Communications of the ACM

The scientific workstation of the future may be a pile of PCs

Thomas Sterling
Pages 11-12

---

Dragging a kicking-and-screaming government into the 21st century

Brock N. Meeks
Pages 13-15

---

Technology transfer: so much research, so few good products

Ellen A. Isaacs, John C. Tang
Pages 23-25

---

Technology transfer through prototypes

Jean Scholtz
Pages 26-27

---

Transfer means more than just technology

Allan Kuchinsky
Pages 28-29

---

Technology transfer from university to industry

Jim Foley
Pages 30-31

---

R<->D, not R&D

Jeff Johnson
Pages 32-34

---

Building relationships for technology transfer

John L. Bennett
Pages 35-36

---

Latest developments in operating systems

Nayeem Islam, Roy H. Campbell
Pages 38-40

---

Operating system support for high-speed communication

Peter Druschel
Pages 41-51

---

Implementing efficient fault containment for multiprocessors: confining faults in a shared-memory multiprocessor environment

Mendel Rosenblum, John Chapin, Dan Teodosiu, Scott Devine, Tirthankar Lahiri, Anoop Gupta
Pages 52-61

---

Operating system support for persistent and recoverable computations

John Rosenberg, Alan Dearle, David Hulse, Anders Lindström, Stephen Norris
Pages 62-69

---

Toward real microkernels

Jochen Liedtke
Pages 70-77

---

Madefast: collaborative engineering over the Internet

Mark R. Cutkosky, Jay M. Tenenbaum, Jay Glicksman
Pages 78-87

---

Can parallel algorithms enhance serial implementation?

Uzi Vishkin
Pages 88-91

---

Markets and privacy

Kenneth C. Laudon
Pages 92-104

---

The corporate politics of CMM ratings

Richard Baker
Pages 105-106

---

Behind the state of the art

Lauren Weinstein
Page 130

---