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ORCID3rd ISORC 2000: Newport Beach, CA, USA
- 3rd International Symposium on Object-Oriented Real-Time Distributed Computing (ISORC 2000), 15-17 March 2000, Newport Beach, CA, USA. IEEE Computer Society 2000, ISBN 0-7695-0607-0
Current Major Trends
- E. Douglas Jensen:
A Proposed Initial Approach to Distributed Real-Time Java. 2-6 - K. H. Kim, Juqiang Liu, Moon-hae Kim:
Deadline Handling in Real-Time Distributed Objects. 7-15 - Hermann Kopetz, Michael Holzmann, Wilfried Elmenreich:
A Universal Smart Transducer Interface: TTP/A. 16-
Distributed Object Computing in Real-Time Settings
- Michael Mock, Martin Gergeleit, Edgar Nett:
Monitoring Distributed Real-Time Activities in DCOM. 26-33 - Kimoon Kim, Gwangil Jeon, Seongsoo Hong, Sunil Kim, Tae-Hyung Kim:
Resource-Conscious Customization of CORBA for CAN-Based Distributed Embedded Systems. 34-41 - Tatsuo Nakajima:
Dynamic Transport Protocol Selection in a CORBA System. 42-51 - Didier Le Tien, Olivier Villin, Christian Bac:
CORBA Application Tailored Manager for Quality of Service Support. 52-
Design Pattern
- Irfan Pyarali, Carlos O'Ryan, Douglas C. Schmidt:
A Pattern Language for Efficient, Predictable, Scalable, and Flexible Dispatching Mechanisms for Distributed Object Computing Middleware. 62-
Technology Visions in the Real-Time Application Domain
- E. Douglas Jensen, Jay S. Bayne, Kirk Rheinholtz, Michael W. Masters, Thomas F. Saunders:
Real-Time Application Domain Visionaries. 71 - Thomas F. Saunders:
A Vision of the Future for the Air Force (and Perhaps the Whole DoD). 72-
Object-Oriented Design
- Francis Bordeleau, Jean-Pierre Corriveau, Bran Selic:
A Scenario-Based Approach to Hierarchical State Machine Design. 78-85 - Günter Graw, Peter Herrmann
, Heiko Krumm:
Verification of UML-Based Real-Time System Designs by Means of cTLA. 86-95 - Yunming Wang, Jean-Pierre Talpin, Albert Benveniste, Paul Le Guernic:
A Semantics of UML State-Machines Using Synchronous Pre-Order Transition Systems. 96-103 - Radu Grosu, Ingolf Krüger, Thomas Stauner:
Hybrid Sequence Charts. 104-
Scheduling and Load Balancing
- Vana Kalogeraki, P. M. Melliar-Smith, Louise E. Moser:
Dynamic Scheduling for Soft Real-Time Distributed Object Systems. 114-121 - F. Sandrini, Felicita Di Giandomenico, Andrea Bondavalli, Edgar Nett:
Scheduling Solutions for Supporting Dependable Real-Time Applications. 122-129 - Allan K. Y. Wong, Tharam S. Dillon:
Load Balancing to Improve Dependability and Performance for Program Objects in Distributed Real-Time Co-Operation over the Internet. 130-137 - Takeiki Aizono, Tohru Kikuno:
Intelligent Scheduling based on Start Time Adjustment for Advanced Sequential Control Systems. 138-
Objects and Components for Real-Time Systems
- Chanho Ryu, Hyeok Han, Young-Keol Kim, Young-Kuk Kim, Seong-Il Jin:
Kernel Structuring Using Time-Triggered Message-Triggered Objects for Real-Time Active DBMS in Layered Architecture. 148-155 - Stephen S. Yau, Fariaz Karim:
Component Customization for Object-Oriented Distributed Real-Time Software Development. 156-
Industry Short Papers I: Applications
- Tetsuo Hidaka, Takahiro Abe, Tomohiro Kokogawa:
NetLibra: An Advanced Digital Library System Based on CORBA. 166-169 - Hirokazu Nagasawa, Nobuhiro Omori, Masakazu Nishino:
NetMars: Next-Generation Digital Image Library System. 170-173 - Marion G. Ceruti, S. Joe McCarthy:
Establishing a Data-Mining Environment for Wartime Event Prediction with an Object-Oriented Command and Control Database. 174-
Real-Time and Fault-Tolerance in Distributed/Parallel
- Mihaela Cardei, Ionut Cardei, Rakesh Jha, Allalaghatta Pavan:
Hierarchical Feedback Adaptation for Real Time Sensor-Based Distributed Applications. 181-188 - Janis Putman:
Model for Fault Tolerance and Policy from RM-ODP Expressed in UML/OCL. 189-
Work in Progress
- Leandro Buss Becker, Carlos Eduardo Pereira, Octávio Páscoa Dias, Isabel C. Teixeira, João Paulo Teixeira:
MOSYS A Methodology for Automatic Object Identification from System Specification. 198-201 - Richard Freedman, John A. Maurer, Steven Wohlever, Bhavani Thuraisingham, Victor Fay Wolfe, Michael Milligan:
Benchmarking Real-Time Distributed Object Management Systems for Evolvable and Adaptable Command and Control Applications. 202-205 - Hector A. Duran, Gordon S. Blair:
A Resource Management Framework for Adaptive Middleware. 206-209 - Razvan Jigorea, Sorin Manolache, Petru Eles, Zebo Peng:
Modeling of Real-Time Embedded Systems in an Object-Oriented Design Environment with UML. 210-
Panel II: Fundamental R&D Issues in Real-Time Distributed Computing
- Insup Lee, Mike Jones, Hermann Kopetz, K. H. Kim, Thomas F. Lawrence, Bhavani Thuraisingham:
Fundamental R&D Issues in Real-Time Distributed Computing. 215- - K. H. Kim:
Analysis of Guaranteed Service Times of Distributed Real-Time Objects. 408-
Dependability
- Katsuya Tanaka, Makoto Takizawa:
Asynchronous Checkpointing Protocol for Object-Based Systems. 218-225 - Alexander B. Romanovsky:
An Exception Handling Framework for N-Version Programming in Object-Oriented Systems. 226-233 - Luís E. T. Rodrigues, Roberto Baldoni, Emmanuelle Anceaume, Michel Raynal:
Deadline-Constrained Causal Order. 234-
Real-Time Distributed Systems Frameworks
- Laurent Pautet, Samuel Tardieu:
GLADE: A Framework for Building Large Object-Oriented Real-Time Distributed Systems. 244-251 - Husni Fahmi, Walid G. Aref, Mudassir Latif, Arif Ghafoor, Peiya Liu, Liang H. Hsu:
Distributed Framework for Real-Time Multimedia Object Communication. 252-259 - Hossam I. Gharib, Ping-Wen Chen, Yasuro Kawata, Shi-Kuo Chang:
Adlets Migration and Handling in a Distributed Object Environment. 260-
Operating System Support
- Friedrich Schön, Wolfgang Schröder-Preikschat, Olaf Spinczyk, Ute Spinczyk:
On Interrupt-Transparent Synchronization in an Embedded Object-Oriented Operating System. 270-277 - Kanaka Juvva:
End-to-End Predictability in Real-Time Push-Pull Communications. 278-
Object-Oriented Design Issues: Industrial Views
- J. Jenny Li, Joseph Robert Horgan:
Using SDL to Model an Object-Oriented Real-Time Software Architectural Design. 288-295 - John Albert Horst:
Architecture, Design Methodology, and Component-Based Tools for a Real-Time Inspection System. 296-
Panel III: Design, Methods, and Tools for ORC
- Edgar Nett, Andrea Bondavalli, Bruce Powel Douglass, Carlos Eduardo Pereira, Douglas C. Schmidt, Bran Selic, Kelvin D. Nilsen:
Design, Methods, and Tools for ORC. 305 - Andrea Bondavalli, Felicita Di Giandomenico:
A Position on Design, Methods, and Tools for Object-Oriented Real-Time Computing. 306-
Quality of Services
- Partha P. Pal, Joseph P. Loyall, Richard E. Schantz, John A. Zinky, Richard Shapiro, James Megquier:
Using QDL to Specify QoS Aware Distributed (QuO) Application Configuration. 310-319 - Zièd Choukair, Damien Retailleau:
Integrating QoS to Collaborative Distributed Virtual Reality Applications. 320-327 - Frank Siqueira, Vinny Cahill:
An Open QoS Architecture for CORBA Applications. 328-
Industry Short Papers II
- E. Chang, D. Annal, F. Grunta:
A Large Scale Distributed Object Architecture - CORBA & COM for Real Time Systems. 338-341 - Ronald Schoop, Ralf Neubert:
Agent-Oriented Material Flow Control System Based on DCOM. 342-345 - Todd Lizambri, Fernando Duran, Shukri Wakid:
TCP Throughput and Buffer Management. 346-
Programming Paradigms for Real-Time Systems
- Andrea Savigni, Francesco Tisato:
Real-Time Programming-in-the-Large: The Case of Monitoring and Control System. 352-359 - Manas Saksena, Panagiota Karvelas, Yun Wang:
Automatic Synthesis of Multi-Tasking Implementations from Real-Time Object-Oriented Models. 360-367 - Joachim Fischer, Eckhardt Holz, Birger Møller-Pedersen:
Structural and Behavioral Decomposition in Object Oriented Models. 368-375 - Khaja Qutubudin, Daniel J. Pease:
A Real-Time Heterogeneous Distributed Computing Environment for Multi-Robot System. 376-
Java for Real-Time Systems
- Gerasimos Xydas, Jérôme Tassel:
Experimentation in CPU Control with Real-Time Java. 386-391 - M. Teresa Higuera-Toledano, Valérie Issarny:
Java Embedded Real-Time Systems: An Overview of Existing Solutions. 392-391 - Gerald H. Hilderink, Andry W. P. Bakkers, Jan F. Broenink:
A Distributed Real-Time Java System Based on CSP. 400-410
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