Task scheduling for a real time multiprocessor
Algorithm for scheduling real time tasks in multiprocessing system
Jordan, J. W.↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Sammie II - Scheduling analysis model for ATM experiments
Computer scheduling model and timeline plot for Apollo Telescope Module /ATM/ experiments using orbital trajectory simulation
Brunschwig, M. G.↗
Optimum interplanetary midcourse velocity- correction schedules
Interplanetary midcourse velocity correction schedules optimization, discussing timing equations modifications, mission simulation and role of earth based radar
Murtagh, T. B.↗
On-line optimization of maintenance and verification schedules
On-line optimization of maintenance and verification schedules for complex system safety insurance
Meisel, W. S.↗
Nuclear flight system definition study, phase 3. Volume 5 - Schedules, milestones and networks Final report
Reusable nuclear shuttle program schedules and logic networks of tasks, sequencing, and interfaces
Antypas, W. G.↗
Scheduling technique improvement study for advanced programs. Volume 1: Summary
Summary of improved techniques for scheduling advanced space programs
Crain, D. P.↗
Scheduling technique improvement study for advanced programs. Volume 2: Stage 2 advanced space transport program
Scheduling techniques for manned, reusable orbiting transport vehicle stage of advanced space program
Crain, D. P.↗
Scheduling technique improvement study for advanced programs. Volume 3: Stage 1 advanced space transport program
Schedules and logic diagrams of manned reusable boost vehicle for advanced space transport program
Crain, D. P.↗
Scheduling technique improvement study for advanced programs. Volume 4: Ground support, test, training, investment, operations, advanced space transport program
Schedules and logic diagrams for ground support, testing, training, and management for advanced space transport program
Crain, D. P.↗
Observing behavior in squirrel monkeys under a multiple schedule of reinforcement availability
Observing behavior in squirrel monkeys under multiple schedule of reinforcement availability
Clark, F. C.↗
On optimal scheduling and air traffic control in the near terminal area
A scheme is proposed for automated air traffic control of landing aircraft in the vicinity of the airport. Each aircraft is put under the control of an airport-based computer as soon as it enters the near-terminal area (NTA). Scheduling is done immediately thereafter. The aircraft is given a flight plan which, if followed precisely, will lead it to the runway at a prespecified time. The geometry of the airspace in the NTA is chosen so that delays are executed far from the outer marker, and violations of minimum altitude and lateral separations are avoided. Finally, a solution to the velocity mix problem is proposed.
Sarris, A. H.↗
Modular space station phase B extension program cost and schedules. Volume 2: Appendixes
A work breakdown structure and dictionary, estimated subcontractor costs, and technical characteristics data are presented for the cost estimates and funding schedule studies.
Frassinelli, G. J.↗
Component duration and relative response rates in multiple schedules.
Pigeons were trained on a multiple variable-interval 30-sec, variable interval 90-sec schedule with each component presented alternately for an equal duration. This duration of exposure was varied from 5 to 300 sec. The rate of response in the variable-interval 30-sec component relative to the rate of response in the variable-interval 90-sec component was studied. Results are plotted and discussed.
Todorov, J. C.↗
Modification and updating of the Manned Activity Scheduling System (MASS) for shuttle and shuttle payloads analysis. Volume 1: Model specifications
The LRC MASS was modified and updated to include logic for efficient analysis of space shuttle payload operations. All MASS computer models were reviewed for compatibility with, and applicability to, the shuttle sortie mission. The MASS modification efforts were concentrated on two computer programs, the general scheduling model (GSM) and one day model (ODM). A new computer program, the DAYLIB Tape Processor, was developed to update the link between the GSM and ODM. The resulting MASS is an operationally efficient analytical tool that will allow a rapid assessment of shuttle and shuttle payload operations.
Ring, R. C.↗
A model for estimating the cost impact of schedule perturbations on aerospace research and development programs
The problem of determining the cost impact attributable to perturbations in an aerospace R and D program schedule is discussed in terms of the diminishing availability of funds. The methodology from which a model is presented for updating R and D cost estimates as a function of perturbations in program time is presented.
Bishop, D. F.↗
Computer assisted interactive resource scheduling system
A computer system is reported that effectively schedules complex mission support by processing spacecraft requirements, station capabilities, and ephemeris data in teletype format ready for transmission.
Gustafson, C. E.↗
Scheduling for Public Service in International Operations
The factors involved in scheduling airline services for international operations are discussed. Charts are presented to show the transatlantic pattern of flights for a typical airline during the summer and winter months. The operations of a domestic airline operating overseas and a foreign airline operating to the United States are compared.
Brenner, M. A.↗
Space shuttle system program definition. Volume 4: Cost and schedule report
The supporting cost and schedule data for the second half of the Space Shuttle System Phase B Extension Study is summarized. The major objective for this period was to address the cost/schedule differences affecting final selection of the HO orbiter space shuttle system. The contending options under study included the following booster launch configurations: (1) series burn ballistic recoverable booster (BRB), (2) parallel burn ballistic recoverable booster (BRB), (3) series burn solid rocket motors (SRM's), and (4) parallel burn solid rocket motors (SRM's). The implications of varying payload bay sizes for the orbiter, engine type for the ballistics recoverable booster, and SRM motors for the solid booster were examined.
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