Since joining LLNL, Dr. Neves and his staff fully assessed the computing infrastructure at the Lab. Generally, information technology is carried out in all of the Lab directorates. Once inventory of computing assets and software applications were completed, Dr. Neves established a governance structure that included regular reviews of IT activities, establishment of service level definitions, and core values of IT management. Key enterprise processes were identified and the structure of a comprehensive IT program was created in the form of a proposal to the Director. On Sept. 26, 2003, Dr. Mike Anastasio Director of LLNL announced the new IIT Program (see article, pdf). As CIO, Dr. Neves has complete responsibility for the Cyber Security Program, funded directly by the DOE. The integration of IT infrastructure and cyber security activities is key to the success of the Laboratory in carrying out is mission and protecting high security information. An integrated strategy of once disparate functional areas was developed to guide both annual and long term portfolio management. [High level written report] [Strategic Plan-high level presentation]
The success of the established CIO activity, integrating both IT infrastructure and cyber security, led to Dr. Neves being named the Chief Information Advisor to Los Alamos National Laboratory in 2006. Hands-on direction is achieved through a functional advisory capacity created by Los Alamos National Security, LLC, the managing contractor at LANL and regular interaction with the LANL CIO team. The challenges in IT and cyber security throughout the defense research complex are daunting and require an integrated technological approach, as well as, an integrated DOE Complex-wide approach. The three DOE research Labs (to include Sandia National Labs) have established strong collaboration on policies and approaches to their common challenges.
In January of 2009, Dr. Neves accepted the new full time position as Chief IT and Cyber Security Advisor to both LANL and LLNL. The goal of this position is to help the two Labs achieve parity and technical excellence in IT and Cyber Security. In this capacity his focus is on technology "trends and convergence", strategy and policy that will enable more efficient IT and Cyber Security at both Labs through common cooperation and approach to the challenges in coming years. His duties also include various assignments within the NNSA Complex working with the eight CIOs at the various Labs and Sites, as well as the HQ Office of the CIO to achieve a common and integrated IT and Cyber Security roadmap for the future. Dr. Neves plays an active role in the larger DOE community of CIOs, including two years as the Chair of the CIO Coordinating Council that includes all the CIOs of the major research laboratories in the DOE. He regularly interacts with the Offices of the CIO at DOE and at NNSA. (see photo, doc)
Boeing Experience and activities:
Neves was selected as a Boeing Senior Technical Fellow in 1990, joining eleven existing Senior Technical Fellows. He was selected for his contributions to the field of Scientific Computing and to The Boeing Company, and has been a member of the Executive Management payroll since 1991.
He recently was made the Director of R&D Strategy and Planning for the Mathematics & Computing Technology (M&CT) organization in the Phantom Works. [The Phantom Works is the central research arm of the Boeing Company.] Dr. Neves is one of the Leadership Team Managers who has helped grow M&CT to its 320 person size over a 25 year period. Prior to his current assignment Dr. Neves was the Director of the Computer Science Research Department (85 senior researchers in computer science). Computer Science Research is an organization exploring diverse computer related technologies critical to Boeing computing processes and commercial, space, and defense products. Advanced network and communication, CAD and product visualization and haptic systems, security and intrusion detection, neural network methods, virtual reality, graphical interface/display, knowledge discovery and high performance/distributed computing are among the technologies explored in this award winning department during Dr. Neves tenure as its director. Aspects of this work were highlighted in a recent ComputerWorld article: ComputerWorld (July, 2000) .
Dr. Neves has a strong technical and management history with Boeing. He has led product development (e.g., BCSLIB Mathematical Subroutine Library, used for over 25 years and still licensed today to various agencies and throughout Boeing), he has managed large projects (building the NW internet under NSF Funding), won millions of dollars in research proposals, lead efforts that impact Boeing design processes, and held many and varied management & staff positions. He thoroughly understands applied research in an industrial environment, technology management, and "matrixed" organizations, and the tough issues around technology transfer of research results. He has acted as advisor to Boeing's computing complex (CIO and other organizations) and consults on many major strategic efforts. Most recently he has led a team developing Boeing's IT response to Aviation Safety and the War on Terrorism. He is a member of the Boeing strategic planning effort chartered by the President of the Phantom Works. He directly leads research alliances with IBM, Hitachi, and other key vendors. He was one of the direct participants in establishing the IBM alliance and has frequented IBM Research over the 6 years of this alliance. He is known to and knows many researchers in IBM including the management team at IBM Watson. In the early 1980s he lead a series of research contracts with Fujitsu to evaluate their supercomputer designs and led a DoC trade mission to Japan in 1986 and hosted by the US Embassy. On that visit he was simultaneously translated and was interviewed on Channel 4 Tokyo. Over the years, Dr. Neves has been an active participant in the supercomputing community. He served on the IEEE committee chaired by Sid Fernbach and during that time was a member of the Board of Directors of the Cray User Group which at that time literally defined the supercomputing community.
Dr. Neves received his Ph.D. in Mathematics in 1973, specializing in numerical analysis, from Arizona State University. He has been with Boeing since 1975 where he has held several management positions related to computational aspects of computer science, mathematics and mathematical software tools. He played a very active role as manager of the group that produced specialized mathematical software library products utilized throughout the Boeing company for over two decades. In recent years, Dr. Neves has led the research directions in computer science applied to complex Boeing requirements ranging from logistics and maintenance, factory education, to simulation based design and intelligent agent assisted systems.
Dr. Neves is an associate editor of several journals including the Journal of Supercomputing and the Journal of Supercomputing Applications. He was a co-founder of the SIAM Activity Group on Supercomputing, is a member of the IEEE Computer Society's Committee on Supercomputing, and has numerous publications in the fields numerical analysis and supercomputing. In October 1987, Dr. Neves co-authored a solicited article on the industrial use of supercomputing for Scientific American,. and in 1989, Dr. Neves co-authored (with W. Gentzsch of W. Germany) a NATO Sponsored monograph entitled: Computational Fluid Dynamics: Algorithms and Supercomputers. Dr. Neves has served on a US Congressional Committee (OTA) dealing with information HPCC, National Research Council Advisory Board for National Institute for Standards Technology.
Dr. Neves is a co-founder and Board of Director (from its inception until 1999) of the Northwest Academic Computing Consortium, comprised of Boeing and ten NW Universities which are responsible for the creation and operation of the Northwest's Regional NSF Network until 1996, when this activity was sold, and now is VERIO Corporation. In 1992 Dr. Neves served as Tutorial Chair of Supercomputing '92 and joined the Advisory Board of RIACS at NASA Ames, and currently is on the advisory board of the Computer Science and Mathematics Department at Lawrence Livermore National Labs. He also was one of only three non-Nasa participants in the Non-Advocate Review of NASA's newly formed Intelligent Synthesis Environment, ISE Program.
Education
1966-68, Programmer, Meteorology Department, Cal. State Univ. - San Jose
1968-69, IBM San Jose, Project Analyst, Electron Beam Technology Group.
1973-75, Senior Mathematician, Babcock & Wilcox Nuclear Power Generation Company, Lynchburg, VA -- Also taught Graduate Seminars at University of Virginia
Boeing [Dec. 1975-2002]
1975-79, Project Manager, Math/Stat Subroutine Library Project, Boeing Computer Services, Seattle, WA.
1979-85, Manager of Computational Mathematics, Boeing Computer Services, Seattle, WA.
1985-94, Manager of Research and Development Programs, Scientific Computing and Analysis Div., Boeing Computer Services, Seattle, WA.
1990 Elected as Senior Technical Fellow of the Boeing Company.
1991 Promoted to the Executive Series Payroll of Boeing
1994-2001, Director, Computer Science Research Dept. Boeing Phantom Works
2001-May 31, 2002, Director, R&D Strategy & Planning for M&CT
Lawrence Livermore National Laboratory
June 24, 2002-2009, Chief Information Officer (LLNL)
June 1, 2006-2011, Chief Information Advisor (LANL) [Concurrent with the above position]
January 2012 - March 2012, Direct funded Advisor to NNSA
March 2013 - IT/Cyber Advisor, and Tech. Dir. of CSL in IPA assignment to NNSA OCIO
July 2tir016 Reed DOE and established SEVEN/NEVES, LLC a research strategy and consulting firm in computational mathematics, supercomputing, and cybersecurity
DOE Interpersonnel Assignment - Cybersecurity Research Program Manager
BOOKS
Dissertation: Numerical Solution of Functional Differential Equations with State Dependent Lags, ASU, 1973.
Electrical Power Problems: The Mathematical Challenge, Editor, (co-editors and co-technical chairmen, A. Erisman and M. Dwarakanath), SIAM Publications, Philadelphia, 1980.
Computational Fluid Dynamics: Algorithms and Supercomputers, co-author W. Gentzsch, NATO Agardograph No. 311, March, 180 pages, 1988. links: part 1, part 2 [large pdf files]
PAPERS
[2004 -present] A number of papers and expositions that are sensitive to LLNL and NNSA cyber defense and IT Infrastructure, that cannot be displayed in public nor published. The list includes a complete exposition of NNSA cyber defensive posture, a detailed comparison of IT infrastructure and cyber defense for unclassified networks and services, analysis of unique supply chain issues. Some Presentations in Cyber Security and Risk Management are listed in the Presentations Section of this resume.
[2005]
K. W. Neves, "Sharpness results for state dependent delay differential equations: An overview," with Alan Feldstein and Skip Thompson c, Applied Numerical Analysis, [to appear, late 2005]
[1998]
K. W Neves, "The Changing Business Case for Supercomputing: An Industrial Perspective," FOKUS; Praxis, Information und Kommunikation, Vol 16 : Supercomputers, H-W Meuer Ed., pp. 48-59, July, 1998.
[1996]
"What Industry Needs from Academia: CSE Education in the 21st Century," with M. Ginsberg, F. Sullivan, L. Kale, K. Jordan, N. Camp, G. Cybenko, IEEE Computational Science & Engineering, Summer 1996, pp. 4-9.
[1993]
"Trends in Vector and Parallel Supercomputer Architectures," Chapter 5 of Supercomputers and Their Performance in Computational Fluid Dynamics, ed. Kozo Fujii, Numerical Fluid Mechanics Series, Volume 37, Vieweg, Braunschweig, 1993, pp. 77 - 103.
"Software for Parallel Computing: Key Issues and Research Directions," with J. Kowalik, invited keynote paper, Software for Parallel Computation, NATO ASI Series, Vol. 106, Springer-Verlag, Berlin, 1993, pp. 3-33.
"Parallel Computing for Helicopter Rotor Design," with J. Manke and T. Wicks, Proceedings, Second IEEE International Symposium on High Performance Distributed Computing, Spokane, WA, July, 1993, 8 pages.
[1992]
"Software for the Numerical Solution of Systems of Functional Differential Equations with State Dependent Lags," with S. Thompson (Oak Ridge National Labs), Journal of Applied Numerical Mathematics, North-Holland, Vol. 9, 1992, pp. 385-401.
"Computational Fluid Dynamics on a Masively Parallel Processor," Proceedings Cray User Group, 1992
[1991]
"Supercomputing in Industry: a Competitive Perspective," Proceedings of the 4th Australian Supercomputer Conference, Queensland, Dec., 1991. [presentation slides, not the paper]
[1990]
"Industrial Supercomputing," Frontiers of Supercomputing II, MIT Press, 1991.
"Supercomputing: Key Issues and Challenges," with J. Kowalik, invited keynote paper, Supercomputing , NATO ASI Series, Vol. 62, Springer-Verlag, 1990, pp.3-42
[1989]
"Supercomputers: The Next Generation," Scientific Information Bulletin, Tri-Services Research Offices Far East, Vol. 14, No. 4, 1989, pp 77-95.
"The Computer Spectrum: A Perspective on the Evolution of Computers," with S. Saphier, A. Brenner, D. Lawrie, IEEE Computer, Vol. 22, No. 11, Nov. 1989, pp 57-64.
"Computational Fluid Dynamics: Are Highly Parallel Systems Ready for Prime Time," co-authors H. Simon, C. Levit, K. Misegades, G. Montry, A. Patera, and J. Rattner, The International Journal of Supercomputer Applications, Vol. 4.1 (Spring 1990).
[1988]
"Supercomputing: INs and OUTs," ed., The Learning Channel, Lecture Notes, IEEE Televideo Conference Notes, copyright, Indiana, Dec., 1988.
"The Next Software Challenge: Hypercomputing," Cray User Group Proceedings, Tokyo, September, 1988.
"Advanced Computing for Manufacturing," co-author A. Erisman, Trends in Computing, Inaugural Issue, Vol. 1, September, 1988.
"Growing Discord: Compiler Philosophy and Computer Architecture," Proceedings of Supercomputing '88, Orlando, Nov. 1988, to appear.
"The Computer Spectrum: A Perspective on the Evolution of Computing," co-authors (IEEE Subcommitte on Supercomputing), Position Paper, IEEE United States Activities Board, June, 1988
"Tutorial on Mathematical/Statistical Subroutine Libraries," Proceedings of the Cray User Group, Minneapolis, April, 1988.
Computational Fluid Dynamics: Algorithms and Supercomputers, co-author W. Gentzsch, NATO Agardograph No. 311, March, 180 pages, 1988. [part 1] [part 2]
[1987]
"Advanced Computing for Manufacturing," co-author A. Erisman, Scientific American, October, 1987.
Supercomputing: an Informal Glossary of Terms, (co-authors, IEEE Subcommittee on Supercomputing), IEEE US Activities Board and Technical Activities Board, Washington DC, 1987.
[1986]
"Benchmarking Applications on Supercomputers: a Methodology," Proceedings, Cray User Group, Garmisch-Partenkirche, October 1986.
[1985]
"Trends in Supercomputer Architecture," Proceedings, Ninth Conference on Electronic Computation, ASCE, Feb. 1985.
"The Impact of CRAY's Changing Architectures on Scientific Computation," Proceedings, Cray User Group, Stockholm, April 1985.
[1984]
"Vectorization of Scientific Software," High-Speed Computation, ed. J. Kowalik, Springer-Verlag with NATO Scientific Affairs Div., l984, pp. 277-292. Related more expansive report, Vectorization and Optimization Guide
"The Boeing Mathematical Library," (co-authors, A. Erisman and I. Philips), Sources in Mathematical Software, ed. W. Cowell, Prentice-Hall Series in Computational Math., 1984.
"High Order Methods for State Dependent Delay Differential Equations with Non-smooth Solutions," (co-author, A. Feldstein), SIAM J. of Num. Analysis, Vol. 21, No. 5, October, 1984, pp. 844-863.
[1983]
"Vector Computing: Requirements and Constraints," (co-authors, B. Dembart, D. Dodson, J. Lewis, and W. Poole, Jr.), Proceedings of the Eighth Conference on Electronic Computations, ed. J. Nelson, Jr., ASCE Publishers, NY, February, 1983, pp. 16-27.
[1982]
"Mathematical Libraries for Vector Computers," Computer Physics Communications, Vol. 26, 1982, 8 pages.
[1981]
"Control of Interpolatory Error In Retarded Differential Equations," ACM Transactions on Mathematical Software, Vol. 7, No. 4, December 1981, pp. 421-444.
[1980]
"The Vector Computer Challenge: A Mathematical Survey of Vector/Array Processors," Proceedings of the EPRI Parallel Processing Workshop, Dallas, October 1980.
Electrical Power Problems: The Mathematical Challenge, (co-editors and co-technical chairmen, A. Erisman and M. Dwarakanath), SIAM Publications, Philadelphia, 1980.
[1977]
"Sparse Triangular Factorization on Vector Computers," (co-author, B. Dembart), Exploring Applications of Parallel Processing to Power Systems Problems, EPRI EL-566-QR, October 1977, pp. 57-103.
"Characterization of Jump Discontinuities for State Dependent Delay Differential Equations," (co-author, A. Feldstein), Journal of Math. Analysis and Applications, Vol. 56, No. 3, 1977, pp. 689-707.
[1975]
"Automatic Integration of Functional Differential Equations: An Approach," ACM Transactions on Mathematical Software, Vol. 1, No. 4, December 1975, pp. 357-368.
"Automatic Integration of Functional Differential Equations: An Algorithm," ACM Transactions on Mathematical Software, Vol. 1, No. 4, December 1975, pp 369-371. [this is the published algorithm which can be found in the ACM Transactions Library online]
PRIVATE AND INVITED PRESENTATIONS TO UNIVERSITIES OR INDUSTRIAL/GOVERNMENT LABS
Links will be to powerpoint or .pdf files, back arrow to return
[2004 -present] A number of presentations that are sensitive to LLNL and NNSA cyber defense and IT Infrastructure, that cannot be displayed in public nor published. The list includes a complete exposition of NNSA cyber defensive posture, a detailed comparison of IT infrastructure and cyber defense for unclassified networks and services,in the NNSA (a 52 slide 3 hour presentation), analysis of unique supply chain issues.
"High Speed Computing Program," presented at Boeing sponsored customer events during the 1990s in various versions, synopsis of the program established by Dr. Neves
"Managing R&D in a World of Radical Change," University of San Diego, La Jolla, 2002.
"Overview of Mathematics and Computing Technology Organization," Australian Government, University, and Industrial Customers for Boeing
"Grid Applications Near and Long Term," University of San Diego, Grid Workshop, 2000
"From Design and Manufacture: Visualization and Knowledge Systems in Design," Japan, 1996
"An Overview of Numerical Solutions to Delay Differential Equations," Invited lecturer, Univ. of Manchester, April, 1991.
"Sparse Triangular Factorization of Vector Computers," Electric Power Research Institute Presentation, 1977
(Selected) PROFESSIONAL SOCIETY, CONFERENCE AND INDUSTRIAL PRESENTATIONS (reverse chronological order)
[2011]
“Risk Management
Approach, a Culture Change in Cyber Defense,” National Labs Information Technology
Conference, June, 2011 (to appear), Aspen, CO.
“Philosophy
and Risk Management Approach embodied in DOE Order 205.1B”, [Perspectives from a participating
author.]” DOE Information Management Conference, Las Vegas, NV, April,
2011
[2009]
[2006]
"The Role of IT Infrastructure in Regulatory Compliance, " National Laboratories Information Technology Conference, May 8, 2006
[2004]
"Functional Differential Equations: Reflections from Industry," Invited, presentation, International FDE Conference, Tempe, AZ, May 2004.
[2003]
"Strategic planning for IT Infrastructure: Alignment of Business Processes and IT portfolio," National Laboratories Information Technology Summit, Sante Fe, June, 2003.
[2001]
"Industrial Approach to Enable Grid Computing," Invited address, Industrial Grid Summit, Paris, June 2001.
[2000]
"Can We Use 10,000 Processors? Whither, When, How?" AIAA Panel, Sept., 2000, Long Beach
"Scientific Portals and Grid-based Computing," Cetraro, Italy, June, 2000
[1999]
"Industrial "Power Grid" Computing: The Next High Performance Challenge", (invited lecture) Opening Keynote Address, International Conference on Supercomputing, November, 1999, Kobe, Japan
"Scientific Power Grids: An Industrial Perspective," Opening Keynote Address, High Performance Distributed Computing, Redondo Beach, CA, August 4, 1999
[1998]
"The Changing Business Case for Supercomputing: An Industrial Perspective," invited speaker, Mannheim Supercomputing 98, Germany, June 1998.
"Computer Science Research: Industrial Requirements," Stanford Computer Forum, Mar. 18, 1998
[1997]
"Industrial Requirements for Telecommunications Technology", invited speaker, Roundtable on Telecommunications, sponsored by Senator Slade Gorton & American Physical Society, Aug. 21, 1997, Seattle.
[1996]:
"From Design to manufacture: Visualization & Knowledge in Design," invited plenary speaker, CODATA, International Conference on Data and Standards, Tskuba, Japan, Oct. 1996.
"Use of Information Technology in Design & Manufacturing," NASA/RIACS Workshop on Information Technology, Sunnyvale, CA, Jul7 30, 1996
"Supercomputing trends in industry," SC 96, Pitts. Nov., 1996.
[1995]
"Computer Science and Engineering Curricula: Industry's Requirements," invited, Supercomputing '95, Education Panel, San Diego, November, 1995.
"Trends in Industry-based Computer Science Research," invited, University of Calabria, Cosenza, Italy, May, 1995.
[1993]
"Directions in High Performance Computing," invited speaker, IBM Academy of Science and Technology Workshop: Numerically Intensive Computing Applications, White Plains, NY, June, 1993.
"The Virtual Heterogeneous Supercomputer: Can it be built?" Panel Speaker, IEEE International Symposium on High Performance Distributed Computing, Spokane, July 1993.
[1992]
"Software for Parallel Computing: Key Issues and Research Directions, (part 2 update of 1989 paper below) " with J. Kowalik, invited keynote paper, Third NATO Workshop on High Speed Computing, Cetraro, Italy, Oct. 1992
[1991]
"An Overview of Numerical Solutions to Delay Differential Equations," Invited lecturer, Univ. of Manchester, April, 1991.
"Supercomputing in Industry: a Competitive Perspective," Invited keynote speaker and panelist, The 4th Australian Supercomputer Conference, Queensland, Dec., 1991.
[1990]
"Industrial Supercomputing," invited speaker and panel organizer, Frontiers of Supercomputing II, Los Alamos, Aug. 1990.
"Software for the Numerical Solution of Systems of FDEs with State Dependent Lags," Invited speaker, International Conference of Volterra And Delay Equations, Phoenix, May 1990.
"Sharpness Results for Theorems on Theoretical and Numerical Properties of FDEs, " contributed lecture, same conference as above.
[1989]
"Supercomputing: Key Issues and Challenges," with J. Kowalik, invited keynote address, NATO Second Workshop on High Speed Computing, Norway, June, 1989.
"Are Highly Parallel Systems Ready for Prime Time," invited panelist, Conference: Parallel CFD, Implementations and Results Using MIMD Computers, ONR and RIACS, Los Angeles, May, 1989.
"Teraflops: Fact or Fantasy," invited panelist, Supercomputer '89, Reno, Nov. 1989.
[1988]
"Supercomputing: INs and OUTs," IEEE National Televideo Conference, The Learning Channel, North American Satellite Network, Dec., 1988.
"Growing Discord: Compiler Philosophy and Computer Architecture," Supercomputing '88, Orlando, Nov., 1988.
"The Next Software Challenge: Hypercomputing," Cray User Group Meeting, Tokyo, September, 1988.
"High Performance Computing (Hypercomputing): The New Wave of Technology," Featured (and only) Speaker, U.S. High Performance Computer Systems Trade Mission to Japan, Invited by the U.S. Dept. of Commerce, June 28, 1988
"Tutorial on Math/Stat Subroutine Libraries," Cray User Group, Minneapolis, April, 1988.
[1987]
"Using Supercomputers", Invited Speaker and Panelist, National Televideo Conference on Supercomputing [A satellite educational seminar viewed at 60 universities and over 50 private corporations. Sponsored by AMCEE. Tape available from KMPS TV San Diego], March 4, 1987.
[1986]
"Trends in Supercomputer Architecture", Invited Address, Ninth Conference on Electronic Computation, ASCE, Birmingham, AL, Feb. 1986.
"Computational Challenges of Mini-Supercomputer Architectures," Invited Address, American Society of Civil Engineers, Spring Convention, Seattle, April 1986.
"Benchmarking Applications on Supercomputers: a Methodology," Cray User Group, Garmisch, W. Germany, October, 1986.
[1985]
"The Impact of Hardware Architecture and Near-Supercomputers on Scientific Computation," BCS Educational Seminar, San Jose, San Francisco, and Palo Alto (Electric Power Research Institute), July 1985.
The Impact of CRAY's Changing Architectures on Scientific Computation," Invited address, Cray User Group, Stockholm, April 1985.
"The Evolution of the Software/Hardware Boundary," Invited address, Mini-symposium on Supercomputing, SIAM National Meeting, Pittsburgh, June, 1985.
"Hardware, Software, and Supercomputing," BCS Sponsored European Lecture Series, KFA and Max-Planck (Juelich and Mulheim, W. Germany), Saab-Scania (Linkoping, Sweden), May, 1985.
"An Overview of Supercomputer Architectures and the Impact on Scientific Computing," BCS/NSF Supercomputer Summer Institute, Seattle, WA, August 1985.
"Hardware and Software Trends: What Next?" BCS Spring Colloquium in the Geosciences, Dallas, Houston, Tulsa, Bakersfield, and Calgary, May 1985.
[1984]
"Software Groundwork for Supercomputers in an Industrial Environment", (invited panelist) National Computer Conference (NCC) 1984, co-panelists J. Riganati (NBS), K. Miura (Fujitsu), L. Thorndyke (President, ETA Systems), Las Vegas, July, 1984.
"Using Supercomputers in an Industrial Environment," (invited lecturer), DPMA Professional Seminar Series, Supercomputers, Feb. 13, Los Angeles and Feb. 16, San Jose, 1984.
"Mathematical Software Libraries for Vector Computers", (invited lecture) Cray User Group Conference, San Francisco, Oct., 1984.
"Trends in Supercomputer Architecture", BCS Spring Colloquium in the Geosciences, (invited lecturer) presented in Denver, Bakersfield, Houston, Dallas, Tulsa, Calgary in June, 1984.
"Automatic Integration of Functional Differential Equations: An Approach and an Algorithm," ACM-SIAM Software II Conference, Purdue University, June 1974.
[1983]
"Vector Algorithms as a Function of Hardware Architecture," (invited speaker), SIAM National Conference on Parallel Processing for Scientific Computing, Norfolk, VA, November 10, 1983.
"Vector Computing: Requirements and Constraints," Invited Lecturer, American Society of Civil Engineers, Eighth Conference on Electronic Computation, Houston, Feb. 1983.
"Vectorization of Scientific Software," (invited speaker), NATO Advanced Research Workshop on High-Speed Computation, Juelich, W. Germany, June 1983.
[1982]
"Hardware Evaluation of the FACOM Supercomputer," Oral Presentation of Final Report, Fujitsu Ltd., Nagoya, Japan, November, 1982.
[1981]
"Mathematical Libraries for Vector Computers," (invited speaker), VAPP Conference, Chester, England, August 1981.
[1980]
"The Vector Computer Challenge," (invited speaker), EPRI Parallel Processing Workshop, Dallas, TX, October 1980.
[1977]
"Sparse Triangular Factorization of Vector Computers,"
a. Poster Session, SIGNUM Math Software III Conference, Albuquerque, November 1977.
b. Exploring Parallel Processors, EPRI Conference, Palo Alto, CA, 1977 (invited speaker).
"Design of Software for Solving Delay Differential Equations," SIAM Fall Meeting, Albuquerque, NM, November 1977.
"Control of Interpolatory Error in Functional Differential Equations," SIAM National Meeting, Chicago, 1976.
[1976]
"Performance of Some Vectorized Software," (co-authors L. Barinka and P. Tuttle), SIAM-SIGNUM National Meeting, San Francisco, December 1975.
[1975]
"The Effective Automatic Numerical Solution of Functional Differential Equations with Inherent Derivative Discontinuities," Special Session on Functional Differential Equations (invited speaker), Regional AMS Meeting, Virginia Polytechnic Institute, Blacksburg, VA, November 1975.
[1974]
"Problems in the Automatic Solution of Functional Differential Equations," SIAM National Meeting, Pasadena, CA, June 1974.
[1973]
"Characterization of Jump Discontinuities for State Dependent Delay Differential Equations," SIAM National Meeting, Hampton, VA., June 1973.
SELECTED MAJOR COMPANY REPORTS AND REPEATED PRESENTATIONS
REPORTS
[2013]
"Findings and Observations: Cyber Defenders Workshop," NNSA Cyber security Proram, Sept. 2013, 201 pages
[1991]
"Ten Year Vision of Scientific Computing: Processes and Delivery Systems," document no. pending, Dec. 1991, 50 pages
[1990]
"Computational Environments and Distributed Applications: Strategic Issues," with G. Shubin, HSC-90-02, May 1990.
[1987]
"Supercomputing: Hardware and Algorithms," BCS Internal Report, ETA-TR-64, Engineering Scientific Services Division, September, 1987, 90 pages.
[1986]
"Software Development and Performance Evaluation on the NAS (Hitachi) 9100 Series Vector Processor," (co-authors, E. Cate and B. Dembart), Contract Final Report, National Advanced Systems, Sunnyvale, CA, Jan. 1986.
[1985]
"Software and Architectural Issues in Supercomputing," (co-authors, B. Dembart, R. Grimes, D. Young), ETA-TR-23, Boeing Computer Services, Feb., 1985.
[1983]
"Global Error Analysis for the Application of the Trapezoidal Rule to Systems with Nearly Periodic Components," (co-authors, H. Shniad, B. Dembart, and J. Manke), EPRI EL-3088, RP670-2, Final Report, May, 1983.
[1982]
Hardware Evaluation of the FACOM Supercomputer," Fujitsu of America, Boeing Report, October l982, 102 pages. (Also presented to Fujitsu Ltd., Numazu, Japan.)
[1980]
"Elements of Transient Stability Computation on an Array Processor," EPRI Project RP670-2, Topical Report, (co-authors, Y. Chan and B. Dembart), 1980.
[1977]
"Rebuttal Discussion of `A Class of New Multistep Integration Algorithms for the Computation of Power System Dynamical Response' by F. Gross and A. Bergen," (co-author, B. Dembart), IEEE Transactions on Power Apparatus and Systems, Vol. PAS-96, No. 1, Jan/Feb. 1977, p. 302.
[1975]
"The Babcock and Wilcox Software Library: User Guide and Comparative Study," (co-authors, L. Barinka and P. Tuttle), 1975.
"A Comparison Study of Subroutine Packages for the Numerical Solution of Ordinary Differential Equations: Initial Value Problems," Babcock & Wilcox Co. TM-316, March 1975.
[1968]
"Theoretical and Experimental Study of Electron Beam Aberrations in a Magnetic Deflection System," IBM Company Report, Beam Technology, 1968.