Design and construction of a lunar seismograph progress report no. 10, 1 oct. - 31 dec. 1961
Lunar seismograph design and construction, Ranger data analysis equipment installation, and Surveyor project seismograph system testing
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Lunar seismograph design and construction, Ranger data analysis equipment installation, and Surveyor project seismograph system testing
Surveyor project as basis for technology transfer management exemplified by planning and organization problems
An analysis of the management of two major NASA projects, Surveyor and Lunar Orbiter is presented. The analysis reflects the comments and criticisms of many NASA officials who were responsible for various phases of the projects as well as comments by knowledgeable persons outside NASA. Findings are submitted with respect to; (1) environment, (2) role of individuals, (3) teamwork, (4) roles and missions, (5) organization, and (6) cost performance.
The Mars Global Surveyor mission (MGS) will be the first in a series of Mars missions to recover the science lost when the ill fated Mars Observer spacecraft suffered a catastrophic anomaly in its propulsion system and was unable to attain orbital capture at the planet...This paper will describe in detail the methods employed by the MSOP ( Mars Surveyor Operations Project)flight team to accelerate the command generation process.
The methods employed by the Mars surveyor operations project (MSOP) flight team to accelerate the command generation process are described. The approach adopted was to develop a ground system which could simultaneously support as many as three spacecraft in various phases of flight and two in development. The uplink element of the MSOP is discussed, including the control of the science instruments and the spacecraft bus using real-time commands as well as time-tagged stored sequences. The non-interactive payload command process, the express command process, the coordinated command process and the stored sequence process are described. The automation of these processes resulted in flight operations cost savings while maintaining a minimum of risk.
Over the past year and a half, the Center for Mars Exploration (CMEX) at NASA Ames Research Center (ARC) has been working with the Mars Surveyor Project Office at JPL to promote interactions among the planetary community and to coordinate landing site activities for the Mars Surveyor Project Office. To date, CMEX has been responsible for organizing the first two Mars Surveyor Landing Site workshops, web-archiving resulting information from these workshops, aiding in science evaluations of candidate landing sites, and serving as a liaison between the community and the Project. Most recently, CMEX has also been working with information technologists at Ames to develop a state-of-the-art collaborative web site environment to foster interaction of interested members of the planetary community with the Mars Surveyor Program and the Project Office. The web site will continue to evolve over the next several years as new tools and features are added to support the ongoing Mars Surveyor missions.
Over the past year and a half, the Center for Mars Exploration (CMEX) at NASA Ames Research Center (ARC) has been working with the Mars Surveyor Project Office at JPL to promote interactions among the planetary community and to coordinate landing site activities for the Mars Surveyor Project Office. To date, CMEX has been responsible for organizing the first two Mars Surveyor Landing Site workshops, web-archiving resulting information from these workshops, aiding in science evaluations of candidate landing sites, and serving as a liaison between the community and the Project. Most recently, CMEX has also been working with information technologists at Ames to develop a state-of-the-art collaborative web site environment to foster interaction of interested members of the planetary community with the Mars Surveyor Program and the Project Office. The web site will continue to evolve over the next several years as new tools and features are added to support the ongoing Mars Surveyor missions.
Summary for research efforts for Surveyor project, Mariner program, Voyager project and Deep Space Network
Hydrogen-fueled Centaur launch vehicle test space flight - Surveyor project
Surveyor project, Mariner Venus and Mariner Mars projects, and deep space network
Orbital trajectory analysis for Ranger VII LUNAR probe, and systems and thermal testing of Mariner spacecraft - deep space network, and Surveyor project
Space exploration programs and space science summary on Mariner, Ranger, and Surveyor projects - deep space instrumentation facility - environmental test facility
Space exploration programs and science - Surveyor project, Mariner program, Deep Space Instrumentation Facility, space flight operation facility, environment test facility, and physics
Terminal descent design for unmanned vehicle soft lunar landing in Surveyor project
Terminal guidance system instrumentation for Surveyor project lunar soft-landing spacecraft
Surveyor project composite telemetry processing system including signal processor, ground equipment, computer data program, etc
Engineering and scientific work on Mariner 4, Mariner Venus, Mariner Mars 1969, Voyager, and Surveyor projects
Systems analysis and engineering data on Mariner Venus 67, Mariner 4, Mariner Mars 69, and Surveyor projects, and advanced planetary missions technology