Domain-Specific Application Frameworks Vol. 3 : Frameworks Experience by Industry

by Editor: Mohamed E. Fayad; Editor: Ralph E. Johnson

• ISBN13: 9780471332800
• ISBN10: 0471332801
• Edition: CD
• Format: Hardcover
• Copyright: 2000-01-01
• Publisher: Wiley

Summary

Object Technology An invaluable collection of domain-specific frameworks Domain-Specific Application Frameworks Frameworks provide generic software architectures that can be reused, indefinitely, to generate new applications. But they don't readily translate from one business or industry domain to another. A telecommunications framework looks very different from a currency trading framework, for instance. Developers need instruction on how to build frameworks specific to the domains for which they program. Now, this book/CD-ROM package gives developers models-and much more. Each chapter is built around a case study reporting a major framework implementation or customization project. The 30 examples contained in the book cover an array of application domains, including: * Flexible manufacturing architectures * Computer-integrated manufacturing * New generation control systems * Concurrent engineering * Reliable distributed computing * High-performance Web servers * Multimedia telecommunications * Networking and telecommunications * Industrial visualization * And many others The enclosed CD-ROM gives you: * Example frameworks * Documentation and manuals * Framework code and implementation tips * Sample framework architectures and models * Design patterns and presentations * Animated demonstrations

Author Biography

MOHAMED E. FAYAD, PhD, is a professor of computer science and engineering at the University of Nebraska, a columnist for Communications of the ACM, lead author of Wiley’s book Transition to Object-Oriented Software Development, guest editor for six different theme issues, and a former editor-in-chief of IEEE Computer Society Press. He is a pioneer and expert in object-oriented software engineering. RALPH E. JOHNSON, PhD, is a member of the famed "Gang of Four" and a professor of computer science at the University of Illinois, Urbana—Champaign.

Table of Contents

Dedication	iii
Preface	xv
Acknowledgments	xix
Introduction	1	(4)
Mohamed E. Fayad
Application Framework Classifications	2	(1)
Organization of This Book	2	(2)
Summary	4	(1)
References	4	(1)
Part One: Computer-Integrated Manufacturing Frameworks	5	(95)
Mohamed E. Fayad
Sematech CIM Framework	7	(14)
David Doscher
Robert Hodges
Background	7	(3)
Why Use a Framework?	10	(1)
Structure of the CIM Framework	11	(3)
Infrastructure Support for the CIM Framework	14	(2)
CIM Framework Documentation	16	(1)
Lessons from Framework Specification and Development	17	(1)
Future Directions	18	(1)
Summary	18	(1)
References	18	(3)
A CIM Framework and Pattern Language	21	(22)
Amund Aarsten
Davide Brugali
Giuseppe Menga
Patterns and Pattern Languages	21	(2)
The FMS Example	23	(1)
The Pattern Language	23	(18)
Summary	41	(1)
References	41	(2)
OSEFA: Framework for Manufacturing	43	(24)
Hans Albrecht Schmid
Domain-Specific Blackbox Frameworks	44	(1)
Manufacturing Subdomain with Frozen Spots	45	(4)
Variability of a Manufacturing Cell Configuration and Hot Spots	49	(3)
Layered Framework Architecture	52	(1)
Processing Control Layer	53	(3)
Processing Command Hot Spot	56	(1)
Domain Object Layer	57	(2)
Standardized Machine and Device Layer	59	(1)
Concrete Machine and Device Layer	60	(1)
Application Creation	61	(2)
Interface Configurator	63	(1)
Experiences	63	(2)
Summary	65	(1)
Selected References	65	(2)
Framework Reuse over Different CIM Subdomains	67	(18)
Hans Albrecht Schmid
Manufacturing Subdomains	68	(3)
Framework Architecture	71	(1)
Common Subdomain Properties and Basic Framework Architecure	72	(2)
Store-Centered Framework OSEFA	74	(3)
Extending OSEFA for Decentral Data Storage	77	(1)
Flow-Centered Manufacturing Framework	78	(1)
Intelligent Assembly Line Framework	79	(3)
General Results	82	(1)
Summary	83	(1)
References	84	(1)
A Case Study for Flexible Manufacturing Systems	85	(15)
Davide Brugali
Giuseppe Menga
Amund Aarsten
Frameworks and Pattern Languages	86	(1)
The Application Domain	87	(2)
The Framework	89	(8)
Summary	97	(1)
References	98	(2)
Sidebar 1 Theory Meets Practice: Lessons Learned Using Sematech's CIM Framework	100	(3)
Pete Whelan
Part Two: More Manufacturing Frameworks	103	(104)
Mohamed E. Fayad
CEF: A Concurrent Engineering Framework	105	(16)
Der Shung Yang
Uday Mehta
Customization Process	106	(3)
Dynamic Domain Modeling	109	(4)
Architectural Design	113	(4)
Lessons Learned	117	(1)
Summary	118	(1)
References	119	(2)
Distributed Manufacturing Execution Systems Framework	121	(18)
William Boyle
Architecture	122	(7)
Framework Implementation	129	(8)
Summary	137	(2)
Production Resource Manager (PRM) Framework	139	(20)
Walter C. Dietrich, Jr.
Goodwin R. Chin
Brenda L Dietrich
Thomas Robert Ervolina
J.P. Fasano
Robin Lougee-Heimer
Elizabeth J. Poole
Jung-Mu Tang
Robert H. Wang
Robert J. Wittrock
Danny C. Wong
Domain Background and Framework Design Objectives	140	(3)
Framework Architecture	143	(3)
Scenario Framework	146	(5)
Data Interface Framework	151	(3)
User Interface Framework	154	(1)
Two PRM Applications	155	(2)
Summary	157	(1)
References	158	(1)
Developing Domain Frameworks	159	(18)
Sally M. Chan
Terence L Lammers
Object-Oriented Domain Engineering (OODE) Method	159	(8)
Case Study: Process Monitoring and Diagnosis Domain	167	(8)
Summary	175	(1)
References	175	(2)
Measurement Systems Framework	177	(30)
Jan Bosch
Measurement Systems: Requirements	178	(3)
Measurement System Framework Design	181	(8)
Simulating Framework Applications	189	(4)
Example: Beer Can System	193	(6)
Evaluation	199	(5)
Related Work	204	(1)
Summary	204	(1)
References	205	(2)
Part Three: Distributed Systems Frameworks	207	(73)
Mohamed E. Fayad
Compound Active Documents	211	(20)
Peter Wegner
CORBA Component-Based Software Architecture	212	(3)
CORBA System and Application Services	215	(1)
OpenDoc: A CORBA Framework for Compound Active Documents	216	(3)
Microsoft's Compound Document Architecture: COM/OLE/ActiveX	219	(2)
Java Interfaces, Applets, and Beans	221	(3)
The Event Model of Component Interaction	224	(2)
Modes of Interaction	226	(2)
Specifying Frameworks by Constraints on Component Behavior	228	(2)
Summary	230	(1)
References	230	(1)
Supervision and Control Systems Framework Architecture	231	(20)
Riccardo Capobianchi
Denis Carcagno
Alberto Coen-Porisini
Dino Mandrioli
Angelo Motzenti
The OpenDREAMS Architecture and Methodology	233	(2)
The CORBA/OpenDREAMS Services	235	(1)
S&C CORBA/OpenDREAMS Domain	236	(3)
The TRIO-Based Development Method	239	(8)
State of the Art and Future Development	247	(1)
Summary	248	(1)
References	248	(3)
EPEE: A Framework for Supercomputing	251	(29)
Jean-Marc Jezequel
Jean-Lin Pacherie
The EPEE Framework	252	(13)
Using EPEE to Build a Parallel Linear Algebra Library	265	(7)
Writing Applications with Paladin	272	(3)
Related Work	275	(1)
Summary	276	(1)
References	277	(3)
Sidebar 2 Frameworks in the Healthcare Domain	280	(99)
Yasser alSafadi
The Bast Framework for Reliable Distributed Computing	283	(44)
Benoit Garbinato
Rachid Guerraoui
Chapter Overview	283	(1)
The Need for Reliability	284	(3)
The Bast Framework	287	(1)
Reliable Distributed Programming	288	(3)
Bast Overview	291	(3)
Using Bast	294	(2)
In-Depth View of Bast	296	(6)
Protocol Composition and Tuning	302	(3)
Applying the DTM Agreement Pattern	305	(8)
Implementation Issues	313	(10)
Summary	323	(1)
References	324	(3)
Object-Oriented Realtime System Framework	327	(12)
Win-Bin See
Sao-Jie Chen
High-Level Reuse Techniques	328	(2)
Class Hierarchy in OORTSF	330	(2)
Scenario of Object Collaboration in OORTSF	332	(2)
Framework-Oriented Development of Application Systems	334	(2)
Extending OORTSF	336	(1)
Summary	337	(1)
References	337	(2)
JAWS: A Framework for High-Performance Web Servers	339	(40)
James Hu
Douglas Schmidt
Applying Patterns and Frameworks to Web Servers	340	(5)
The JAWS Adaptive Web Server	345	(20)
Web Server Benchmarking Testbed and Empirical Results	365	(10)
Summary	375	(1)
References	376	(3)
Sidebar 3 The Five-Module Framework for Internet Application Development	379	(4)
Wei-Tek Tsai
Part Four: Network and Telecommunication Frameworks	383	(106)
Mohamed E. Fayad
A Framework for Network Management Agents	385	(12)
Hartmut Kocher
Joerg Schabernack
MIB Framework	387	(8)
Summary	395	(1)
References	396	(1)
Telecommunication Network Planning Framework	397	(22)
Bruno Messmer
Kateel Vijayananda
Beat Liver
The Framework Netplan	399	(15)
Example Application	414	(1)
Summary	415	(2)
References	417	(2)
FIONA: A Framework for Integrating Distributed C3I Applications	419	(18)
Per Spilling
Chris Dee
Peter Beijderwellen
The GRACE System Architecture	421	(2)
The FIONA Framework	423	(2)
Design Patterns Used in FIONA	425	(6)
The Applet Framework	431	(2)
Lessons Learned	433	(1)
Summary	434	(1)
References	434	(3)
MultiTel: Multimedia Telecommunication Services Framework	437	(32)
Lidia Fuentes
Jose M. Troya
Component-Oriented Model	439	(4)
The Compositional Architecture of MultiTel	443	(7)
MultiTel: An MTS Framework in Java	450	(7)
Middleware Platform	457	(2)
Framework Deployment	459	(6)
Summary	465	(1)
References	466	(3)
Event Filter Framework and Applications	469	(20)
Mohamed Fayad
Jingkum Hu
Event-Filtering Framework Components	470	(1)
Event-Filtering Framework Design	471	(3)
Implementation of the Event-Filtering Framework	474	(5)
Event-Filtering Framework Applications	479	(4)
Experiences and Lessons Learned	483	(3)
Summary	486	(1)
References	487	(2)
Sidebar 4 Layla: Network Management Interfaces Framework	489	(2)
Rudolf K. Keller
Jean Tessier
Part Five: Environments	491	(142)
Mohamed E. Fayad
Beyond-Sniff: A Framework-Based Component	495	(18)
Walter Bischofberger
Kai-Uwe Maetzel
From Sniff to Beyond-Sniff	497	(1)
Beyond-Sniff's Architecture	498	(5)
The Tool Integration Framework: A Component-Collaboration Framework	503	(2)
Architectural Support for Iterative Development and Evolution	505	(3)
Case Study: Boar	508	(1)
Lessons Learned	509	(1)
Summary	510	(1)
References	511	(2)
Extensible Computational Chemistry Environment (ECCE)	513	(16)
Donald R. Jones
Deborah K. Gracio
Karen L Schuchardt
Thomas L Keller
Hugh L Taylor
What Is Ecce?	513	(1)
Design Objectives	514	(1)
Data-Centered Design	515	(1)
Why an Object-Oriented Framework?	516	(1)
Problem Domain: Computational Chemistry	517	(1)
Ecce Architecture	518	(1)
Framework Components	519	(1)
Chemistry Data Model Framework	520	(5)
Experiences	525	(1)
Future Work	526	(1)
Summary	526	(1)
References	527	(2)
The Amulet Prototype-Instance Framework	529	(18)
Brad A. Myers
Richard G. McDaniel
Robert C. Miller
Layered Design	530	(12)
Outline of Typical Applications	542	(1)
Debugging Tools	543	(1)
Status and Future Work	544	(1)
Related Work	544	(1)
Summary	545	(1)
References	545	(2)
Jadve: Graph-Based Data Visualization Framework	547	(18)
Wenke Lee
Naser S. Barghouti
The Design and Implementation of Jadve	549	(6)
The Jadve API	555	(1)
Jadve Applications	556	(4)
Related Work	560	(1)
Future Work	561	(1)
Summary	561	(1)
References	562	(3)
Object Environments	565	(26)
James C. Stafford
Framework for Building an Object Environment	566	(1)
Package Overview	567	(23)
Summary	590	(1)
References	590	(1)
A Multimodeling Simulation Framework	591	(24)
Robert M. Cubert
Paul A. Fishwick
An Overview	594	(1)
Object-Oriented Approach to Modeling Geometry and Dynamics	595	(3)
Model Refinement	598	(2)
Visual elements of OOPM	600	(9)
Nonvisual Elements of OOPM	609	(3)
Summary	612	(1)
References	612	(3)
Application Frameworks: A Survey	615	(18)
Amr Yassin
Mohamed Fayad
Framework Classification	616	(3)
Framework Documentation	619	(2)
Framework Comparisons	621	(2)
Frameworks Facts	623	(2)
Problems and Lessons Learned	625	(7)
Summary	632	(1)
References	632	(1)
Appendix A Glossary	633	(10)
Mohamed E. Fayad
Appendix B Index of Authors	643	(18)
Mohamed E. Fayad
Appendix C About the CD-ROM	661	(4)
Index	665