USENIX MACH III Symposium
April 1993
Santa Fe, New Mexico
Only a few select papers from this conference are available online. You may purchase the other papers individually by using our Offprints Order Form (in PDF format).
- Experiments with Real-Time Servers in Real-Time Mach
- Tatsuo Nakajima, Takuro Kitayama, and Hideyuki Tokuda,
Carnegie Mellon University
- Unix File Access and Caching in a
Multicomputer Environment
- Paul J. Roy, Open Software Foundation
- In-Kernel Servers on Mach 3.0:
Implementation and Performance
- Jay Lepreau, Mike Hibler, Bryan Ford, Jeffrey Law, and Douglas Orr,
University of Utah
- Redirecting System Calls in Mach 3.0, An alternative to the
Emulator
- Simon Patience, Open Software Foundation
- A Fast and General Implementation of Mach IPC in a
Network
- Hilarie Orman, Sean O'Malley, Edwin Menze III, Larry Peterson, and
Richard Schroeppel, University of Arizona
- Port Buffers: A Mach IPC Optimization for Handling Large
Volumes of Small Messages
- Kenneth W. Koontz, Johns Hopkins University
- Using the Mach Communication Primitives
in X11
- Michael Ginsberg, Robert V. Baron, and Brian N. Bershad, Carnegie
Mellon University
- Real Time - Mach Timers: Exporting Time to the User
- Stefan Savage and Hideyuki Tokuda, Carnegie Mellon University
- Adding Scheduler Activations to Mach 3.0
- Paul Barton-Davis, Dylan McNamee, Raj Vaswani, and Edward Lazowska,
University of Washington
- Using Continuations to Build a User-Level
Threads Library
- Randall Dean
- An Architecture for Device Drivers Executing as User-Level
Tasks
- Freeman L. Rawson III, IBM
- MVM - An Environment for Running Multiple DOS, Windows and
DPMI Programs on the Microkernel
- David Golub, Carnegie Mellon University; Ravi Manikundalam and
Freeman L. Rawson III, IBM
- An OS/2 Personality on Mach
- James, M. Phelan, James Arendt, and Gary R. Ormsby, IBM
- Page Prefetching Based on Fault History
- Inshik Song and Yookun Cho, Seoul National University, Korea
- Kernel Support for Recoverable-Persistent Virtual
Memory
- Kien-Mien Chew, University of Texas - Austin, Jyothy Reddy,
Hewlett-Packard; Theodore H. Romer and Abraham Silberschatz,
University of Texas - Austin
- Real Memory Mach
- Philippe Bernadat and David Black, Open Software Foundation
- MIKE: A Distributed object-oriented
programming platform on top of the Mach micro-kernel
- Miguel Castro, Nuno Neves, Pedro Trancuso, and Pedro Sousa, INESC,
Portugal
- Task Migration on the top of the Mach Microkernel
- Dejan Milojicic, Wolfgang Zint, Andreas Dangel and Peter Giese,
University of Kaiserlautern, Germany
- The Design of the Schizophrenic Workstation System
- Mark Swanson, Leigh Stoller, Terence Critchlow, and Robert Kessler,
University of Utah
- Sprite on Mach
- Michael D. Kupfer, University of California at Berkeley