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Evolution of Robotics—Growth Opportunities in the Age of Industrie 4.0
Evolution of Robotics—Growth Opportunities in the Age of Industrie 4.0
Disruptive Trends and Technologies Affecting the Industrial Robotics Industry
RELEASE DATE
09-May-2016
09-May-2016
REGION
Global
Global
Research Code: MB76-01-00-00-00
SKU: IA01291-GL-MR_18540
$4,950.00
Special Price $3,712.50 save 25 %
In stock
SKU
IA01291-GL-MR_18540
Description
This strategic research service provides a detailed assessment of the key trends and technologies for industrial robots in the Industrial Internet of Things (IIoT) ecosystem. Some of the key focal areas include development of cobots and the new age workforce, advancements in robotic parts, and software and applications. The study provides an outlook of the key challenges, opportunities, and strategies for industrial robotic value chain participants and solution providers.
Table of Contents
Key Findings
Evolution of Robots: Industrial Robots Snapshot, Global, 2015
Evolution of Robots: Annual Supply of Industrial Robots by Industry, Global,2014
Evolution of Robots: Industrial Robots Density by Country, Global, 2015
Evolution of Robots: Industrial Robots Initiatives, Global, 2015
Evolution of Robots: IIoT and Industrial Robots, Global, 2015
Industrial Internet of Things—The 4 Functional Facets
Frost & Sullivan Offerings- 2015–2016 Research Portfolio
Study Overview
The Industry Value Chain
Addressing the 3 D‘s—Difficult, Dangerous, Dull Jobs
Limitations to Robotic Applications
Growing Application Requirements
Robotic Evolution
Robots and IIoT
Developments in Robotic Applications
Big Data, the Cloud, and Robots
Mobile Robots
Advanced Robotic Applications
Case Example: Ericsson‘s Mobile Cloud Robots
Robotic Partnerships
New Business Models—Self-Adaptive Robotic Ecosystems
Collaborative Robots—Development of Hybrid Teams
Defining Collaboration
Collaborative Robots on the Plant Floor
Developing Adaptive Robots
Development in Robot Part Types
Adaptive Hardware Components
The Importance of Robotic Software
Understanding the Software Infrastructure
Developing Intelligent Robots
Advancements in Robotics Software
Robots on Duty—Industrial Developments
Case Examples—Robots in the Warehouse
List of Figures- 1. Evolution of Robots: Key Findings, Global, 2015
- 2. Evolution of Robots: Industrial Robots Snapshot, Global, 2015
- 3. Sales of Industrial Robots, Global, 2002–2015
- 4. Evolution of Robots: Annual Supply of Industrial Robots by Industry, Global,2014
- 5. Evolution of Robots: Industrial Robots Density by Country, Global, 2015
- 6. Evolution of Robots: Industrial Robots Initiatives, Global, 2015
- 7. Evolution of Robots: IIoT and Industrial Robots, Global, 2015
- 8. Evolution of Robots: Research Scope and Objective, Global, 2015
- 9. Evolution of Robots: Value Chain, Global, 2015
- 10. Evolution of Robots: Current Drivers to Implement Robotic Solutions, Global, 2015
- 11. Evolution of Robots: Key Challenges, Global, 2015
- 12. Evolution of Robots: Traditional Robotic Applications, Global, 2015
- 13. Evolution of Robots: Opportunities for Robotic Applications, Global, 2016–2020
- 14. Evolution of Robots: Robotic Developments, Global, 2015
- 15. Evolution of Robots: Advantages of Robots and IIoT, Global, 2015
- 16. Evolution of Robots: Robotic Requirements and Developments, Global, 2015
- 17. Evolution of Robots: IIoT and Application Developments, Global, 2015
- 18. Evolution of Robots: Big Data, Cloud, and Robots, Global, 2015
- 19. Evolution of Robots: Big Data and Cloud Capabilities, Global, 2015
- 20. Evolution of Robots: Mobile Robots Architecture, Global, 2015
- 21. Evolution of Robots: Mobile Robot Types and Developments, Global, 2015
- 22. Evolution of Robots: Advanced Applications, Global, 2015
- 23. Evolution of Robots: Mobile Cloud Robots, Global, 2015
- 24. Evolution of Robots: Industrial Developments, Global, 2015
- 25. Evolution of Robots: Components of Self-Adaptive Robotic Ecosystems, Global, 2015
- 26. Evolution of Robots: Cobot Characteristics, Global, 2015
- 27. Evolution of Robots: Key Cobot Capabilities, Global, 2015
- 28. Evolution of Robots: Collaborative Robot Examples, Global, 2015
- 29. Evolution of Robots: Development Examples in Robotic Parts, Global, 2015
- 30. Evolution of Robots: Development Examples in Robotic Parts, Global, 2015
- 31. Evolution of Robots: Robotic Hardware Developments, Global, 2015
- 32. Evolution of Robots: Robotic Software Applications, Global, 2015
- 33. Evolution of Robots: Software Infrastructure of the Robots, Global, 2015
- 34. Evolution of Robots: Robotics Software Examples, Global, 2015
- 35. Evolution of Robots: Development in Robotics Software Applications, Global, 2015
- 36. Evolution of Robots: Industrial Developments, Global, 2015-2020
- 37. Evolution of Robots: Warehouse Robot Companies and Application, Global, 2015
This strategic research service provides a detailed assessment of the key trends and technologies for industrial robots in the Industrial Internet of Things (IIoT) ecosystem. Some of the key focal areas include development of cobots and the new age workforce, advancements in robotic parts, and software and applications. The study provides an outlook of the key challenges, opportunities, and strategies for industrial robotic value chain participants and solution providers.
| No Index | No |
|---|---|
| Podcast | No |
| Table of Contents | | Executive Summary~ || Key Findings~ || Evolution of Robots: Industrial Robots Snapshot, Global, 2015~ || Evolution of Robots: Annual Supply of Industrial Robots by Industry, Global,2014~ || Evolution of Robots: Industrial Robots Density by Country, Global, 2015~ || Evolution of Robots: Industrial Robots Initiatives, Global, 2015~ || Evolution of Robots: IIoT and Industrial Robots, Global, 2015~ | Industrial Internet of Things—A Research Perspective~ || Industrial Internet of Things—The 4 Functional Facets~ ||| Industry Convergence: IT-OT~ ||| Services 2.0~ ||| Supply Chain Evolution~ ||| The Industry 4.0 Business Ecosystem~ || Frost & Sullivan Offerings- 2015–2016 Research Portfolio~ | Research Scope and Objectives~ || Study Overview~ ||| Objectives~ ||| Base Year~ ||| Forecast Period~ ||| Geographical Scope~ ||| End-user Verticals~ || The Industry Value Chain~ | The ?R? Generation—Reduce, Replicate, and Respond~ || Addressing the 3 D‘s—Difficult, Dangerous, Dull Jobs~ || Limitations to Robotic Applications~ || Growing Application Requirements~ | The New Age Robots—Evolution or Revolution~ || Robotic Evolution~ || Robots and IIoT~ || Developments in Robotic Applications~ || Big Data, the Cloud, and Robots~ || Mobile Robots~ || Advanced Robotic Applications~ ||| Wearable Robots~ ||| Nanobots~ ||| Artificial Intelligence (AI) and Robots~ ||| 3D Printing~ || Case Example: Ericsson‘s Mobile Cloud Robots~ || Robotic Partnerships~ | Re-Set the Robotic Models~ || New Business Models—Self-Adaptive Robotic Ecosystems~ || Collaborative Robots—Development of Hybrid Teams~ || Defining Collaboration~ || Collaborative Robots on the Plant Floor~ || Developing Adaptive Robots~ || Development in Robot Part Types~ ||| Sensors~ ||| Advanced end-effector technology~ ||| Robotic controllers~ ||| Software~ || Adaptive Hardware Components~ || The Importance of Robotic Software~ || Understanding the Software Infrastructure~ || Developing Intelligent Robots~ || Advancements in Robotics Software~ || Robots on Duty—Industrial Developments~ || Case Examples—Robots in the Warehouse~ | The Last Word- 3 Big Predictions~ | Legal Disclaimer~ | The Frost & Sullivan Story~ |
| List of Charts and Figures | 1. Evolution of Robots: Key Findings, Global, 2015~ 2. Evolution of Robots: Industrial Robots Snapshot, Global, 2015~ 3. Sales of Industrial Robots, Global, 2002–2015~ 4. Evolution of Robots: Annual Supply of Industrial Robots by Industry, Global,2014~ 5. Evolution of Robots: Industrial Robots Density by Country, Global, 2015~ 6. Evolution of Robots: Industrial Robots Initiatives, Global, 2015~ 7. Evolution of Robots: IIoT and Industrial Robots, Global, 2015~ 8. Evolution of Robots: Research Scope and Objective, Global, 2015~ 9. Evolution of Robots: Value Chain, Global, 2015~ 10. Evolution of Robots: Current Drivers to Implement Robotic Solutions, Global, 2015~ 11. Evolution of Robots: Key Challenges, Global, 2015~ 12. Evolution of Robots: Traditional Robotic Applications, Global, 2015~ 13. Evolution of Robots: Opportunities for Robotic Applications, Global, 2016–2020~ 14. Evolution of Robots: Robotic Developments, Global, 2015~ 15. Evolution of Robots: Advantages of Robots and IIoT, Global, 2015~ 16. Evolution of Robots: Robotic Requirements and Developments, Global, 2015~ 17. Evolution of Robots: IIoT and Application Developments, Global, 2015~ 18. Evolution of Robots: Big Data, Cloud, and Robots, Global, 2015~ 19. Evolution of Robots: Big Data and Cloud Capabilities, Global, 2015~ 20. Evolution of Robots: Mobile Robots Architecture, Global, 2015~ 21. Evolution of Robots: Mobile Robot Types and Developments, Global, 2015~ 22. Evolution of Robots: Advanced Applications, Global, 2015~ 23. Evolution of Robots: Mobile Cloud Robots, Global, 2015~ 24. Evolution of Robots: Industrial Developments, Global, 2015~ 25. Evolution of Robots: Components of Self-Adaptive Robotic Ecosystems, Global, 2015~ 26. Evolution of Robots: Cobot Characteristics, Global, 2015~ 27. Evolution of Robots: Key Cobot Capabilities, Global, 2015~ 28. Evolution of Robots: Collaborative Robot Examples, Global, 2015~ 29. Evolution of Robots: Development Examples in Robotic Parts, Global, 2015~ 30. Evolution of Robots: Development Examples in Robotic Parts, Global, 2015~ 31. Evolution of Robots: Robotic Hardware Developments, Global, 2015~ 32. Evolution of Robots: Robotic Software Applications, Global, 2015~ 33. Evolution of Robots: Software Infrastructure of the Robots, Global, 2015~ 34. Evolution of Robots: Robotics Software Examples, Global, 2015~ 35. Evolution of Robots: Development in Robotics Software Applications, Global, 2015~ 36. Evolution of Robots: Industrial Developments, Global, 2015-2020~ 37. Evolution of Robots: Warehouse Robot Companies and Application, Global, 2015~ |
| Author | Sonia Francisco |
| Industries | Industrial Automation |
| WIP Number | MB76-01-00-00-00 |
| Is Prebook | No |