Format:
1 Online-Ressource (170 Seiten)
Edition:
1st ed
ISBN:
9783031303753
Note:
Description based on publisher supplied metadata and other sources
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Intro -- Preface -- Introduction -- References -- Contents -- List of Figures -- List of Tables -- 1 Innovation and Innovation Ecosystem -- 1.1 Innovation -- 1.1.1 Defining Innovation -- 1.1.2 Defining Invention -- 1.1.3 Sustainable Innovation -- 1.1.4 Driving Force Behind Innovation -- 1.1.5 Classification of Innovation Activities -- 1.1.6 Accidental Innovation -- 1.2 Innovation Ecosystem in Corporate World -- 1.2.1 Creating Strategic Innovation Agenda -- 1.3 Innovation Ecosystem for Start-Ups -- 1.3.1 Funding and Valuation of a Start-Up -- References -- 2 Strategic Technology Development Process -- 2.1 Red Ocean Versus Blue Ocean Strategy -- 2.2 Value Creation -- 2.3 Product Life Cycle and Importance of Innovation Management -- 2.4 Pricing Strategy -- 2.5 Communication of Value Proposition -- 2.6 Technology Strategy and Roadmap -- 2.6.1 Creating Technology Roadmap -- 2.6.2 Defining the Problem/Challenge -- 2.6.3 Disclosure of Invention -- 2.6.4 Intellectual Property (IP) -- 2.6.5 Patenting Process -- 2.6.6 Patenting or Keeping Innovation Secret -- 2.6.7 Non-disclosure Agreement -- 2.6.8 Market/IPR Assessment -- 2.6.9 Time to Market -- 2.7 Business Model and Business Model Canvas (BMC) -- References -- 3 Managing Technology Development -- 3.1 Technology Readiness Level (TRL) -- 3.2 Customer Acceptance Level (CAL) -- 3.3 Managing Creative People -- 3.4 Why a Process is Needed -- 3.5 Concurrent Engineering and Its Benefits -- 3.6 Industrializing Innovation Process-Chinese Way [8] -- References -- 4 Systems Engineering Approach -- 4.1 Systems Engineering Management -- 4.2 The Development Process and System Requirements -- 4.2.1 Concept Development -- 4.2.2 Function Means Analysis -- 4.2.3 Process of Creating Systems Requirement Document -- 4.2.4 Requirements Analysis -- 4.2.5 Types of Requirements -- 4.2.6 System Requirements Document
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4.2.7 Requirements Verification Matrix -- 4.2.8 System Design Document -- 4.3 Technology Development Using Systems Engineering Process -- 4.4 Impact of Systems Engineering on Quality and Schedule-A Case Study -- References -- 5 Systems Engineering Best Practice and Useful Tools -- 5.1 Systems Engineering Best Practice -- 5.1.1 Qualification of New Technology -- 5.1.2 Decision Making Tool -- 5.2 Risk Management -- 5.3 Fast Track Technology Development Process -- 5.4 Lean Process in Technology Development -- 5.5 Some Challenges -- References -- 6 Key to Successful Fast Track Innovation -- 6.1 Overview of Product/Technology Development Process -- 6.2 Commercialization and Its Importance -- 6.2.1 Commercialization Pathways -- 6.3 A Few Words for Start-Ups -- Reference -- Appendix A Disclosure of Invention -- Appendix B Mutual Non-disclosure Agreement -- Appendix C Business Model Canvas -- Appendix D System Requirements Document -- D.1 Scope -- D.1.1 Identification -- D.1.2 Document Overview -- D.1.3 Definitions and Abbreviations -- D.2 References -- D.2.1 Document History -- D.3 System Description -- D.3.1 Business -- D.3.2 Initial Need -- D.3.3 Stakeholder Requirements -- D.3.4 Context -- D.3.5 Interfaces -- D.3.6 Stakeholders -- D.3.7 Use Cases -- D.3.8 Operational Modes -- D.3.9 States -- D.3.10 Load Scenarios -- D.3.10.1 External Impact -- D.3.10.2 Operational -- D.4 Requirements Specification -- D.4.1 Functional -- D.4.1.1 SW Version Retrievable -- D.4.1.2 System Status Monitoring -- D.4.1.3 Configuration of System Parameters -- D.4.1.4 SW Upgrade -- D.4.1.5 Hot-Swap -- D.4.1.6 Hot Swap XXX Computer -- D.4.1.7 Log Key System Events -- D.4.2 Non Functional -- D.4.2.1 Performance/Capability -- Battery Capacity (UPS) -- D.4.2.2 Safety, Health, Environmental Protection -- Operator Safety-Sharp Edges -- Operator Safety-Squeezing -- Battery Removal
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D.4.2.3 Quality -- Single Point of Failure -- Redundant Power Supply -- Redundant Communication Lines -- Maintenance-Online -- Ease of Access -- D.4.2.4 Law, Regulation, Standard -- D.4.2.5 Metrics (Dimension, Weight Etc.) -- Weight -- Build Space for Equipment-Instrument Room -- D.4.2.6 External Interface -- Lifting Points -- Power Supply from xxx -- D.4.2.7 Environmental Properties -- Electro Magnetic Compatibility (EMC) -- Electrical Noise -- Temperature Range-Operation -- Temperature Range-Storage -- Enclosure Protection-IP Code -- D.4.2.8 Materials -- Material Corrosion -- Tools -- Material Degradation -- Hazardous Materials -- RoHS-Restriction of Hazardous Substances Directive -- D.4.2.9 Design and Construction -- Tagging of Unit -- SW Components-Compatibility -- Protection Against Entanglement -- Use COTS Components -- Ease of Assembly/Disassembly -- Replaceable Units -- Fail-Safe Priority -- D.4.2.10 Human Factors -- Outdoor User Interface-Readability -- D.5 Verification -- D.6 Traceability -- Appendix E System Requirement Document Template -- E.1 Scope -- E.1.1 System Identification -- E.1.2 System Overview -- E.1.3 System Requirements Document Overview -- E.2 Applicable Documents -- E.2.1 General -- E.2.2 Government Documents -- E.2.2.1 Specifications, Standards, and Handbooks -- E.2.2.2 Other Government Documents, Drawings, and Publications -- E.2.3 Non-government Publications -- E.2.4 Order of Precedence -- E.3 Requirements -- E.3.1 Required States and Modes -- E.3.2 System Capability Requirements -- E.3.2.1 System Capability -- E.3.3 System External Interface Requirements -- E.3.3.1 Interface Identification and Diagrams -- Interface Diagram -- E.3.3.2 Project Unique Interface Identifier -- E.3.4 System Internal Interface Requirements -- E.3.5 System Internal Data Requirements -- E.3.6 Adaptation Requirements -- E.3.7 Safety Requirements
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E.3.8 Security and Privacy Requirements -- E.3.9 System Environment Requirements -- E.3.10 Computer Resource Requirements -- E.3.10.1 Computer Hardware Requirements -- E.3.10.2 Computer Hardware Resource Utilization Requirements -- E.3.10.3 Computer Software Requirements -- E.3.10.4 Computer Communications Requirements -- E.3.11 System Quality Factors -- E.3.12 Design and Construction Constraints -- E.3.13 Personnel Related Requirements -- E.3.14 Training Related Requirements -- E.3.15 Logistics Related Requirements -- E.3.16 Other Requirements -- E.3.17 Packaging Requirements -- E.3.18 Statutory, Regulatory, and Certification Requirements -- E.3.18.1 Statutory Requirements -- E.3.18.2 Regulatory Requirements -- E.3.18.3 Certification Requirements -- E.3.19 Precedence and Criticality of Requirements -- E.3.20 Demilitarization and Disposal -- E.4 Verification Provisions -- E.4.1 Verification Methods -- E.4.1.1 Demonstration -- E.4.1.2 Test -- E.4.1.3 Analysis -- E.4.1.4 Inspection -- E.4.1.5 Special Verification Methods -- E.5 Requirements Traceability -- E.5.1 Traceability to Capability Document or System Specification -- E.5.2 Traceability to Subsystems Requirements -- E.6 Appendix Section -- E.6.1 Appendix A-Acronyms and Definitions -- E.6.2 Appendix B-Key Performance Parameters/Key System Attributes -- E.6.3 Appendix C-Requirements Traceability Matrices -- E.6.4 Appendix D-Verification Matrices -- Appendix F A3 Template -- Appendix G Risk Register -- Index
Additional Edition:
Erscheint auch als Druck-Ausgabe Datta, Biplab Kumar Fast-Track Innovation and Commercialization: Tools and Techniques Cham : Springer,c2023 ISBN 9783031303746
Language:
English
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