User missions that are enabled or enhanced by a manned space station are identified. The mission capability requirements imposed on the space station by these users are delineated. The accommodation facilities, equipment, and functional requirements necessary to achieve these capabilities are identified, and the economic, performance, and social benefits which accrue from the space station are defined
Cost and schedule, cost/incremental capability, and schedule impact analyses are presented. Quantifi...
Mission identification and validation, the benefits of a manned presence in space; attributes and ar...
The following types of space missions were evaluated to determine those that require, or will be ben...
The space applications and science programs appropriate to the era beyond 1990, those user missions ...
Architectural options, man/systems integration, subsystem concepts, and space station evolution are ...
The development and systems architectural requirements of the space station program are described. T...
The mission requirements of the space station program are investigated. Mission parameters are divid...
Science and applications, NOAA environmental observation, commercial resource observations, commerci...
Space station missions and their requirements are discussed. Analyses of the following four mission ...
The baseline mission model used to develop the space station mission-related requirements is describ...
Space station needs, attributes, and architectural options that affect the future implementation and...
A typical system specification format is presented and requirements are compiled. A Program Specific...
Missions that will benefit from the development of a permanent manned space station are examined. Th...
Various parameters of the orbital space station are discussed. The space station environment, data m...
User mission requirements and their relationship to the current space transportation system are exam...
Cost and schedule, cost/incremental capability, and schedule impact analyses are presented. Quantifi...
Mission identification and validation, the benefits of a manned presence in space; attributes and ar...
The following types of space missions were evaluated to determine those that require, or will be ben...
The space applications and science programs appropriate to the era beyond 1990, those user missions ...
Architectural options, man/systems integration, subsystem concepts, and space station evolution are ...
The development and systems architectural requirements of the space station program are described. T...
The mission requirements of the space station program are investigated. Mission parameters are divid...
Science and applications, NOAA environmental observation, commercial resource observations, commerci...
Space station missions and their requirements are discussed. Analyses of the following four mission ...
The baseline mission model used to develop the space station mission-related requirements is describ...
Space station needs, attributes, and architectural options that affect the future implementation and...
A typical system specification format is presented and requirements are compiled. A Program Specific...
Missions that will benefit from the development of a permanent manned space station are examined. Th...
Various parameters of the orbital space station are discussed. The space station environment, data m...
User mission requirements and their relationship to the current space transportation system are exam...
Cost and schedule, cost/incremental capability, and schedule impact analyses are presented. Quantifi...
Mission identification and validation, the benefits of a manned presence in space; attributes and ar...
The following types of space missions were evaluated to determine those that require, or will be ben...