Smart automation to smart manufacturing : industrial Internet of things /

The book is virtually a one volume encyclopedia on industrial Internet of things, the author explain its evolution, M2M data communication, real time business application and business use case as well touch base the technology prerequisite along with high level overview of implementing IIoT to achie...

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor principal: Elangovan, Uthayan (Autor)
Formato: Electrónico eBook
Idioma:Inglés
Publicado: New York, New York (222 East 46th Street, New York, NY 10017) : Momentum Press, 2019.
Colección:Manufacturing and processes collection.
Temas:
Internet of things.
Manufacturing processes > Automation.
Computer-assisted instruction.
Blockchains (Databases)
Internet des objets.
Fabrication > Automatisation.
Enseignement assisté par ordinateur.
Chaînes de blocs.
Computer-assisted instruction
Internet of things
Manufacturing processes > Automation
Industry 4.0.
Industrial Internet of things.
SMART manufacturing.
SMART automation.
Process automation.
Process efficiency.
Predictive analytics.
Machine-to-machine (M2M)
Industrial Revolution.
Acceso en línea:Texto completo
Tabla de Contenidos:
  • 1. Industrial Revolution. 1.1. Industry ; 1.2. Industry ; 1.3. Industry ; 1.4. Industry ; 1.5. Outcomes of the Industrial Revolution ; 1.6. Summary
  • 2. Industry 4.0. 2.1. Industry ; 2.2. Additive manufacturing ; 2.3. Possible use case of 3D printing ; 2.4. Simulation and digital twin ; 2.5. Augmented reality ; 2.6. Autonomous robots ; 2.7. Blockchain ; 2.8. Big data ; 2.9. Cloud computing ; 2.10. Summary
  • 3. Machine2Machine (M2M). 3.1. M2M working business scenario ; 3.2. POS use case ; 3.3. Business challenge ; 3.4. M2M in aviation ; 3.5. M2M versus IoT ; 3.6. M2M enhances IIoT and IoT
  • 4. Internet of things (IoT)/Industrial internet of things (IIoT). 4.1. Evolution of Internet ; 4.2. Internet of boffins ; 4.3. Internet of geeks ; 4.4. Internet of masses ; 4.5. Mobile Internet ; 4.6. Internet of things ; 4.7. Some definitions of IoT ; 4.8. Why IoT ; 4.9. SMART light control in home using IoT ; 4.10. SMART soilless farming in home using IoT ; 4.11. Industrial Internet of things ; 4.12 SMART light and temperature control in industrial buildings using IoT ; 4.13. IoT versus IIoT ; 4.14. Challenges of IoT ; 4.15. Benefits of IoT ; 4.16. Summary
  • 5. Things in IoT. 5.1. Things ; 5.2. Find a stolen SMART phone ; 5.3. Summary
  • 6. Major components of IIoT--HW/SW/Communication. 6.1. Components of IIoT ; 6.2. Hardware ; 6.3. Standard tools ; 6.4. Software application ; 6.5. Communication technology ; 6.6. Processing unit ; 6.7. Cloud ; 6.8. IIoT platforms ; 6.9. Summary
  • 7. IIoT strategy and implementation. 7.1. IIoT strategy planning ; 7.2. IIoT implementation methodology ; 7.3. Challenges in adopting IIoT ; 7.4. Managing data ; 7.5. Factors need to be invested primarily to implement IIoT ; 7.6 Layers of IIoT architecture ; 7.7. Choosing the correct IIoT platform ; 7.8. Return on investment ; 7.9. Summary
  • 8. Process automation and lean IIoT. 8.1. Process automation ; 8.2. Process automation importance in manufacturing industry ; 8.3. Robotic process automation ; 8.4. Simple use case of a process automation ; 8.5. Simple process automation in shop floor ; 8.6. Lean IIoT ; 8.7. How lean Is value added to business via IIoT ; 8.8. Summary
  • 9. IIoT Business use case. 9.1. Overview ; 9.2. SMART asset tracking and monitoring in transportation ; 9.3. Process flow of e-bicycle ; 9.4. IIoT for SMART tool management in the FMS ; 9.5. IIoT for smart manufacturing and increased overall efficiency ; 9.6. SMART inventory control for raw materials
  • 10. Career path in IIoT/IoT.

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