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Foreword | |
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Acronyms | |
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Introduction | |
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Motivation | |
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Aim of This Book | |
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Structure of This Book | |
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Factory of the Future | |
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Historical Development of Manufacturing Execution Systems | |
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Development of Business Data Processing | |
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The Integration Concept: From CIM to the Digital Factory | |
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Definitions of Terms | |
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Classification of Terms | |
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Company Management Level | |
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Production Management Level | |
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Control/Automation Level | |
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Shortfalls of Existing Architectures and Solutions | |
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Patchwork | |
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No Common Database | |
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Excessive Response Times | |
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High Operating and Management Outlay | |
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Demands of Future Production Management Systems | |
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Target Management | |
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Integration of Applications and Data | |
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Real-Time Data Management | |
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Information Management | |
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Compliance Management | |
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Lean Sigma and MES | |
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Summary | |
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Concepts and Technologies | |
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Commonalities between Existing Approaches and MES | |
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Norms and Guidelines | |
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ISA | |
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IEC | |
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VDI | |
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FDA | |
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NAMUR | |
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Recommendations | |
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MESA | |
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VDA | |
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VDMA | |
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ZVEI | |
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Adjacent Areas | |
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Historical Development of ERP/PPS Systems | |
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ERP/PPS Systems | |
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Process Management Systems | |
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Scada Systems | |
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Simulation Systems | |
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Product Lifecycle Management | |
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Historical Development | |
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Product Model | |
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Process Model | |
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Implementation Strategies | |
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Points of Contact with MES | |
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Summary | |
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Core Function-Production Flow-Oriented Design | |
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Cross-System Cohesiveness | |
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Classification in the Overall System | |
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General and Complete Data Model | |
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Origins of Master Data | |
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Data Model for Product Definition | |
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Relevant Concepts | |
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The Operation | |
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The Work Plan | |
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The Parts List | |
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Change Management and Product History | |
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Data Model for Resource Management | |
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Description of Production Environment | |
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Production Personnel | |
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Operating Resources | |
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Materials and Preliminary Products | |
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Information and Documents | |
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System and Auxiliary Data | |
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Order Fulfillment Data | |
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Orders | |
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Production Data, Operating Data, and Machine Data | |
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Derived Performance Data and Figures | |
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Summary | |
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Core Function-Production Flow-Oriented Planning | |
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Integration within the Overall Process | |
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Order Data Management | |
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Supply Management within the MES | |
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Demand Planning | |
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Material Requirement Calculation | |
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Material Disposition in the MES or ERP System | |
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Incoming Goods | |
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Interaction between the ERP System and the MES | |
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Material Warehousing Costs | |
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The Planning Process | |
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Planning Objectives | |
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The "Updated" Work Plan: Condition for Optimized Planning | |
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Work Scheduling | |
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Strategies for Sequence Planning and Planning Algorithms | |
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Forward Planning/Reverse Planning/Bottleneck Planning | |
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Collision-Free Planning of a Time Container | |
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Setup Optimization and Warehousing Costs | |
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The Importance of the Control Station | |
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Core Elements | |
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User Interface | |
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Personnel Planning and Release of Orders | |
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Summary | |
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Core Function-Order Processing | |
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General Information on Order Processing | |
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Classification within the Overall System | |
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Functions of Order Fulfillment | |
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The MES Terminal | |
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Order Preparation and Setup | |
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Changing Tools | |
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Machine Settings | |
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Material Provision | |
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Test Run | |
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Order Control | |
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Information Management | |
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Control and Tracing of Production Units | |
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Managing the Production Bin | |
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Material Flow Control | |
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Order Processing and Operating Data Recording | |
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Process and Quality Assurance | |
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Performance Data | |
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Involved Departments | |
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Key Figures and Performance Record | |
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Ongoing Analysis and Evaluations | |
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More Long-Term Analyses and Evaluations | |
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Maintenance Management | |
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Tasks | |
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Preventive Maintenance and Repair | |
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Alarm Management | |
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Summary | |
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Technical Aspects | |
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Software Architecture | |
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Fundamental Variants | |
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Overview of Central Components | |
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Platform Independence | |
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Scalability | |
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Flexible Adjustment versus Suitability for Updates | |
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MES and Service-Oriented Architecture (SOA) | |
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Database | |
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Introduction | |
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Resource Monitoring | |
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Scaling the Database System | |
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Data Management and Archiving | |
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Running Maintenance | |
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Interfaces with Other IT Systems | |
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Overview | |
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Interface with Production | |
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Interface with an ERP System | |
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Interface with the IT Infrastructure | |
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Interface with Communication Systems | |
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Other Interfaces | |
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User Interfaces | |
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Usage and Visualization | |
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Reporting | |
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Automated Information Distribution | |
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Summary | |
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Evaluation of the Cost-Effectiveness of Mes | |
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General Information on Cost-Effectiveness | |
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Calculation of Cost-Effectiveness | |
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Comparative Cost Method | |
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Value-Benefit Analysis | |
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Performance Measurement | |
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Total Cost of Ownership | |
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General Information on Evaluation | |
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Assessing Cost-Effectiveness in Practice | |
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Rationalization Measures in Production | |
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MES for Reducing Sources of Loss | |
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The Benefits of an MES | |
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Integrated Data Transparency | |
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Reducing Time Usage | |
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Reducing Administration Expenses | |
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Improved Customer Service | |
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Improved Quality | |
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Early Warning System, Real-Time Cost Control | |
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Increasing Employee Productivity | |
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Compliance with Directives | |
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The Costs of an MES | |
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Summary | |
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Implementing an MES in Production | |
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Implementing IT Systems in General | |
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Selection of Components | |
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Implementation Strategies | |
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Problems during Implementation | |
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Preparation of the Implementation Project | |
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Establishing the Core Team | |
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The Fundamental Decision: MES: Yes or No | |
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Establishing the Project Team | |
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Analysis of the Actual Situation | |
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Introduction | |
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Existing Infrastructure | |
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Existing Processes and Required Functions | |
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Key Figures as the Basis for Monitoring Success | |
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Suitable Key Figures for Success Monitoring | |
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Other Factors for Success | |
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Creation of a Project Plan | |
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Contract Specifications | |
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Selection of a Suitable System | |
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Market Situation | |
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Short-Listing and Limiting to Two or Three Applicants | |
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Detailed Analysis of the Favorites and Decision | |
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Implementation Process | |
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Project Management | |
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Training Management | |
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Operating Concept | |
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Summary | |
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Examples for Application | |
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Mixed Processes | |
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Sensient Technologies: Emulsions | |
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Information on Sensient Technologies Corporation | |
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Description of the Production Process | |
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Basic Quantity Units and Production Units | |
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Production Process Plan | |
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Challenges for the MES | |
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Realization and Implementation | |
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Acker: Synthetic Fiber Fabrics | |
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Information on the Company | |
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Description of the Production Process | |
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Basic Quantity Units and Production Units | |
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Production Flow Plan | |
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Tasks of the MES | |
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Challenges | |
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Realization and Implementation | |
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Summary | |
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Visions | |
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Merging the Systems | |
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The MES as a Medium of Product-Development Management | |
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Phases of Product Development | |
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Request Handling | |
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Concept Documentation and Designing Requirements | |
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Construction of the Product | |
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Computer-Aided Flow Planning | |
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Production Management | |
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Standardization of Function Modules | |
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Merging Consultancy Activities and IT Systems | |
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Summary | |
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Summary of the Book | |
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References | |
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Glossary | |
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Index | |