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System design and implementation principles for industry 4.0 : development of cyber-physical production systems / Luis Ribeiro.

By: Material type: TextTextLanguage: English Publisher: Lund : Studentlitteratur, [2020]Manufacturer: 2020Description: 193 sidor illustrationer 25 cmContent type:
  • text
Media type:
  • unmediated
Carrier type:
  • volume
ISBN:
  • 9789144138930
Subject(s): DDC classification:
  • 005.1 23/swe
Summary: This book narrows down the ever expanding domain of the Fourth Industrial Revolution and concentrates in Production Systems. It focuses in control and execution aspects. The reader will learn about design and implementation of production systems that are cyber-physically formulated. These are modular and each component is autonomous within its design purposes. The overall result is an highly resilient and scalable system where constant change is part of the system’s operations. The book is divided in two parts. The first contains the theoretical basics of Cyber-Physical Productions Systems. The second provides a simple but illustrative programming exercise that will lead the reader in creating a prototype implementation of the cyber part of Cyber-Physical Production System. The book is accessible to everyone with a genuine interest in this emerging area. Readers with an engineering background will find it easier to understand as the book targets mainly Mechanical, Production and Automation Engineers but also Computer Scientists with an interest in developing industrial software solutions.
Holdings
Item type Current library Call number Status Barcode
Course book Högskolan Väst Entréplan / Entrance floor 005.1 Ribeiro Available 6004300072266
Course book reference Högskolan Väst Entréplan / Entrance floor 005.1 Ribeiro Läses i biblioteket - Library use only 6004300072268
Total holds: 0

This book narrows down the ever expanding domain of the Fourth Industrial Revolution and concentrates in Production Systems. It focuses in control and execution aspects. The reader will learn about design and implementation of production systems that are cyber-physically formulated. These are modular and each component is autonomous within its design purposes. The overall result is an highly resilient and scalable system where constant change is part of the system’s operations. The book is divided in two parts. The first contains the theoretical basics of Cyber-Physical Productions Systems. The second provides a simple but illustrative programming exercise that will lead the reader in creating a prototype implementation of the cyber part of Cyber-Physical Production System. The book is accessible to everyone with a genuine interest in this emerging area. Readers with an engineering background will find it easier to understand as the book targets mainly Mechanical, Production and Automation Engineers but also Computer Scientists with an interest in developing industrial software solutions.