Agile Model-Based Systems Engineering Cookbook: Improve system development by applying proven recipes for effective agile systems engineering, 2nd Edition

Cover
Copyright page
Contributors
Table of contents
Preface
Chapter 1: Basics of Agile Systems Modeling
	What’s agile all about?
	Model-Based Systems Engineering (MBSE)
	Managing your backlog
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		Example
	Measuring your success
		How to do it
		Example
	Some considerations
	Managing risk
		Purpose
		Inputs and proconditions
		Outputs and postconditions
		How to do it
		Example
	Product roadmap
		Purpose
		Inputs and preconditions
		How to do it
		Example
	Release plan
		Purpose
		Inputs and preconditons
		Outputs and postconditions
		How to do it
		Example
	Iteration plan
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		Example
	Estimating Effort
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		How it works
		Example
	Work item prioritization
		Purpose
		Inputs and preconditions
		How to do it
		How it works
		Example
	Iteration 0
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		Example
	Architecture 0
		Subsystem and component view
		Concurrency and resource view
		Distribution view
		Dependability view
		Deployment view
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		Example
		Additional note
	Organizing your models
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		How it works
		Example
	Managing change
		Purpose
		Inputs and preconditions
		How to do it
		Example
Chapter 2: System Specification
	Recipes in this chapter
	Why aren’t textual requirements enough?
	Definitions
	Functional Analysis with Scenarios
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		Example
	Functional analysis with activities
		Inputs and preconditions
		Outputs and postconditions
		How to do it
	Functional analysis with state machines
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		Example
	Functional Analysis with User Stories
		A little bit about user stories
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		Example
	Model-Based Safety Analysis
		A little bit about safety analysis
		Some Profiles
	Hazard analysis
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		Example
	Model-Based Threat Analysis
		Basics of Cyber-Physical Security
		Modeling for Security Analysis
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		Example
	Specifying Logical System Interfaces
		A Note about SysML Ports and Interfaces
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		Example
	Creating the Logical Data Schema
		Definitions
		Example
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		Example
Chapter 3: Developing System Architectures
	Recipes in this chapter
	Five critical views of architecture
		General architectural guidelines
	Architectural trade studies
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		Example
		Architectural merge
		Example
		Pattern-driven architecture
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		Example
		Subsystem and component architecture
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		Example
		Architectural allocation
	Creating subsystem interfaces from use case scenarios
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
	Specializing a reference architecture
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
Chapter 4: Handoff to Downstream Engineering
	Recipes in this chapter
	Activities for the handoff to downstream engineering
		Starting point for the examples
		Preparation for Handoff
		Federating Models for Handoff
		Logical to Physical Interfaces
		Deployment Architecture I: Allocation to Engineering Facets
		Deployment Architecture II: Interdisciplinary Interfaces
Chapter 5: Demonstration of Meeting Needs: Verification and Validation
	Recipes in this chapter
	Verification and validation
		Model simulation
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		Example
		Model-based testing
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		Example
		Computable constraint modeling
		Purpose
		Inputs and preconditions
		How to do it
		Example
	Traceability
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		Example
	Effective Reviews and walkthroughs
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		Example
	Managing Model Work Items
		Purpose
		Inputs and preconditions
		How to do it
		Example
	Test Driven Modeling
		Purpose
		Inputs and preconditions
		Outputs and postconditions
		How to do it
		Example
Appendix A: The Pegasus Bike Trainer
	Overview
	Pegasus High-Level Features
		Highly customizable bike fit
		Monitor exercise metrics
		Export/upload exercise metrics
		Variable power output
		Gearing emulation
		Controllable power level
		Incline control
		User interface
		Online training system compatible
		Configuration and OTA firmware updates
Packt page
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Index