Research in Engineering and Management of Advanced Manufacturing Systems

<ul><li>Preface and Committees</li><li>Chapter 1: Modern Trends in Manufacturing Management</li><li>Deriving an Economic Model for the Production of New Materials</li><li>Innovative Model of Economic Development in the Region</li><li>Cluster Policy and its Influence on Economic Competitiveness</li><li>Knowledge Model of Corporate Governance</li><li>Mathematical Methods in Planning Production Capacity as Exemplified by Enterprises of the Footwear Sector</li><li>Linking Management Levels of the Production Process</li><li>Qualitative Problems in Enterprises</li><li>Risk Assessment Using the AHP Method in the Automotive Industry</li><li>Selected Directions in Analysis of Innovative Activities in Enterprises</li><li>Case Study of Production Diversification Strategy in an Industrial Company</li><li>Chapter 2: Machines and Equipments of Manufacturing Systems</li><li>Measurement of the Distance between Axes of Holes with the Roundtest RA-120</li><li>Non-Destructive Testing of Inhomogeneity of Wood Plastic Composite</li><li>Product Quality Improvement Using Simulation Tools</li><li>Simulation of Robot Motion Operating in the Workcell to Specify Servomotors in its Individual Joints</li><li>Study the Quality of Welded Joints of Steel S235</li><li>The Comprehensive Comparison of the Selected Cutting Materials with Standard ISO 3685 in Machining Process of Steel C60</li><li>The Principles of Fixtures Design and their Application at Virtual Modelling in CAD/CAM System</li><li>The Shift towards Smart, Green and Integrated Raw Materials Efficiency</li><li>The Comparison of Durability Ceramic Cutting Tools in Turning Process of Steel 80MoCrV4016</li><li>Upgrade of the Function Quality of the Machine Tools by the Oscillations Compensation</li><li>The Simulation as a Tool for Technical Devices Design and Optimization</li><li>Chapter 3: Logistics and RFID in Manufacturing Systems</li><li>EPCIS Implementation and Customization for Automotive Industry</li><li>Applying RFID for Synchronization of Factory Floor Documentation in Robotic Manufacturing Cells</li><li>Application of RFID Technology in Public Transport Company</li><li>Application of RFID and ICT in Reverse Logistic in Poland</li><li>Logistic of Building Simulation Model of Healthcare Facility for Further Performance Management - Case Study</li><li>Opportunity of RFID Using for Intermodal Transport in Security of Goods</li><li>Supply Chain Management in Condition of Production Company</li><li>Comparison of Reading Speed of Bar Codes and RFID</li><li>Transport Effectiveness in Distribution of Steel Products</li><li>Chapter 4: Researching and Designing of Industrial and Manufacturing Systems</li><li>Production-Oriented Cell Formation Methods and Performance Indicators: Taxonomic Review and Trends</li><li>Design Policies in Virtual Cellular Manufacturing Systems by Multi-Domain Simulation Environment</li><li>Approach to Creating Structures of Production Systems</li><li>Possibilities of Production Simulation in Software Product Tecnomatix - Plant Simulation at Wood Processing Example</li><li>Practical Requirements on Production Systems</li><li>The Creation of the New Enterprise Planning and Control System for the Magnesite Extraction and Processing</li><li>Application of Virtual Reality Means in Dashboard Function and Dashboard Assembly Fixture Ergonomic Analysis</li><li>Occupational Hazard Prevention in Manufacturing Systems</li><li>Optimizing Assembly Production Structures Based on Complexity Criterion</li><li>Application of the Ergonomic Redesign in Terms of Workplace Rationalization</li><li>Product Configurations in Terms of Mass Customized Assembly Systems</li></ul>