Journal: Communications of the ACM

Volume 39, Issue 9

11 -- 12Thomas L. Sterling. The Scientific Workstation of the Future May Be a Pile of PCs
13 -- 15Brock N. Meeks. Dragging a Kicking-and-Screaming Government into the 21st Century
22 -- 25Ellen Isaacs, John C. Tang. Technology Transfer: So Much Research, So Few Godd Producs (Introduction to the Special Section)
26 -- 27Jean Scholtz. Technology Transfer Through Prototypes
28 -- 29Allan Kuchinsky. Transfer Means More Than Just Technology
30 -- 31James D. Foley. Technology Transfer from University to Industry
32 -- 34Jeff A. Johnson. R<->D, Not R&D
35 -- 36John L. Bennett. Building Relationships for Technology Transfer
38 -- 40Nayeem Islam, Roy H. Campbell. Latest Developments in Operating Systems (Introduction to the Special Section)
41 -- 51Peter Druschel. Operating System Support for High-Speed Communication: Techniques to Eliminate Processing Bottlenecks in High-Speed Networking are Present
52 -- 61Mendel Rosenblum, John Chapin, Dan Teodosiu, Scott Devine, Tirthankar Lahiri, Anoop Gupta. Implementing Efficient Fault Containment for Multiprocessors: Confining Faults in a Shared-Memory Multiprocessor Environment
62 -- 69John Rosenberg, Alan Dearle, David Hulse, Anders Lindström, Stephen Norris. Operating System Support for Persistant and Recoverable Computations: Guaranteeing data recovery and consistency, the authors experimental Grasshopper persistent operating system simplifies application development and encourages construction of integrate
70 -- 77Jochen Liedtke. Toward Real Microkernels: The inefficient, inflexible first generation inspired development of the vastly improved second generation, which may yet support a variety of operating systems
78 -- 87Mark R. Cutkosky, Jay M. Tenenbaum, Jay Glicksman. Madefast: Collaborative Engineering over the Internet
88 -- 91Uzi Vishkin. Can Parallel Algorithms Enhance Seriel Implementation?
92 -- 104Kenneth C. Laudon. Markets and Privacy
130 -- 0Lauren Weinstein. Behind the State of the Art