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E-raamat: Systems Engineering with SysML/UML: Modeling, Analysis, Design

(member of the executive board, consultant and trainer at oose Innovative Informatik eG , Germany)
  • Formaat: PDF+DRM
  • Sari: The MK/OMG Press
  • Ilmumisaeg: 29-Aug-2011
  • Kirjastus: Morgan Kaufmann Publishers In
  • Keel: eng
  • ISBN-13: 9780080558318
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  • Formaat: PDF+DRM
  • Sari: The MK/OMG Press
  • Ilmumisaeg: 29-Aug-2011
  • Kirjastus: Morgan Kaufmann Publishers In
  • Keel: eng
  • ISBN-13: 9780080558318
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UML, the Universal Modeling Language, was the first language designed to fulfill the requirement for "universality." However, it is a software-specific language, and does not support the needs of engineers designing from the broader systems-based perspective. Therefore, SysML was created. It has been steadily gaining popularity, and many companies, especially in the heavily-regulated Defense, Automotive, Aerospace, Medical Device and Telecomms industries, are already using SysML, or are plannning to switch over to it in the near future.

However, little information is currently available on the market regarding SysML. Its use is just on the crest of becoming a widespread phenomenon, and so thousands of software engineers are now beginning to look for training and resources. The proposed book will provide an introduction to SysML, and instruction on how to implement it, for all these new users.

*The first available book on SysML in English

*Insider information! The author is a member of the SysML working group and has written sections of the specification

*Special focus comparing SysML and UML, and explaining how both can work together

UML, the Universal Modeling Language, was the first programming language designed to fulfill the requirement for "universality." However, it is a software-specific language, and does not support the needs of engineers designing from the broader systems-based perspective. Therefore, SysML was created. It has been steadily gaining popularity, and many companies, especially in the heavily-regulated Defense, Automotive, Aerospace, Medical Device and Telecomms industries, are already using SysML, or are plannning to switch over to it in the near future.

However, little information is currently available on the market regarding SysML. Its use is just on the crest of becoming a widespread phenomenon, and so thousands of software engineers are now beginning to look for training and resources. This book will serve as the one-stop, definitive guide that provide an introduction to SysML, and instruction on how to implement it, for all these new users.

*SysML is the latest emerging programming language--250,000 estimated software systems engineers are using it in the US alone!
*The first available book on SysML in English
*Insider information! The author is a member of the SysML working group and has written sections of the specification
*Special focus comparing SysML and UML, and explaining how both can work together

Muu info

SysML is the latest emerging programming language--250,000 estimated users in the US alone!
Foreword ix
Author Biography xii
Introduction
1(22)
Preliminaries
1(5)
Is This Book for Me?
3(1)
What Will I Get from This Book?
3(1)
What Motivated This Book? And Thanks!
4(1)
How Do I Read This Book?
5(1)
What Next?
5(1)
Systems Engineering
6(10)
What Is Systems Engineering?
7(3)
Systems Engineering Processes
10(2)
The Systems Engineer
12(1)
Systems Engineering History
13(1)
International Council on Systems Engineering
14(1)
Systems Engineering versus Software Engineering
15(1)
Marginal Notes
15(1)
The OMG SysML™ and UML™ Languages
16(1)
Book Context
17(6)
Autosar
18(1)
Capability Maturity Model Integration
18(1)
BPM
19(1)
ISO/IEC 15288
19(1)
MATLAP/Simulink
20(1)
The Requirement Interchange Format
20(1)
Statemate
21(1)
Step
21(1)
Specification and Description Language
22(1)
V-Model XT
22(1)
The Pragmatic Sysmod Approach
23(120)
Case Study
24(9)
Describe Project Context
28(5)
Determining Requirements
33(12)
Identify Stakeholders
34(4)
Collect Requirements
38(7)
Modeling the System Context
45(18)
Identify System Actors
45(9)
Model System/Actor Information Flow
54(5)
Identify System Interaction Points
59(4)
Modeling Use Cases
63(39)
Identify Use Cases
65(10)
Describe Use Case Essences
75(5)
Describe System Processes
80(4)
Model Use Cases Without Redundancies
84(4)
Model Use Case Flows
88(6)
Model Object Flows
94(8)
Model Domain Knowledge
102(5)
Create Glossary
107(3)
Realizing Use Cases
110(18)
Model System/Actor Interaction
112(2)
Derive System Interfaces
114(2)
Model System Structures
116(9)
Desire State Model
125(3)
Marginal Notes
128(15)
Variant Management
129(1)
Model Simulation
130(1)
Tasting
131(3)
The System of Systems
134(1)
Modeling Patterns
135(4)
Model Views
139(4)
UML---Unified Modeling Language
143(80)
History
144(2)
Structure and Concepts
146(2)
The Class Diagram
148(16)
Class
149(2)
Attribute
151(2)
Operation
153(1)
Association
154(1)
Aggregation and Composition
155(2)
Dependency
157(1)
Abstraction Dependency
158(1)
Generalization
158(2)
Interface
160(1)
Signal
161(1)
Data Types
162(1)
Association Class
163(1)
The Composite Structure Diagram
164(4)
Role
165(2)
Connector
167(1)
Port
167(1)
The Use Case Diagram
168(5)
Use Case
168(2)
Actor
170(3)
Include Relationship
173(1)
The Activity Diagram
173(19)
Activity
174(3)
Action and PIN
177(2)
Parameter Set
179(3)
Activity Edge
182(1)
Initial and Final Nodes
182(3)
Decision and Merge Nodes
185(1)
Fork and Join Nodes
186(3)
Interruptible Activity Region
189(1)
Expansion Region
190(1)
Activity Partition
191(1)
The State Machine Diagram
192(11)
State Machine
192(1)
State
193(2)
Transition
195(2)
Trigger and Event
197(1)
Initial and Final States
198(1)
Pseudostate
199(4)
Interaction Diagrams
203(11)
Interaction
204(1)
Lifeline
205(1)
Message
206(1)
Combined Fragment
207(3)
Interaction Use
210(1)
State Invariant
211(1)
Time Constraints
212(2)
The Package Diagram
214(1)
Package
214(1)
Other Model Elements
214(9)
Diagram Frame
215(1)
The Stereotype Extension Mechanism
216(2)
Information Item and Information Flow
218(2)
Comment
220(1)
Constraint
220(3)
SysML---The Systems Modeling Language
223(48)
History
224(1)
Structure and Concepts
225(1)
The Requirement Diagram
226(12)
Requirement
227(2)
The Derive Requirement Relationship
229(1)
Namespace Containment
230(1)
Satisfy Relationship
231(2)
Copy Relationship
233(1)
Verify Relationship
234(1)
Test Case
235(1)
Refine Relationship
235(1)
Trace Relationship
236(1)
Table Notation
237(1)
Allocation
238(4)
Allocation
240(1)
Allocate Activity Partition
241(1)
Table Notation
242(1)
Block Diagrams
242(12)
Block
243(4)
Distribution Definition
247(1)
Value Type
247(1)
Unit and Dimension
248(2)
Flow Port
250(2)
Item Flow
252(1)
Association Block
252(1)
Data Types
253(1)
The Parametric Diagram
254(2)
Constraint Block
254(2)
The Use Case Diagram
256(1)
The Activity Diagram
257(7)
Activity Composition (Function Tree)
258(1)
Control Operator
258(3)
Rate
261(1)
Special Object Node Properties
261(3)
Probability
264(1)
The State Machine Diagram
264(1)
Interaction Diagrams
265(1)
General Modeling Elements
265(6)
Rationale
266(1)
Diagram Frame
266(2)
Model View and Viewpoint
268(2)
Problem
270(1)
Systems Engineering Profile---Sysmod
271(14)
Actor Categories
271(3)
Discipline-Specific Elements
274(1)
Extended Requirement
275(1)
Essential Activity
276(1)
Domain Block
277(1)
Weighted Requirement Relationships
278(1)
Continuous and Secondary Use Cases
279(2)
Stakeholders
281(1)
Systems and Subsystems
282(1)
System Context Elements
283(1)
System Processes
283(2)
Glossary 285(10)
References 295(4)
Index 299


Tim Weilkiens is a Managin Director of oose Innovative Informatik GmbH. He is the author of numerous books and other publications and content development of the OCEB certification program.