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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
Organization-based capabilities 38
Organizational commitment 182
Organizational incentive plans 200—201
Organizational learning 135 142—143
Organizational processes, operations management and 9
Organizational risks 773
Original equipment manufacturer (OEM) 9—10 36
Orlicky, J. 661
Ostroff, F. 13n
Ottinger, L.V. 768n
Output reports 698
Outputs 11 39—40 154 172
Outsourcing 5—6 12 15 18—19 111—112 269—270 374 413—416 436
Outsourcing, benefits of 414
Outsourcing, defined 413
Outsourcing, logistics and 414
Outsourcing, reasons for 414
Over-the-wall approach 123
overproduction 472
Overtime work 239 435
Owens, B. 690
P charts 354—356
P-models (fixed-time period models) 595
Pachon, J. 690
pacing 162
Page, K. 19
Pair of hands 380
Panasonic 416
Pande, P.S. 331n 345
Panel consensus 514 517
Parallel workstations 239
Parameters 694
Parasuraman, A. 337n—338n 345n
Pareto analysis 386
Pareto charts 327
Pareto principle 610
Pareto, V. 610
Parker, S. 207
Partial factor productivity 162
Partial productivity measure 39—41
partnerships 72
PARTS 378
Pasto, D.J. 467
Pay for knowledge 199 201
Payback period 761
Payoff analysis 388
PDCA cycle (plan, do, check, and act) cycle 326
Peg record 640
Peninsula Hotel 385
Peoples' Express 576
PeopleSoft 500 506
Performance measurements 722—723
Performance measurements, financial measurements 722
Performance measurements, inventory 722
Performance measurements, operating expenses 722
Performance measurements, operational measurements 722—723
Performance measurements, process performance 162—165
Performance measurements, productivity 723
Performance measurements, throughput 722
Performance rating 192
Period model 574
Periodic review system 595
Periodic system 595
Perpetual system 595
Personal-attention approach 276—280
Personnel scheduling (services) 678—682
Personnel scheduling (services), consecutive days off 678—679
Personnel scheduling (services), daily work times 679—681
Personnel scheduling (services), hourly work times 681—682
Peters, T. 72 74 107n 133n 278 287n 338 345n
Peterson, R. 585 627
Petroski, H. 133
Pfizer 42 248
Pharmaceutical industry 429—430
Phelps, T. 495
Physical capacity 564
Physical configuration 486
Physical processes 12
Physiological processes 12
Piece rate 201
Piece-rate plan 199
Pinedo, M. 690
Pisano, G.P. 48 415n 427
Plan, do, check, and act (PDCA) cycle 326
Planned-order receipts 640 644
Planned-order release 640 644
Planning and control systems 378
Planning horizon 436
Planning phase 113—114
Plant 378
Plant abandonment decisions 755
Plant location methods 452—458
Plant location methods, centroid method 453 456—458
Plant location methods, factor-rating system 452—453
Plant location methods, transportation method 453—456
Plant location studies 51
Plant manager (PM) 430
Plant tours/audits 384—385
Plant-within-a-plant (PWP) 27 36 434
Platform products 114—116
Platform projects 72
Plenert, G.I. 690
Point-of-sale (POS) 542
Poisant, J. 287
Poisson distribution 292—294 309 348
Poka-yoke 275—276 333—334
Polaroid Corporation 115 117—119
Political risk 452
Pope, J.A. 448
Porter, M.E. 23n 30 33 48n—49n 383n 467n
Positive feedback loops 396
Posner, S. 263—264
Poterba, J.M. 766
Poulfelt, F. 392n 395
Powersim Solutions 399
Precedence relationship 235
Predetermined motion-time data systems (PMTS) 191
Premier Solver 59
Present value 758—760
Pretin, J. 191n
prevention costs 323
preventive maintenance 481
Price as competitive dimension 25
Price sensitivity, relative to competitors 381
Price-break models 606—609
Price-breaks 589
Primavera Project Planner 92 389
Principles of Scientific Management (Taylor) 375
Priority rules and techniques 667—674
Priority rules and techniques, assignment method 672—674
Priority rules and techniques, comparison of 670—671
Priority rules and techniques, Johnson's rule 671—672
Priority rules and techniques, n jobs on m machines 674
Priority rules and techniques, n jobs on one machine 668—670
Priority rules and techniques, n jobs on two machines 671—672
Pritsker, A.A. 717
Probability analysis 86
Probability distributions, simulation model 694
Problem analysis (SPC) tools 386
Problem definition 380—383
Problem definition, customer surveys 381
Problem definition, employee surveys 382
Problem definition, five forces model 382—383
Problem definition, gap analysis 382
Problem definition, issue trees 381
Problem solving 14
Problem-solving groups 485
Procedures project 377
process analysis 154—156
Process analysis, blocking 159
Process analysis, bottleneck 159
Process analysis, bread-making operation (example) 165—166
Process analysis, buffering 159
Process analysis, cycle time 156
Process analysis, examples of 165—170
Process analysis, flowcharting 157—158
Process analysis, hybrid process 160
Process analysis, input/output rate 172
Process analysis, logistics system 168
Process analysis, make-to-order 160
Process analysis, make-to-stock 160
Process analysis, multi-stage process 158—159
Process analysis, non-steady state 166
Process analysis, paced/nonpaced 162
Process analysis, process performance 162—165
Process analysis, restaurant operation (example) 166—168
Process analysis, single-stage process 158
Process analysis, slot machine (example) 155—156
Process analysis, starving 159
Process analysis, steady state 166
Process analysis, throughput time reduction 170—171
Process analysis, transit bus operation (example) 168—170
Process analysis, types of processes 158—162
Process analysis, utilization 156
Process as capable 350
Process batch 732—735
Process capability 319 349—354
Process capability, capability index 351—352
Process chart 186—188
Process consultant 380
Process control 51 325
Process control charts 354—356
Process control limits 350
Process control procedures 354—360
Process control procedures, and R charts 357—360
Process control procedures, attribute measurements and 354—356
Process control procedures, control limits 358
Process control procedures, frequency of samples 357—358
Process control procedures, number of samples 357
Process control procedures, p charts 354—356
Process control procedures, size of sample 355 357
Process control procedures, variable measurements 357—360
Process dashboards 388
process design 24
Process distribution, standard deviation of 358
Process equipment selection 213—215
Process flow structures 210—211
Process flow structures, assembly line 211
Process flow structures, batch shop 210
Process flow structures, continuous flow 211
Process flow structures, job shop 210
Process flowcharts 157—158 216—217
Process flows 485—486
Process industry 631
Process layout 227—232
Process layout, computerized layout techniques 232 245
Process layout, systematic layout planning 233—234
Process optimization 51
Process performance, benchmarking 162
Process performance, efficiency 163
Process performance, Little's Law 164—165
Process performance, measurement of 162—165
Process performance, metrics of 163
Process performance, operation time 164
Process performance, partial factor productivity 162
Process performance, process velocity (throughput ratio) 164
Process performance, productivity 162
Process performance, run time 163
Process performance, setup time 163
Process performance, throughput rate 164
Process performance, throughput time 164
Process performance, utilization 162—163
Process performance, value-added time 164
Process plans 771
Process postponement 420
Process quality 25 485
Process selection 210—213
Process selection, assembly line 209 211
Process selection, batch shop 210
Process selection, break-even analysis 213—215
Process selection, continuous flow 211
Process selection, job shop 210
Process selection, process flow structures 210—211
Process selection, product-process life cycles 213
Process selection, product-process matrix 211
Process selection, types of processes 210
Process throughput time reduction 170—171
Process velocity 164
Process, defined 154
Process-based capabilities 37
Process-intensive products 114—116
Processes 378
Processes, types of 158—162
Processing time 728
Processing waste 472
Procter Gamble 336 410
Producer's risk 361
Product cost 120
Product defects 472
Product demand 637
Product design 120—122
Product design process 111—112
Product design, customer and 120—122
Product design, design for manufacturing and assembly (DFMA) 122—125
Product design, design process 111—112
Product design, development process 112—116
Product design, economic analysis 117—120
Product design, house of quality 121—122
Product design, performance measurement and 125—126
Product design, quality and 484
Product design, quality function deployment 121
Product design, value analysis/value engineering (VA/VE) 121
product development 71—72
Product development performance measures 125—126
Product development performance measures, productivity 126
Product development performance measures, quality 126
Product development performance measures, time to market 126
Product development process 112—116
Product development process, complex systems 116
Product development process, concept development phase 113
Product development process, customized products 116
Product development process, design detail phase 113
Product development process, generic product 112—113 115
Product development process, high-risk products 116
Product development process, phases of 114
Product development process, planning phase 113
Product development process, platform products 115—116
Product development process, process-intensive products 116
Product development process, production ramp-up phase 113—114
Product development process, quick-build products 116
Product development process, system-level design phase 113
Product development process, technology platform 115—116
Product development process, technology-push products 114—115
Product development process, testing and refinement phase 113—114
Product development, design for logistics 416—417
Product development, performance measurement of 125—126
Product development, process of 112—116
Product features 773
Product group 35
Product innovation 24
Product layout 227 234—242
Product layout, assembly line 234—235 242
Product layout, assembly-line balancing 235—237
Product layout, flexible and u-shaped line layouts 240
Product layout, flexible line layouts 240
Product layout, mixed-model line balancing 240—242
Product layout, precedence relationship 235
Product layout, splitting tasks 238—239
Product layout, U-shaped line layouts 240
Product layout, workstation cycle time 235—236
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