Position Paper Log (original) (raw)
Workshop on Compositional Software Architectures
Accepted Position Papers
Posted: December 7, 1997
[Homepage] - [Call for Papers] - [Registration] - [Position Papers]
[Workshop Program] - [Participants] - [Workshop Report]
[Annotated Bibliography] - [Index of Topics] - [Glossary]
<paper001.html> - Anup Ghosh, Certifying Security of Components used in Electronic Commerce, Reliable Software Technologies
<paper002.ps> - Jeffrey Voas, An Application-Specific Approach for Assessing the Impact of COTS Components, Reliable Software Technologies
<paper003.doc>, <paper003.html>- Art Goldschmidt, A NIIIP Architecture Perspective, National Industrial Information Infrastructure Protocols Consortium
<paper004.html> - Jay M. Tenenbaum, Tripatinder S. Chowdhry, and Kevin Hughes, Eco System: An Internet Commerce Architecture, CommerceNet
<paper006.html> - Richard Creps, Paul Kogut,Using DARPA Software Architecture Technologies to Design and Construct CORBA-based Systems, Lockheed Martin C2 Integration Systems
<paper007.pdf> - Peyman Oreizy, Nenad Medvidovic, Richard Taylor, David Rosenblum, Software Architecture and Component Technologies: Bridging the Gap, UC Irvine
<paper008.doc> - Mansour Kavianpour, The Need for Component-based Software: Application of OMG CORBA in Building an Engineering Environment for Component Construction and Composition, Affinity Media Inc. (AMI)
<paper009.html> - Peter Ruttan, Components should automate their own usage: Achieving high productivity in complex software environments, Netron Inc.
<paper010.doc>, <paper010.ps>- Sakir Yucel (1), Toshihiko Kusano (2), Tuncay Saydam (1), A Component Based Distributed Software Architecture for Multimedia Services, (1) The University of Delaware, (2) NEC
<paper012.pdf>, <paper012.ps>- Umesh Bellur, The Role of Components & Standards in Software Reuse, Oracle
<paper013.html> - Bob Hodges, Component Specification and Conformance: What Components must Expose to Compose, Texas Instruments and SEMATECH
<paper014.html> - David Wells, David Langworthy,Survivability in Object Services Architectures, Object Services and Consulting, Inc.
<paper015.html>- Sung-Wook Ryu, B. Clifford Neuman, Garbage Collection for Distributed Persistent Objects, University of Southern California/Information Sciences Institute
<paper017.doc> - Craig Thompson (1), Ted Linden (2), Bob Filman (2), Thoughts on OMA-NG: The Next Generation OMG Object Management Architecture (Summary), (1) Object Services and Consulting, Inc. and (2) Microelectronics and Computer Technology Corporation
<paper018.ps> - Leonid Kalinichenko, Component-Based Development Infrastructure: A Systematic Approach, Russian Academy of Sciences
<paper020.doc> - Christian Zeidler, Bernhard Malle, Integration Techniques Approaches, Asea Brown Boveri AG, ABB Corporate Research Center
<paper021.pdf> - Ken McCoy, Solving Large Scale Integration with Architecture: Payment Object Framework, an Example, Tandem
<paper022.html> - Frank Manola, Towards a Web Object Model, Object Services and Consulting, Inc.
<paper023.ps> - Gul Agha, Compositional Development from Reusable Components Requires Connectors for Managing Both Protocols and Resources, University of Illinois at Urbana-Champaign
<paper025.html> - Richard Hayton, Matthew Faupel, FlexiNet: Automating Application Deployment and Evolution, APM Ltd.
<paper027.html> - Robert Seacord, Duke ORB Walker, Software Engineering Institute, Carnegie Mellon University
<paper030.html> - Robert Balzer, Program Managers: An Infrastructure for Program Integration, USC/ISI
<paper031.html> - Pablo J. Madril (1), Beatriz deF. Leão (1), Paulo R Lopes(1), Daniel Sigulem (1), Ernani Bento Bandarra (2), CCS - SUS: A Consortium of Healthcare Software Components, (1) Health Informatics Center - Federal University of São Paulo - UNIFESP São Paulo, SP - Brazil, (2) DATASUS - Ministry of Health - Rio de Janeiro - RJ, Brazil
<paper032.html> - Ritu Chadha, Integration of Web with Legacy Systems Through Java Applets and Distributed Objects, Bellcore
<paper033.pdf> - David S. Rosenblum (1), Alex Wolf (2), Antonio Carzaniga (2), Critical Considerations and Designs for Internet-Scale, Event-Based Compositional Architectures, (1) Department of Information & Computer Science, University of California, Irvine, (2) Department of Computer Science, University of Colorado, Boulder
<paper034.ps> - L.E. Moser, P.M. Melliar-Smith, P. Narasimhan, V. Kalogeraki, L. Tewksbury, The Eternal System, Department of Electrical and Computer Engineering, University of California, Santa Barbara
<paper035.html> - Colin Ashford, The TINA Service Composition Architecture, TINA Consortium
<paper036.ps> - Lee Benzinger, Applying the WDL Composition Theory to Analyze Security Architectures, Lockheed Martin Western Development Laboratories, San Jose, California
<paper037.ps> - Aloysius Mok, The Objectization Problem - What It Is and What Can be Done About It, Department of Computer Science, University of Texas at Austin
<paper038.html> - Gregory Blank, Gene Vayngrib,of the Beans, by the Beans and for the Beans: The Enterprise Component Broker, Information Builders, Inc.
paper039.txt - Clemens Szyperski, Rudi Vernik,Establishing System-Wide Properties of Component-Based Systems: A Case for Tiered Component Frameworks, (1) School of Computing Science, Queensland University of Technology, Brisbane, Australia, (2) Software Engineering Group, Defence Science and Technology Organisation, Salisbury, South Australia
<paper040.doc> , figures only - Stephen Milligan (1), Todd Carrico (2), Investigating Large-Scale Agent Architectures, (1) GTE / BBN Technologies and (2) Defense Advanced Research Project Agency (DARPA)
<paper041.html> - Venu Vasudevan, Trading-Based Composition for Component-Based Systems, Object Services and Consulting, Inc.
<paper042.html> - Amr Sabry, A Programming Language Perspective to Compositional Software Architectures, Department of Computer and Information Science, University of Oregon
<paper043.html>, <paper043.pdf>- R. Schmidt, U. Assmann, P. Biegler, R. Kramer, P. C. Lockemann, C. Rolker,The Interrelatedness of Component-oriented Systems And Workflow-Management: What they can do for each other, Forschungszentrum Informatik Karlsruhe (FZI) and Universität Karlsruhe
<paper046.doc> - Bob Filman, Achieving Ilities, Lockheed Martin Missiles and Space and Microelectronics and Computer Technology Corporation
<paper049.pdf> - Lewis Stiller, Dynamic Reconfiguration with CORBA and Common Lisp, Franz Inc.
<paper050.html> - Cristina Gacek and Barry Boehm, Composing Components: How Does One Detect Potential Architectural Mismatches?, Center for Software Engineering, University of Southern California
<paper051.doc> - Randall Lichota, Perspectives on Component-Based Development for Command and Control Systems, Hughes Information Technology Systems
<paper052.ps> - Kevin Sullivan, Mark Marchukov, Compositionality Problems in Microsoft's COM, Department of Computer Science, University of Virginia
<paper053.doc> - Lowell Rosen, Architectural Issues in COM/CORBA Bridging, The MITRE Corporation
<paper054.html> - Geoffrey Fox, Briand Sanderson, Charlie Catlett, NCSA Alliance Object Technologies Strategy, National Computational Science Alliance
<paper055.html> - John Ockerbloom, Accommodation: The Key to Making Widely Adopted Composable Systems, Carnegie Mellon University
<paper056.html> - Ora Lassila, RDF Metadata and Agent Architectures, Nokia Research Center and W3C
<paper057.doc> - Vincent Doerfler and Joseph Pemberton, CORBA and Software Component Compatibility, ISX Corporation
<paper058.html> - Jeff Rees, Intermetrics' OWatch Debugging Technology for Distributed, Component-Based Systems, Intermetrics, Inc.
<paper059.html> - Douglas Stuart, Nancy Eickelmann,Real-Time Middleware, Microelectronics and Computer Technology Corporation
<paper061.html> - Jack Wileden (1), Alan Kaplan (2), Middleware as Underwear: Toward a More Mature Approach to Compositional Software Development, (1) Department of Computer Science, University of Massachusetts, (2) Department of Computer Science, Clemson University
<paper063.html>, <paper063.ps>- Dennis Heimbigner, Alexander Wolf, Richard Hall, Andre van der Hoek,Deploying Component Software Systems, Department of Computer Science, University of Colorado, Boulder
<paper064.ps> - Jose Meseguer (1), Carolyn Talcott (2), Formal Foundations for Compositional Software Architectures, SRI, Stanford
<paper065.html> - Catherine Tornabene, Pankaj Jain, Gio Wiederhold, Software for Composition: CHAIMS, Database Group, Computer Science Department, Stanford University
<paper066.html> - George Heineman, Composing Software Systems from Adaptable Software Components, Worcester Polytechnic Institute
<paper067.doc> - Stu Barrett, Phillip Foster,Turning Java Components into CORBA Components with Replication, Microelectronics and Computer Technology Corporation
<paper068.doc> - John McKim, DARPA ISO Architecture Lessons Learned, The MITRE Corporation
<paper069.doc> - Louis Coker, Rick Hayes-Roth,Services First, Components Second!, Teknowledge
<paper070.html> - Guido van Rossum, Glue It All Together With Python, CNRI
<paper071.html> - Mike Dean, Developing for Composition, BBN Technologies / GTE Internetworking
<paper074.html> - John Hotchkiss, Toward a Unified Language Model, Harlequin Inc.
<paper075.doc> - David J. Korsmeyer, NASA Distributed Information Systems, Computational Sciences Division, NASA Ames Research Center
<paper076.html> - Don Faatz, Sushil Jajodia, Catherine McCollum, Security Concerns in Component-Based Data Management, The MITRE Corporation
<paper077.html> - Arie Segev, Carrie Beam, Martin Bichler, Object Frameworks for Electronic Commerce Using Distributed Objects for Brokerage on the Web, Fisher Center for Management & Information Technology, Haas School of Business, UC Berkeley
<paper078.html> - Andrew Tolmach, Dick Kieburtz, Tim Sheard, Lessons Learned from Programming Languages will benefit Component-Based Architectures, Pacific Software Research Center, Oregon Graduate Institute and Portland State University
<paper080.ps> - Zhenyu Wang, Separate Application Logic from Architectural Concerns -- Beyond Object Services and Frameworks, Department of Computer Science, Carnegie Mellon University
<paper081.ps> - Nalini Venkatasubramanian (1), Gul Agha (1), Carolyn Talcott (2), Composable QoS-Based Distributed Resource Management, (1) University of Illinois at Urbana-Champaign, (2) Stanford University
<paper082.html> - K. Mani Chandy, Adam Rifkin, and the Infospheres Group, Caltech Infospheres Project, California Institute of Technology
<paper083.doc> - Henson Graves, David Milgram,Scaling Up the SBD Virtual Prototyping Environment, Lockheed Martin Advanced Technology Center
<paper084.doc> - Ken Smith, Don Faatz, Security Policy Administration in Compositional Architectures, The MITRE Corporation
<paper085.html> - Richard Ivanetich, **Enhancement of Command and Control Architectur**e, Computer and Software Engineering Division, Institute for Defense Analyses
<paper086.html> - Dennis Gannon, Component Architectures for High Performance, Distributed Meta-Computing, Department of Computer Science, Indiana University
<paper088.html> - Bhavani Thuraisingham, Peter Krupp, John Maurer, Victor Wolfe, Steven Wohlever, Richard Freedman, Eric Hughes, Roman Ginis, Distributed Adaptable Object-based Architectures for Evolvable Real-time Command and Control Systems, The MITRE Corporation
<paper089.html> - Andrew Berry (1), Simon Kaplan (1,2), Programming the Middleware Machine with Finesse, (1) School of Information Technology, (2) CRC for Distributed Systems Technology (DSTC), The University of Queensland, Australia
<paper091.html> - Paul Singleton, The Component-Based Systems Research Team, Department of Computer Science, Keele University, Newcastle, United Kingdom
<paper092.doc> - B. Thuraisingham and T. Mowbray,Compositional Architecture Support for Interoperable Information Systems, MITRE
<paper093.ps> - Rudolf Keller and Reinhard Schauer,A Repository for Design Components,
<paper094.ps> - (1) Lawrence Chung, (2) Eric Yu, Achieving System-Wide Architectural Qualities, (1) The University of Texas at Dallas, (2) University of Toronto
<paper095.html> - Arnon Rosenthal, Robert Hyland, Eric Hughes, How to Componentize Data-Intensive Legacy Applications: Issues and Initial Approaches, The MITRE Corporation
<paper096.html> - Diana Lee and Robert Filman,Verification of Compositional Software Architectures, Microelectronics and Computer Technology Corporation
<paper097.html> - Frank Olken, H.-Arno Jacobsen, Chuck McParland, Middleware Requirements for Remote Monitoring and Control, Lawrence Berkeley National Laboratory
<paper098.html> - Assad Moini, Emerging Trends in Component Object Technology, Software Productivity Consortium
<paper099.doc> - Richard Schantz, David Bakken, David Karr, Joseph Loyall, John Zinky, Distributed Objects with Quality of Service: An Organizing Architecture for Integrated System Properties, BBN Technologies
<paper100.doc> - Nenad Ivezic, Thomas E. Potok, and Kimberly D. Barnes, Achieving Maturity of Compositional Software Engineering Discipline, Center for Collaborative Technologies Research, Computer Science and Mathematics Division, Oak Ridge National Laboratory
<paper101.doc> - Roger Le and Sharma Chakravarthy,Support for Composite Events and Rules in Distributed Heterogeneous Environments, Computer and Information Science and Engineering Department, University of Florida, Gainesville
<paper102.html> - Rohit Khare (1), Adam Rifkin (2), Composing Active Proxies to Extend the Web, (1) University of California at Irvine, (2) California Institute of Technology
<paper103.html> - Craig Thompson, Paul Pazandak, Venu Vasudevan, Frank Manola, Mark Palmer, Gil Hansen, Steve Ford, Intermediary Architecture: Interposing Middleware Services and Ilities between Web Client and Server, Object Services and Consulting, Inc.
<paper104.html> - Ted Linden, Component-based Development of Complex Applications, Microelectronics and Computer Technology Corporation
<paper105.pdf> - P. Devanbu, K. Levitt, R. Olsson, R. Pandey, Tools for Migrating, Building, and Maintaining Distributed Systems with Object-Based Standards, Computer Science Department, University of California, Davis
<paper106.html> - Gabor Seymour, Compositional Software Architecture "ilities" for Wireless Networks, Motorola, Inc.
<paper107.doc> - E. John Sebes, Terry C. Vickers Benzel, Collaborative Computing, Virtual Enterprises, and Component Software, Trusted Information Systems, Inc.
<paper108.html> - Charles White, Distributed Computing Requirements, Black & White Software, Inc.
<paper109.ps> - David Garlan, Higher Order Connectors, Carnegie Mellon University
<paper110.doc> - Andy Farrar, Composable Component Architectures, Science Applications International Corporation
<paper111.doc> - Janis R. Putman, Interoperability and Transparency Perspectives for Component Based Software, MITRE Corporation
<paper112.doc> - David Diskin, Determining the Role for Compositional Software Architecture for the DoD DII COE, Defence Information Systems Agency