7 | -- | 15 | Steven I. Kartashev, Svetlana P. Kartashev. LSI Modular Computers, Systems, and Networks |
10 | -- | 13 | John R. Lehmann. NSF Support of Basic Research in Computer Science |
16 | -- | 25 | Daniel P. Siewiorek, Donald E. Thomas, Don L. Scharfetter. The Use of LSI Modules in Computer Structures: Trends and Limitations |
26 | -- | 40 | Steven I. Kartashev, Svetlana P. Kartashev. Dynamic Architectures: Problems and Solutions |
42 | -- | 48 | Barry R. Borgerson, Garold S. Tjaden, Merlin L. Hanson. Mainframe Implementation With Off-The-Shelf LSI Modules |
49 | -- | 59 | David A. Rennels. Reconfigurable Modular Computer Networks for Spacecraft On-Board Processing |
60 | -- | 67 | Arthur D. Friedman, Luca Simoncini. The Effect of LSI Technology on the Theory of Modular Computer Design |
69 | -- | 76 | Yaohan Chu. An LSI Modular Direct-Execution Computer Organization |
86 | -- | 96 | Peter J. Denning. Operating Systems Principles for Data Flow Networks |
97 | -- | 106 | Harold S. Stone, Shahid H. Bokhari. Control of Distributed Processes |
108 | -- | 120 | V. Michael Powers, José H. Hernandez. Microsystems Microprogram Assemblers for Bit Slice Microprocessors |
124 | -- | 125 | Ware Myers. Computers Analyze Energy Problems |
125 | -- | 129 | Joe Schallan. Energy R&D and Conservation Require Greater Computer Power |
127 | -- | 0 | Joe Schallan. Industry Speaker, Energy Panelists Assail Government Regulation |
130 | -- | 0 | Joe Schallan. Robot Mice Draw Crowds, TV Coverage at NCC |