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Creator | Title | Description | Subject | Date |
76 |
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| Collaboration in Clinical Computing at LDS Hospital | Biomedical Informatics | | 1994 |
77 |
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| Computer Support in Critical Care Medicine | Biomedical Informatics | | 1980 |
78 |
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| Down to the wire | As today's military and commercial aircraft age past their teen years, the many kilometers of wiring buried deep within their structures begin to crack and fray. Once thought to be rare and benign, such faults are found by the hundreds in a typical aircraft. Unlike obvious cracks in a wing or an e... | Aging wiring; Wire fault location; Aging wire detection; Smart wire systems | 2001-01-01 |
79 |
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| Eight-Channel Data Set for Clincal EEG Transmission Over Dial-Up Telephone Network | Biomedical Informatics | | 1974 |
80 |
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| Emerging Standards for Medical Logic | Biomedical Informatics | | 1990 |
81 |
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| Enroute Toward a Computer-Based Patient Record: The ACIS Project | Biomedical Informatics | | 1995 |
82 |
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| HELP - A Computer System for Medical Decision Making | Biomedical Informatics | | 1975 |
83 |
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| HELP - A Total Hospital Information System | Biomedical Informatics | | 1980 |
84 |
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| Improving Efficiency and Quality in a Computerized ICU | Biomedical Informatics | | 1988 |
85 |
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| Integrating Radiology and Hospital Information Systems: The Advantage of Shared Data | Biomedical Informatics | | 1992 |
86 |
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| Integration of a Stand-Alone Expert System with a Hospital Information System | Biomedical Informatics | | 1992 |
87 |
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| Low latency workstation cluster communications using sender-based protocols | The use of workstations on a local area network to form scalable multicomputers has become quite common. A serious performance bottleneck in such "carpet clusters" is the communication protocol that is used to send data between nodes. We report on the design and implementation of a class of communic... | Workstations; Scalable multicomputers; Sender-based; Communication protocols | 1996 |
88 |
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| Notes on thread models in Mach 3.0 | During the Mach In-Kernel Servers work, we explored two alternate thread models that could be used to support traps to in-kernel servers. In the "migrating threads" model we used, the client's thread temporarily moves into the server's task for the duration of the call. In t h e "thread switching" ... | Thread models; In-kernel servers; Thread switching; Mach 3.0 | 1993 |
89 |
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| Preliminary evaluation of learning via the AI/LEARN/Rheumatology interactive videodisc system | AI/LEARN/Rheumatology is a level three videodisc system to teach clinical observational skills in three important diseases: rheumatoid arthritis, osteoarthritis, and ankylosing spondylitis. The AI/LEARN software was developed on an independent authoring system called GALE designed for MS-DOS based c... | | 1992-01-01 |
90 |
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| Real Time Data Acquisition: Experience With the Medical Information Bus (MIB) | Biomedical Informatics | | 1991 |
91 |
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| Reference manual of impulse system calls | This document describes the Im pulse system calls. The Impulse system calls allow user applications to use remapping functionality provided by the Impulse Adaptive Memory System to remap their data structures. Impulse supports several remapping algorithms. User applications choose the desired remapp... | Impulse system calls; Remapping functionality; Impulse Adaptive Memory System; Remapping algorithms | 1999 |
92 |
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| Standardizing Communications and Networks in the ICU | Biomedical Informatics | | 1985 |
93 |
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| Temporally coherent interactive ray tracing | Although ray tracing has been successfully applied to interactively render large datasets, supersampling pixels will not be practical in interactive applications for some time. Because large datasets tend to have subpixel detail, one-sample-per-pixel ray tracing can produce visually distracting popp... | Temporally coherent; interactive ray tracing; large datasets | 2001 |
94 |
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| Test Ordering and Medical Decision Making: A Synergistic Relationship | Biomedical Informatics | | 1982 |
95 |
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| Translating concurrent programs into delay-insensitive circuits | Programs written in a subset of occam are automatically translated into delay-insensitive circuits using syntax-directed techniques. The resulting circuits are improved using semantics-preserving circuit-to-circuit transformations. Since each step of the translation process can be proven correct, th... | | 1989 |
96 |
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| A case for increased operating system support in chip multi-processors | We identify the operating system as one area where a novel architecture could significantly improve on current chip multi-processor designs, allowing increased performance and improved power efficiency. We first show that the operating system contributes a non-trivial overhead to even the most com... | | 2005 |
97 |
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| A case for increased operating system support in chip multi-processors | We identify the operating system as one area where a novel architecture could significantly improve on current chip multi-processor designs, allowing increased performance and improved power efficiency. We first show that the operating system contributes a non-trivial overhead to even the most com... | | 2005 |
98 |
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| CASL - A language for automating the implementation of computer architectures | The computer Architecture Specification Language (CASL), described in this paper, is intended for use by computer architects CASL is a state machine description language especially useful for describing digital systems at the "register transfer" level and designed to meet the needs of the computer a... | Computer Architecture Specification Language | 1979 |
99 |
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| Energy-efficient processor design using multiple clock domains with dynamic voltage and frequency scaling | As clock frequency increases and feature size decreases, clock distribution and wire delays present a growing challenge to the designers of singly-clocked, globally synchronous systems. We describe an alternative approach, which we call a Multiple Clock Domain (MCD) processor in which the chip is d... | Multiple clock domains; Synchronization; Microarchitecture | 2002 |
100 |
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| Evaluation of User Acceptance of a Clinical Expert System | Biomedical Informatics | | 1994 |