Smart automation to smart manufacturing : industrial Internet of things /
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Author / Creator: | Elangovan, Uthayan, author. |
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Imprint: | New York, New York (222 East 46th Street, New York, NY 10017) : Momentum Press, 2019. |
Description: | 1 online resource (1 PDF (xi, 99 pages)) : illustrations |
Language: | English |
Series: | Manufacturing and processes collection Manufacturing and processes collection. |
Subject: | |
Format: | E-Resource Book |
URL for this record: | http://pi.lib.uchicago.edu/1001/cat/bib/12485508 |
Table of Contents:
- 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.