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Systems Integration EGN 5623 Enterprise Systems Optimization (Professional MSEM) Fall, 2011

Systems Integration EGN 5623 Enterprise Systems Optimization (Professional MSEM) Fall, 2011 . ERP & APO Integration Theories & Concepts EGN 5623 Enterprise Systems Optimization (Professional MSEM) Fall, 2011 . Core interface (CIF) CIF Overview CIF Configuration

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Systems Integration EGN 5623 Enterprise Systems Optimization (Professional MSEM) Fall, 2011

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  1. Systems Integration EGN 5623 Enterprise Systems Optimization(Professional MSEM)Fall, 2011

  2. ERP & APO IntegrationTheories & Concepts EGN 5623 Enterprise Systems Optimization(Professional MSEM)Fall, 2011

  3. Core interface (CIF) • CIF Overview • CIF Configuration • Integration models for data transfer • Object and data transfer • Initial and delta transfer • Master data integration • Transactional data integration Outline of ERP & APO Integration

  4. Alternative Scenario Base Scenario Integration of ERP & APO via CIF (Review)

  5. Core interface (CIF) is the central interface that connects SAP SCM to the existing SAP ECC system environment. Data transfer between the ECC and SCM systems is defined and controlled using the Core Interface (CIF). CIF is an integrated part of the ERP system (in SAP ECC 6.0) and also is an integrated part of SAP APO, 5.0. CIF Overview

  6. CIF enables transferring master data from SAP ERP to SAP APO in one way only, and transferring transactional data in both ways betweenERP and APO In the Core Interface, the user selects the objects to be transferred to SCM via the “integration models.” Only the planning-required parameters are transferred from the SAP ECC dataset to SAP SCM. Technically, the transfer is performed via the queued remote function calls (qRFC). CIF Overview

  7. Core Interface (CIF) (Review)

  8. Data transfer between the ECC and SCM systems is defined and controlled using the APO Core Interface (CIF). • CIF is the central interface that connects SAP SCM to the existing SAP ECC system environment. It is available to the ECC systems through a plug-in. • In the APO Core Interface you select the objects that you want to transfer to SCM via “integration models.” APO Core Interface

  9. Only the planning-relevant parameters from the complex dataset of SAP ECC are transferred to SAP SCM. The APO Core Interface is used for both initial data transfer (initial transfer) and change transfer (transfer of data changes) to SCM. APO Core Interface

  10. The relevant master data for production planning: • Location • Product • Resources • PPM and PDS • Quota arrangement, • Set up Group & matrix, and • Interchangeability group. • Resource views: • SNP and PP/DS require a different view of the capacity. • SNP – in time buckets • PP/DS – time-continuous capacity Master Data (review)

  11. Master Data Object

  12. Master Data Transferring

  13. Transactional Data for Transferring

  14. The communication between ERP and APO systems is based on queued remote function calls (qRFC). To enable this communication, the user needs to configure the “Application Link Enabling” (ALE) settings and the parameters for communication (see Figure 25.1) The user needs to define the logical systems forboth ERP and APO systems CIF Configuration

  15. CIF Configuration

  16. In the ERP system, the APO logical system has to be defined as the target system by assigning the system type and release with transaction code NDV2 and the queue type with the transaction code CFC1. The remote function calls (RFC) destination defines the address of the target system and the access data (user for the target system, password). The RFC destination has to have the same name as the logical system of the target system and that the name is case sensitive. CIF Configuration

  17. The integration model is used to specify selection criteria for master data objects and the logical name of the target (APO) system. • The same integration model can be used to transfer more than one type of object but it is a good practice to use multiple integration models (one per object type) to avoid complex maintenance of the selection criteria. • When ERP sends orders to APO, the integration models check whether the active integration model exists. • Integration models are created (T-code CFM1) and activated (T-code CFM2) on the ERP side. Integration Models for Data Transfer

  18. Two types of objects: • Material dependent • such as orders • Material independent • such as resources and suppliers. • Table 25.2 lists some of objects that can be included into integration models and transferred to APO. Objects of Integration Models

  19. Objects for Integration Models

  20. Master Data Objects in SAP APO and SAP ERP (review)

  21. While creating the integration model, the objects which match the selection criteria, are read in and assigned to the model. The integration model is unique in its name, the target system, the application, and its version. The user can freely name the integration model and denotes its application. The target system is selected from the APO system that is defined in the CIF configuration. Objects of Integration Models

  22. A new version is generated for the integration model, each time when the user modifies it. The user and the date of generation are part of the version name. The transfer of objects is sequence-dependent. For example, plants must be transferred prior to the transfer of work center. The transfer of data is triggered by activating the model with the transaction code, CFM2. Objects of Integration Model

  23. Decision for Object Transfer

  24. Initial transfer • During the initial transfer, CIF (the currently active version) transfers all objects to APO. • Delta transfer • If the new version is activated (while the older ones still remain active), CIF transfers only new objects (i.e., the objects that are not included in the old version). • Usually a periodical delta transfer is used for data integration, to reduce the system load. Initial and Delta Transfer

  25. Initial and Delta Data Transfer

  26. Master data is usually one of the most crucial factors for the success of an implementation. • Master data in ERP have to have a sufficient quality. • Master data must be kept consistent between ERP and APO, otherwise planning will be inaccurate and lead to wrong results. • Generally strongly recommend to maintain master data in ERP environment. Master Data Integration

  27. The master data objects in SAP SCM are not identical to those in SAP ERP. During master data transfer, the relevant SAP ERP master data is mapped to the corresponding SAP SCM master data. The SAP ERP system is the owner of most of the master data. Only specific SCM master data (such as transport lanes) that does not exist in SAP ERP is maintained in SAP SCM. Master Data Integration

  28. Master Data Transfer Strategies

  29. The transfer of transactional data is working two ways, from ERP to APO and from APO to ERP. From ERP to APO, there is usually one initial upload and from then onward a continuous online transfer of data changes. From APO to ERP, the default setting for the transfer is “immediately’ for PP/DS order and “periodically” for SNP orders. Transactional Data Integration

  30. Dependencies for sequencing Integration Models

  31. Systems IntegrationSAP Implementation EGN 5623 Enterprise Systems Optimization(Professional MSEM)Fall, 2011

  32. Transactions for System Connection

  33. Create Integration Model in ERP

  34. Activate/Deactivate Integration Model in ERP

  35. Confirm Data Transfer in APO

  36. Transactions and Reports for Data Transfer from ERP to APO

  37. Exercises: HW 6: Module 10: Supply Network Planning (SNP) - (Section 3) 10.1 Supply Chain Modeling 10.1.1 Supply Chain 10.1.2 Master Data in Supply Chain 10.1.3 APO Core Interface (CIF) 10.1.4 Active Model and Version 000 10.1.5 Supply Chain Engineer 10.2 Global Bike Company Supply Chain 10.3 Transactional Data used in Supply Chain 10.4 Planning Table 10.5 Supply Network Planning Heuristic 10.5.1 SNP Heuristic 10.5.2 Interactive SNP Planning 10.5.3 Selection Profile 10.5.4 Review Forecast Values for Production 10.5.5 Planning at Plant level

  38. Additional HW: 1. Use Graphic method to solve LP a problem 1) Draw a graph 2) Plot the constraint function 3) Outline the feasible solution 4) Circle the optimal solution point. 2. Solve a transportation LP problem 1) Define the objective. 2) Define the decision variables. 3) Write the mathematical function for the objective. 4) Write the constraints. 5) Solve the LP problem (for extra credit).

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