Business Process Engineering: Reference Models for Industrial EnterprisesSpringer Science & Business Media, 6 dec 2012 - 770 pagina's The first English-language edition of this book was published in 1989 under the title "Enterprise-Wide Data Modelling." It introduced a new enterprise data model that has since gone on to enjoy widespread use as a reference model. Since that time, the author has continued to develop the representation of application problems, both on a theoretical basis using modeling languages and on a practical basis using real-world studies. This has led to so many new aspects that this second English-language edition (the original German version is now in its fifth edition) constitutes a completely new book. The new title expresses the stricter emphasis on business processes in contrast to the previous edition, which was geared more toward a functional structure. This approach reflects the trend toward process oriented structural and procedural organization in enterprises that is currently being supported by new means of information processing. Perhaps the most obvious way in which the second English-language edition differs from the first is in the increased number of pages. This is a direct result of the higher degree of detail and the more thorough problem description presented in the new edition. The degree of detail has increased in the case of those problems that are particularly important in terms of selecting and designing information systems in an industrial enterprise, e.g., the product description and CAM factory organization. This approach provides greater reality and thus facilitates a better understanding of the complex organism that is an industrial enterprise. |
Inhoudsopgave
1 | |
17 | |
The Data View | 30 |
1 3 4 Establishing the Design Aids Used | 43 |
1 4 | 45 |
1 4 2 2 ObjectOriented Modeling | 52 |
The Function View | 58 |
2 3 2 | 65 |
5 2 3 2 Toolmaking and Tooling Control | 305 |
5 2 3 4 Materials Handling Control | 311 |
5 2 3 6 Maintenance | 320 |
5 2 5 Production Information System Production | 329 |
5 2 6 Summarizing and Supplementing the Requirements | 335 |
5 3 Design Specifications for Production | 352 |
5 4 Implementation Description for Production | 369 |
6 3 Special Forms | 381 |
2 4 4 2 Distributed Data Processing | 71 |
3 4 | 77 |
The Function View | 84 |
Logistics Processes | 86 |
3 2 1 2 Extensions of Bills of Materials | 109 |
3 2 2 1 Planning Types Planning Level Production Level | 122 |
3 2 2 4 Lot Sizing | 137 |
3 2 3 1 2 An Example | 152 |
3 2 4 4 2 Functions Data | 169 |
3 2 4 4 4 Functions Organization Data | 175 |
3 3 4 | 187 |
3 4 2 | 194 |
4 2 | 200 |
4 2 1 2 | 216 |
4 2 2 2 | 226 |
4 2 2 3 | 232 |
4 2 3 1 Requirements Definition for Scheduling and Capacity | 246 |
4 2 3 4 Requirements Definition for Scheduling and Capacity | 250 |
4 3 4 Design Specification for Scheduling and Capacity | 257 |
5 2 Requirements Definitions for Production | 268 |
5 2 1 2 Order Release and Distribution | 275 |
5 2 2 Detailed Scheduling | 283 |
5 2 2 3 Leitstand Organization | 293 |
5 2 3 CAM in the Narrower Sense | 299 |
Inbound and Outbound Logistics | 387 |
2 1 1 Basic Data Management | 396 |
2 1 1 3 Texts | 402 |
2 1 2 2 Selecting Suppliers and Determining Quantities | 409 |
2 1 2 6 Invoice Control | 415 |
2 1 2 9 Analyses | 423 |
2 2 1 2 Documents and Terms | 431 |
2 2 2 2 2 OneOff Production and Project Management | 438 |
2 2 2 5 Payment Procedures | 444 |
2 3 2 Requirements Definition for Inbound and Outbound | 451 |
3 Design Specifications for Inbound | 457 |
3 4 Design Specification for Inbound and Outbound | 460 |
2 Requirements Definitions for Human Resource | 466 |
2 2 2 Net Pay Calculation | 474 |
2 3 2 Human Resource Recruitment Planning | 480 |
3 Design Specifications for Human Resource | 486 |
1 Integrated Planning of Sales Production | 487 |
1 2 Linking Rough and Detailed Planning in Sequential | 493 |
2 MRP II | 501 |
Integrated Product Development | 517 |
Information and Coordination | 602 |
711 | |
Abbreviations | 743 |
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accounting system accounts payable activity-based costing analysis application ARIS ASMT assigned attributes Basic data management basis bill of materials capacity planning components concept coordination cost categories cost center customer order data model data structure database DATE Design engineering design specification detailed scheduling discussed document employee entity type entity-relationship model equipment group ER model event-driven process chain example FOUNO functions individual information management information objects information systems integrated interactive INVENTORY LEVEL invoice leitstand machine modules n:m relationship NC program ODATE operation OPNO ORDER ITEM order release organizational units outbound logistics output outsourced performed planning level plant departments primary requirement procedures process chain Process planning product development production control production order production planning purchase order quantity reference units relational relational model relationship type representation requirements definition requirements planning routing scheduling and capacity sequence shown in Figure standard superordinate SUPPLIER TOUNO transfer WORKSTATION GROUP