bw integrated planning

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5/17/2018 BWIntegratedPlanning-slidepdf.com http://slidepdf.com/reader/full/bw-integrated-planning 1/3 BW Integrated Planning As an integrated part of the SAP NetWeaver BW system, BW Integrated Planning enables you to make decisions that will increase the efficiency of your company. In addition to analyses of actual data, you can also use analyses of plan data. These can be analyses of manually entered data or analyses based on historical data in BW Integrated Planning. BW Integrated Planning includes processes that collect data from InfoProviders, queries or other BW objects, to convert them and write back new information to BW objects (such as InfoObjects). Using SAP Business Explorers (SAP BEx) for BW Integrated Planning, you can build integrated analytical applications that encompass planning and analysis functions. Planning Model The integration of planning functions is based on the planning model. The planning model defines the structure (such as granularity or work packages) of the planning. This contains the following elements:  Data store. All data that has been changed or will be changed is stored in real-time enabled InfoProviders. You can edit the data using real-time enabled InfoCubes, MultiProviders or virtual InfoProviders. The latter also have to real-time enabled however. You can define logical characteristic relationships between the data (such as hierarchical structure, relationships by attributes) on the level of the InfoCube. Using data slices, you can also  protect data areas either temporarily or permanently against changes. At the InfoCube level, version concepts are prepared and hierarchical relationships are defined within characteristics.  Data selection (characteristics and key figures) for individual planning steps. Aggregation levels that are used to structure or define views on data are defined here. (The aggregation level is the InfoProvider on which the input-ready queries are created.) This allows you to define the processing granularity for the data.  Methods for manual or automatic data modification. Planning functions here allow you to can copy, revaluate, broadcast and delete data. You can also define complex planning formulas and use comprehensive forecasting functions. You can group planning functions together into  planning sequences. This allows administrative steps to be automated and tasks to be  performed between various planning process steps, making processing easier to use for everyone involved. Examples include automatic currency conversion between various group units or inserted broadcasting steps for top-down planning.  Tools, such as filters, that can be used in queries and planning functions. You can use these tools to personalize planning more flexibly. The variables for setting object parameters can also be used. These can normally be wherever selections are relevant, in data slices for example.  Central locking concept. This concept prevents the same data from being changed by different users at the same time. Modeling Planning Scenarios 

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Using SAP Business Explorers (SAP BEx) for BW Integrated Planning, you can build integrated analytical applications that encompass planning and analysis functions.

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  • BW Integrated Planning

    As an integrated part of the SAP NetWeaver BW system, BW Integrated Planning enables you to

    make decisions that will increase the efficiency of your company. In addition to analyses of

    actual data, you can also use analyses of plan data. These can be analyses of manually entered

    data or analyses based on historical data in BW Integrated Planning. BW Integrated Planning

    includes processes that collect data from InfoProviders, queries or other BW objects, to convert

    them and write back new information to BW objects (such as InfoObjects).

    Using SAP Business Explorers (SAP BEx) for BW Integrated Planning, you can build integrated

    analytical applications that encompass planning and analysis functions.

    Planning Model

    The integration of planning functions is based on the planning model. The planning model

    defines the structure (such as granularity or work packages) of the planning. This contains the

    following elements:

    Data store. All data that has been changed or will be changed is stored in real-time enabled

    InfoProviders. You can edit the data using real-time enabled InfoCubes, MultiProviders or

    virtual InfoProviders. The latter also have to real-time enabled however. You can define

    logical characteristic relationships between the data (such as hierarchical structure,

    relationships by attributes) on the level of the InfoCube. Using data slices, you can also

    protect data areas either temporarily or permanently against changes. At the InfoCube level,

    version concepts are prepared and hierarchical relationships are defined within characteristics.

    Data selection (characteristics and key figures) for individual planning steps. Aggregation

    levels that are used to structure or define views on data are defined here. (The aggregation

    level is the InfoProvider on which the input-ready queries are created.) This allows you to

    define the processing granularity for the data.

    Methods for manual or automatic data modification. Planning functions here allow you to can

    copy, revaluate, broadcast and delete data. You can also define complex planning formulas

    and use comprehensive forecasting functions. You can group planning functions together into

    planning sequences. This allows administrative steps to be automated and tasks to be

    performed between various planning process steps, making processing easier to use for

    everyone involved. Examples include automatic currency conversion between various group

    units or inserted broadcasting steps for top-down planning.

    Tools, such as filters, that can be used in queries and planning functions. You can use these

    tools to personalize planning more flexibly. The variables for setting object parameters can

    also be used. These can normally be wherever selections are relevant, in data slices for

    example.

    Central locking concept. This concept prevents the same data from being changed by different

    users at the same time.

    Modeling Planning Scenarios

  • To support you in modeling, managing and testing your planning scenarios, BW Integrated

    Planning offers Planning Modeler and the Planning Wizard.

    The Planning Wizard provides an easy introduction to planning modeling by offering guided

    navigation.

    Planning Applications

    In BEx Query Designer, you can define a query based on an input-ready InfoProvider of type

    Aggregation Level. These queries can be used for manual planning in a planning application.

    You can also use planning functions in planning applications, thus automating your planning. To

    do this, you can integrate the planning functions in SAP BEx applications as pushbuttons. You

    can also include them in process chains and execute them at predefined times.

    More Information

    To find out more about BW Integrated Planning, see:

    Planning Business Data with BW Integrated Planning

    Planning Modeler

    In SAP BEx Analyzer and Web Application Designer, you build planning applications that

    support both manual and automatic data entry and changes to data.

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    The following content is not part of SAP product documentation. For more information, see the

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