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Real-Time Systems, Volume 18
Volume 18, Number 1, January 2000
- Pedro Albertos:

Editorial. 5-6 - Jia Xu, David Lorge Parnas:

Priority Scheduling Versus Pre-Run-Time Scheduling. 7-23 - Ulrich Schmid, Johann Klasek, Thomas Mandl, Herbert Nachtnebel, Gerhard R. Cadek, Nikolaus Kerö:

A Network Time Interface M-Module for Distributing GPS-Time over LANs. 25-57 - Wolfgang A. Halang, Roman Gumzej, Matjaz Colnaric, Marjan Druzovec:

Measuring the Performance of Real-Time Systems. 59-68 - Horst F. Wedde:

Critical Issues in Object-Oriented Real-Time Systems - A Guided Panel Discussion. 69-70 - Alan C. Shaw:

A Case For Object-Oriented Real-Time Systems (OORTS). 71-74 - Janusz Zalewski:

Object Orientation vs. Real-Time Systems - Response to Alan C. Shaw's Contribution. 75-77 - Juan Antonio de la Puente

:
Real-Time Object-Oriented Design and Formal Methods. 79-83 - Horst F. Wedde:

Can Formal Methods be Integrated into Real-Time Object-Oriented Design? Response to J. de la Puente's Contribution. 85-87 - Carlos Eduardo Pereira

:
Are Object-Oriented Concepts Useful to Real-Time Systems Development? 89-94 - Jean-Philippe Babau:

Object Oriented Design for Real-Time Systems-Response to C. E. Pereira's Contribution. 95-99
Volume 18, Number 2/3, May 2000
- Peter P. Puschner, Alan Burns:

Guest Editorial: A Review of Worst-Case Execution-Time Analysis. 115-128 - Christopher A. Healy, Mikael Sjödin, Viresh Rustagi, David B. Whalley, Robert van Engelen:

Supporting Timing Analysis by Automatic Bounding of Loop Iterations. 129-156 - Henrik Theiling, Christian Ferdinand, Reinhard Wilhelm:

Fast and Precise WCET Prediction by Separated Cache and Path Analyses. 157-179 - Johann Blieberger

, Thomas Fahringer, Bernhard Scholz:
Symbolic Cache Analysis for Real-Time Systems. 181-215 - Frank Mueller:

Timing Analysis for Instruction Caches. 217-247 - Antoine Colin, Isabelle Puaut:

Worst Case Execution Time Analysis for a Processor with Branch Prediction. 249-274 - Frank P. Burns, Albert Koelmans, Alexandre Yakovlev:

WCET Analysis of Superscalar Processors Using Simulation With Coloured Petri Nets. 275-288

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