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Chase R.B., Jacobs E.R. — Operations management for competitive advantage
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Íàçâàíèå: Operations management for competitive advantage
Àâòîðû: Chase R.B., Jacobs E.R.
Àííîòàöèÿ: Operations management (ÎÌ) has been a key element in the improvement in productivity in businesses around the world. Creating a com ðåè'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.
ßçûê:
Ðóáðèêà: Òåõíîëîãèÿ /
Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö
ed2k: ed2k stats
Èçäàíèå: 11th edition
Ãîä èçäàíèÿ: 2006
Êîëè÷åñòâî ñòðàíèö: 806
Äîáàâëåíà â êàòàëîã: 18.03.2011
Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
Ïðåäìåòíûé óêàçàòåëü
Marketing-operations link 27—28
Marks and Spencer 336
Marriott Corporation 268—269
Marshall, P.W. 225n
Mass customization 18 419—422
Massachusetts Institute of Technology 396
Master black belts 331
Master production schedule (MPS) 561 633—635
Master production schedule (MPS), available to promise 635
Master production schedule (MPS), defined 634
Master production schedule (MPS), developing of 641—642
Master production schedule (MPS), time fences and 634—635
Master schedule 635
Material costs 773
Material handling 51 243
Material requirements planning (MRP) 561 630—631 647
Material requirements planning (MRP) systems 635—640
Material requirements planning (MRP) systems, bill of materials file 637—639 642
Material requirements planning (MRP) systems, calculations for 643—644
Material requirements planning (MRP) systems, closed-loop MRP 646—647
Material requirements planning (MRP) systems, demand for products 637 641
Material requirements planning (MRP) systems, example of 641—644
Material requirements planning (MRP) systems, explosion process 640
Material requirements planning (MRP) systems, flow manufacturing and 648—649
Material requirements planning (MRP) systems, improvements in 645—648
Material requirements planning (MRP) systems, inventory records file 639—640 642
Material requirements planning (MRP) systems, JIT and 648—649
Material requirements planning (MRP) systems, lot sizing and 649—652
Material requirements planning (MRP) systems, low-level coding 639
Material requirements planning (MRP) systems, master production schedule 641—642
Material requirements planning (MRP) systems, MRP computer program 640 643—644
Material requirements planning (MRP) systems, net change systems 640
Material requirements planning (MRP) systems, philosophy of 636
Material requirements planning (MRP) systems, purposes of 635—636
Material requirements planning (MRP) systems, system structure 636—640
Material requirements planning (MRP) systems, work center load 645—646
Material requirements planning (MRP), defined 630
Material requirements planning (MRP), dependent demand and 630
Material requirements planning (MRP), example of 632—633
Material requirements planning (MRP), industry applications/benefits of 631
Material requirements planning (MRP), master production schedule (MPS) 633—635
Material requirements planning (MRP), synchronous manufacturing and 736
Matrix project 75—76
Matrix project, advantages of 75
Matrix project, disadvantages of 75
Maxwell, W.L. 691n
Mayben, J. 286
Maynard, H.B. 191n
McClain, J. 298
McDonald's Corporation 12 16 30 123 153—154 160—162 269 276 453 485—487
McDougall, G.H.G. 287n
McKinsey Company 336 373—375 380—381 391 487
McLeavey, D.W. 585
Mclnnis, K.R. 495
Mean 347 357 364
Mean absolute deviation (MAD) 525—527 544
Mean squared error 525
Measurement of error 524—527
Measurement of error, mean absolute deviation (MAD) 525—527 544
Measurement of error, tracking signal 525—527
Medium-term 516
MedModel 387
Meindl, P. 427
Melnyk, S.A. 774
Memorial Health Services 664
Menor, L.J. 282n
Merck 42
Merit pay 201
Merrill Lynch Company 269
Method analysis 185
Methods for control 727—736
Methods for control, batch sizes 732—735
Methods for control, drum, buffer, rope 730—732
Methods for control, finding the bottleneck 728—729
Methods for control, importance of quality 732
Methods for control, inventory treatment 735
Methods for control, nonbottleneck to bottleneck 729—730
Methods for control, saving time 729
Methods for control, time components 728
Methods Time Measurement (MTM) 191
Metters, R. 287
Meyer, C. 448
Meyers, F.E. 207 261
Micromotion analysis 187—188
Microsoft Corporation 19 399 413
Microsoft Excel Solver tool 50 55—58
Microsoft Excel Solver tool, Answer Report 58
Microsoft Excel Solver tool, Sensitivity Report 58
Microsoft Project 92 389
Milestone chart 79
milestones 76
Miller Brewing Company 485
Miller, L.W. 691n
Minders 376
Minimum-cost scheduling 87—91
Mixed line structures 297
Mixed strategy 564
Mixed-model line balancing 240—242
Modeling 399
Moderately firm 635
Modern Production Management (Buffa) 16
Modular bill of materials 638
Mom-and-pop retailing 6
Mondon, Y. 241 261n 495
Monster.com 269
morale 31
Most Work Measurement System (MOST) 191 202
Motion study 187—188
Motion-time analysis 235
Motivation 142 190
Motorola 200 326 349 354 410 413
Motwani, J. 21
moving averages 518
MRP computer program 640—644
MRP II see "Manufacturing resource planning (MRP II)"
Multi-stage process 158—159
Multichannel, multiphase 297
Multichannel, single phase 296—297
Multifactor productivity measure 39—40
Multiperiod inventory systems 595—596
Multiperiod inventory systems, choice of systems 595
Multiperiod inventory systems, fixed-order quantity models (Q-models) 595—596
Multiperiod inventory systems, fixed-time period models (P-models) 595—596
Multiple lines 295
multiple regression analysis 539
Multiple-stage process 210
Multiplicative seasonal variation 531—532
Multivariate testing 330
Muth, J.F. 179n
Muther, R. 261n
MySAP.com 505—507
N jobs on m machines 674
N jobs on one machine 668—670
N jobs on two machines 671—672
Nanda, R. 690
Narasimhan, R. 774
Narasimhan, S. 585
National Institute of Standards and Technology 18
NatSteel Electronics 451
Nayar, P. 272n
NEC 416
Negative exponential distribution 782
Negative feedback loops 396
Negroponte, N. 774
Neresian, R.L. 21
Nestle 399
Net change systems 640
Net present value (NPV) 117—119 759 761
Net profit 722
Net requirements 640 644
Net return 755
Network-planning models 79—87
Network-planning models, Critical Path Method (CPM) 79—87
Network-planning models, Program Evaluation and Review Technique (PERT) 79
Neuman, R.P. 331n 345
New service development process 282
New-product introduction 26
Newsperson inventory problem 592—595
Nguyen, V. 133
Niche markets 6 19
Nichols, E.L., Jr. 427
Niebel, B.W. 194 207
Nike 419
Ninah, J. 202
Nissan 433 487
Nokia 9
Nollet, J. 441n
Non-steady state process 167
Nonbottleneck 725—726
Nonlinear programming 52
Nordstrom Department Stores 269 276—278
Nordstrom, J. 278
Normal distribution 348
Normal time 192
Norman, R. 261n
Norris, G. 509
Nortel Networks 413
Northeast Utilities 182
Norton, D.P. 28—31 41 48 49n
Numerically controlled (NC) machines 768
O'Halloran, D. 345n
Oakwood Healthcare System 663
Obermeyer, W. 585
Objective function 54
Obsolescence 751
Off-the-shelf products 36
Office layout 248—249
Offshoring 374
Ohno, T. 471
OLM Consulting 399
Olsen, J.R. 225
Olson, D.L. 717
On-site service 276
One-bin system 610
One-time orders 595
Online category manager 587
Open-to-buy 614
Operating characteristics (OC) curves 362—363
Operating characteristics (OC) curves, lot size effects 363
Operating characteristics (OC) curves, shaping the OC curve 362—363
Operating expenses 722
Operation and route sheet 216—217
Operation time 163—164
Operational capabilities, competitive pressure and 374
Operational capabilities, customer sophistication and 374
Operational capabilities, forces for change in 374
Operational capabilities, move to services 374
Operational effectiveness 24
operational excellence 30—31 375
Operational goal 723
Operational measurements 722—723
Operational planning and control, decisions 9—10
Operational risks 773
Operations as service 14—15
Operations chart 185 188
Operations consulting 373—374 392
Operations consulting process 379—380
Operations consulting process, consultants' roles 380
Operations consulting process, guidelines for projects 380
Operations consulting tool kit, cost impact 380
Operations consulting tool kit, data analysis 380
Operations consulting tool kit, data gathering 380
Operations consulting tool kit, implementation 380
Operations consulting tool kit, payoff analysis 380
Operations consulting tool kit, problem definition 380—383
Operations consulting tool kit, solution development 380
Operations consulting, 5 Ps of production 378
Operations consulting, defined 374—375
Operations consulting, economics of consulting firms 377—378
Operations consulting, effective job of 375
Operations consulting, needed for 378—379
Operations consulting, strategic/tactical areas of need 378—379
Operations consulting, tool kit for 380—389
Operations effectiveness 24
Operations management (OM) as manager's critical responsibility 7—9
Operations management (OM), current issues in 19—20
Operations management (OM), defined 9—11
Operations management (OM), historical development of 16—18
Operations management (OM), innovation in 7—8
Operations management (OM), internal perspective and 30
Operations management (OM), major challenges of 19—20
Operations management (OM), organizational chart in 13—14
Operations management (OM), overview of 7—9
Operations management (OM), reasons to study 8—9
Operations management (OM), strategy components of 24
Operations Manager 181
Operations performance see also "Performance measurements" "Productivity"
Operations performance, efficiency measures 42
Operations performance, Wall Street evaluation of 41—42
Operations planning see "Sales and operations planning "
Operations research 16
Operations research and management science (OR/MS) 9
Operations scheduling 664
Operations strategy see also "Corporate strategy design process"
Operations strategy, competitive dimensions of 25—28 39
Operations strategy, core capabilities and 34
Operations strategy, corporate fit of 33—37
Operations strategy, corporate strategy and 24
Operations strategy, customer needs-order fulfillment 34
Operations strategy, defined 24—25
Operations strategy, Internet and 36—37
Operations strategy, manufacturing strategy development 34—36
Operations strategy, marketing-operations link 27—28
Operations strategy, order winners and qualifiers 27—28
Operations strategy, organization-based capabilities 38
Operations strategy, planning process and 24
Operations strategy, process-based capabilities 37
Operations strategy, productivity measurement and 39—42
Operations strategy, service firms 36
Operations strategy, success of 25
Operations strategy, systems-based (coordination) capabilities 38
Operations strategy, trade-offs of 27
Operations technology 767—772
Operations technology, hardware systems 768—770
Operations technology, manufacturing technologies 767—772
Operations, capacity management and 430—431
Operations, complexity of 395
Operations, core services 14
Operations, forces for change 374
Operations, future of 5—7
Operations, perceptions of 15—16
Operations, strategic fit of 33—34
Operations, value-added services 14
Oppenheim, A. 345
Oppenheim, R. 345
Opportunity 326
Opportunity cost 750
Opportunity flow diagram 330
Optimal 386
Optimization 576
optimization techniques 51 see "Linear
Optimized product technology (OPT) 721
Optimum point 54
Optional replenishment system 609—610
Oracle 500 506 576 629
Order qualifier 27—28 35
Order scheduling 562
Order winner 27—28 35
Ordering costs 591
organization charts 13—14 386
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