37
Lockheed 143
Logarithmic curve 137 145
Logistics 413—414
Logistics system 168
Long, S. 278
Long-range planning 561
Long-term 516
Long-term debt 756
Long-term decisions 9—11
Loop-back 470
Lot sizing 363 649—652
Lot sizing, choosing best lot size 652
Lot sizing, economic order quantity (EOQ) 650
Lot sizing, least total cost (LTC) 650—652
Lot sizing, least unit cost (LUC) 652
Lot sizing, lot-for-lot (L4L) 649—650
Lot sizing, setup cost and 481
Lot tolerance percent defective (LTPD) 361
Lot-for-lot (L4L) 644 649—650
Love, J.F. 261
Lovelle J. 495n
Lovelock, C.H. 277 287n
Loveman, G. 272
Low degree of customer contact 266—267
Low-cost producer 25
Low-level coding 639
Lower control limit (LCL) 354
Loyalty 381
Lozano, M. 242
Macadam, S. 395
Machalaba, D. 192n
Machine-limited process 664
Machining centers 768
Maggard, M.J. 317
Magretta, J. 420n
Maintenance costs 773
Maister, D.H. 377 395 395n
Make-or-buy decisions 755 765
Make-to-order 160 210
Make-to-stock 160 210
Makridakis, S. 557
Malaysian Airlines 281
Malcolm Baldrige National Quality Awards 18 278 320—321 413
Malhotra, A. 338n
Mall of America 458
Management by exception 91
Management consulting industry, categorization of 375
Management consulting industry, finders, minders, and grinders 376
Management consulting industry, hierarchy of 376
Management consulting industry, industry data 375—376
Management consulting industry, nature of 375—376
management decisions 9—11
Management decisions, long-term vs. short-term decisions 9—11
Management decisions, operational planning and control decisions 9—11
Management decisions, perception of operations 15—16
Management decisions, strategic decisions 9—11
Management decisions, tactical decisions 9—11
Management flight simulators (MFSs) 399
Management, project leader selection 75
Management, specialization of labor and 183
Management, strategic vision of 34
Management, structuring projects 74—76
Mandelbaum, a. 133
Mango, P.D. 395
Manufacture-to-order 631
Manufacturing 422
Manufacturing and logistics 504
Manufacturing building block 726
Manufacturing capacity decisions 429—430
Manufacturing Execution Systems (MES) 664
Manufacturing firms, developing a strategy 35—36
Manufacturing firms, layout for 249
Manufacturing firms, operations strategy in 34—36
Manufacturing firms, organizational chart in 13
Manufacturing firms, product group comparison 35—36
Manufacturing firms, services in 14
Manufacturing inventory 589
Manufacturing process flow design 215—220
Manufacturing process, break-even analysis 213—215
Manufacturing process, process flow design 215—220
Manufacturing process, process selection 210—213
Manufacturing processes, scheduling approaches 666
Manufacturing resource planning (MRP II) 629—630
Manufacturing resource planning (MRP II) as MRP improvement 647—648
Manufacturing resource planning (MRP II), defined 630
Manufacturing strategy paradigm 16—17
Manufacturing technologies 767—772
Manufacturing, capacity planning in 441
Manugistics 500
MapInfo 459
Marcus, A. 766 766n
Marginal cost 755
Market leadership 374—375
Market research 514 516—517
Market risk 773
Market segmentation 35
Market-pull situation 114—115
Marketing 422
Marketing cost 117
Marketing, product development process and 113
Marketing, production and 738—742
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