Rights in data clauses and their impact on information functions of government
Data rights problems and government information systems with emphasis on computer software acquisition and dissemination
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Data rights problems and government information systems with emphasis on computer software acquisition and dissemination
Organizational accounting system for government laboratories
Management development of scientists and engineers in federal government, and analysis of behavior and systems
Governing electronic mechanism of ion propulsion engines
Numerical integration of differential equations governing one dimensional flow of reactive gas, discussing flows of converging-diverging nozzle and normal shock waves
Research and development data policies of civilian government agencies
Guidelines for positive control of government furnished equipment for manned spacecraft
Investigation of government furnished equipment used on Apollo 13 flight and evaluation of established criticality ratings
Analysis of government furnished equipment and ground support equipment used on Apollo 13 flight
Legalities of patent infringements resulting from government procurement policies
The development of an operations research or management science (OR/MS) activity in an organization is discussed as occurring in a series of phases. Organizational aspects of the development of OR/MS in an individual case and in an institutional environment of federal civilian agencies are described. It is noted that there is some evidence that the length of time it takes an OR/MS group to develop to maturity has decreased. It is concluded that to understand the development of OR/MS in government organization, it must be considered as a problem in empirical organization theory.
Papers presented at conference on system safety in government and industry
The principal technology on which all forms of intentional, local weather modification ultimately rest is that of cloud seeding. There are three primary milestones in the evolution of such a new technology including invention, development, and introduction to society on an operational basis. It is shown that government has been deeply involved in each of the first two phases of weather modification's evolution. The agencies involved include the military agencies, the Weather Bureau, the National Science Foundation, and the Bureau of Reclamation. It is pointed out that weather modification will require some unusually flexible and open administrative devices if it is to advance in the public interest.
Possible legal ramifications to the U.S. Government as a result of utilization and distribution of meteorological satellite data are explored.
The hardware design and implementation and test results are described of the accommodation of two wideband channels, 8 kHz DSB/QDSB located at 44 kHz and 16 kHz SSB, lower sideband, located at 104 kHz in a government furnished FDM demultiplexer unit.
Land use and land use activity changes over discrete intervals of time represent basic data requirements in regional planning studies. Two examples of land use analysis required by the Council of Governments' transportation planning staff are described. Both were undertaken utilizing remote sensing imagery analysis. One study using large scale aircraft imagery developed a high degree of analytical detail and functional identification. The other, to support further detailed data base evaluation, utilizing ERTS-1 and small scale aircraft imagery, developed data identifying in more general detail major activity changes within the metropolitan region.
A semi-annual forecast of Government Furnished Pressurants and Propellant, and GFM required to support the development, fabrication, production, and test of the space shuttle orbiter.
A finite element algorithm for solution of fluid flow problems characterized by the two-dimensional compressible Navier-Stokes equations was developed. The program is intended for viscous compressible high speed flow; hence, primitive variables are utilized. The physical solution was approximated by trial functions which at a fixed time are piecewise cubic on triangular elements. The Galerkin technique was employed to determine the finite-element model equations. A leapfrog time integration is used for marching asymptotically from initial to steady state, with iterated integrals evaluated by numerical quadratures. The nonsymmetric linear systems of equations governing time transition from step-to-step are solved using a rather economical block iterative triangular decomposition scheme. The concept was applied to the numerical computation of a free shear flow. Numerical results of the finite-element method are in excellent agreement with those obtained from a finite difference solution of the same problem.