Evolving the High Performance Computing and Communications Initiative to Support the Nation's Information Infrastructure (1995) / Chapter Skim
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Appendix C: Review of the High Performance Computing and Communications Initiative...
Appendix C: Review of the High Performance Computing and Communications Initiative...
Pages 97-104
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From page 97... ...
applied research directed at advancing the state of communications technology; · Computing infrastructure (CPIj acquisition and operation of supercomputer facilities; · Communications infrastructure (CMI) acquisition and operation of high-performance computer communications networks and services; - Applications and computational science (APPJ creation of software and computational techniques directed at solving specific scientific problems and applications; · Common applications support (CA SJ creation of software and computational techniques to support a range of applications across multiple disciplines; · Artificial intelligence and human-machine interaction (AIR-applied research directed at solving artificial intelligence and human interface problems.
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From page 98... ...
productivity and industrial competitiveness. The computer technology, software technology, and communications technology disciplines address the goals of extending technical leadership in computing and communications and providing key enabling technologies for the information infrastructure.
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From page 99... ...
11.35 11.35 44.90 33.50 34.80 38.00 36.50 00.00 15.10 15.10 13.90 00.00 00.00 63.89 30.10 00.00 21.79 18.65 18.76 15.34 07.80 09.80 10.40 07.00 09.20 02.75 05.72 SWT CPI CPT EDU APP CMT Al CAS CAS APP CAS Disciplineb Program ElementC Al Intelligent systems and software SWT CPT BHW CMT SWT SWT CMT Al SWT EDU APP BHW CPI CMI CAS Scalable computing systems Microsystems Networking National-scale information enterprises Scalable software Global grid communications Information sciences Foundations Health information infrastructure Integrated command and control technology Supercomputer centers NSFNET Information infrastructure technology and applications program Software systems and algorithms Research infrastructure Computing systems and components Education and training Biological sciences (non-NC/GC) Very high speed networks and optical systems Human machine interaction and information access Grand Challenge applications groups Research centers Physical sciences (non-NC/GC)
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From page 100... ...
DOE 12.90 07.15 CPI High-performance computing research centers DOE 12.60 08.98 CAS Software components and tools DOE 09.90 07.73 CPI Evaluation of early systems DOE 09.00 06.53 APP Enabling energy Grand Challenges DOE 03.40 02.44 CAS Computational techniques DOE 03.00 02.36 EDU Education, training, and curriculum DOE 02.00 02.60 EDU Research participation and training DOE 02.00 01.86 CMT Gigabit research and development DOE 02.00 01.80 APP High-performance research centers-global climate collaboration DOE 01.20 00.00 CAS Information infraservices DOE 01.00 00.00 CPI Advanced prototype systems NASA 55.30 46.80 APP Grand Challenge support NASA 26.40 17.60 CPI Testbeds NASA NASA NASA NASA NASA 12.70 10.70 09.20 06.80 03.80 N IH 11.00 08.50 00.00 05.40 00.00 03.30 08.00 CMI EDU SWT CAS EDU CPI National Research and Education Network (NREN) Information infrastructure applications Systems software Information infrastructure technology Basic research and human resources DCRT high-performance biomedical computing program cont/nL'es
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From page 101... ...
($M) Discipliner ProgramC NIH 11.00 01.50 APP National Library of Medicine high-performance computing and communications health care applications NIH 08.80 03.40 APP NCRR information infrastructure technology applications NIH 08.80 06.80 APP NCRR advanced software technology and algorithms NIH 06.70 06.30 CPI NCI Frederick biomedical supercomputing center NIH 06.50 00.40 CMI NLM medical connections program NIH 05.40 03.80 CAS NLM IAIMS grants NIH 05.00 03.10 EDU NCRR basic research and human resources NIH 04.80 04.10 APP NLM biotechnology informatics NIH 04.70 05.00 CAS NLM intelligent agent database searching NIH 03.60 02.90 EDU NLM HPCCI training grants NIH 02.20 01.50 APP NLM electronic imaging NIH 02.00 00.00 CMI NCI high-speed networking and distributed - conferencing NIH 00.70 00.40 ADM National Coordination Office NIH 00.60 00.00 APP High-performance communications for PDQ, Cancer Net, and electronic publishing NSA 26.10 00.00 CPT Supercomputing research NSA 05.70 00.00 SWT Secure operating system development NSA 03.50 00.00 CMT Very high speed networking NSA 02.60 00.00 CMT High-speed data protection electronics NSA 02.00 00.00 BHW Superconducting research NSA 00.23 00.00 EDU Technology-based training NIST 25.20 00.00 CAS Systems integral for manufacturing applications NIST 07.60 00.60 APP Development and dissemination of scientific software for high-performance computing systems continues
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From page 102... ...
($M) Discipliner Program ElementC NIST 06.45 00.00 BHW N IST 04.00 00.00 CAS N IST 04.00 00.00 SWT Metrology for future generations of microelectronics Language, image, and text processing Specification and testing of high-integrity, distributed systems NIST 02.75 00.00 CAS Support for electronic commerce NIST 02.20 01.50 CMT NIST 01.75 00.00 CMT NIST NIST N OAA N OAA NOAA EPA EPA EPA EPA EPA 01.25 01.20 16.05 08.70 00.50 06.45 05.25 01.97 00.70 00.30 00.00 00.00 09.40 00.40 00.00 05.33 01.31 01.16 00.21 00.00 CAS SWT APP CMI APP APP APP EDU CMI APP Deployment and performance measures for gigabit nets and massively parallel processor systems Metrology to support mobile and fixed-base communications networks Electronic libraries and distributed multimedia applications Assurance, reliability, and integrity of NREN objects Advanced computation Networking connectivity Information dissemination pilots Environmental modeling Computational techniques Education and training State network connectivity Public data access aARPA, Advanced Research Projects Agency; NSF' National Science Foundation; DOE' Department of Energy; NASA, National Aeronautics and Space Administration; NlH, National Institutes of Health; NSA, National Security Agency; NIST, National Institute of Standards and Technology; NOAA, National Oceanographic and Atmospheric Administration; EPA, Environmental Protection Agency.
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From page 103... ...
For example, all high-performance computing and communications systems are built from electronics and depend directly on advancements in basic electronic technology. The ARPA Microsystems program activity, which constitutes the large majority of the basic hardware discipline, supports research in basic electronics technologies.
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From page 104... ...
At press time, agency appropriations had been made, but the involved agencies had not disaggregated the appropriations and reported the HPCCI portions to the National Coordination Office. A 2-year time period, FY 1993 to FY 1995, was used to help dampen any single-year jumps in level.
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