Presenter Information

Randall G. Oliver
John E. Moye

Location

Howard Johnson Plaza-Hotel, Atlantis/ Discovery Rooms

Start Date

24-4-1990 2:00 PM

End Date

24-4-1990 5:00 PM

Description

Stariab, a test bed designed to be flown on NASA's Space Shuttle, will be used to conduct a series of acquisition, tracking, and pointing (ATP) experiments that are relevant to the Strategic Defense Initiative (SDI) Mission. In the primary experiment, Stariab will acquire, track, and precisely point a laser beam at an instrumented 4-stage booster rocket known as Starbird. Simultaneously, booster plume data will be collected at a variety of wavelengths and at resolutions never before achieved in space. Stariab will also be used to demonstrate advanced adaptive optics techniques using a booster plume source, rapid optical retargeting, and laser communications from space to below the ocean's surface. In addition, Stariab will be used to collect data on earthspace backgrounds and on adaptive optics systems used to compensate for atmospheric turbulence.

Comments

DOD Research and Development

Session Chairman: M. T. Runkle, USAF, GPS Program

Session Organizer: Gary Spirnak, USAF, 6555th Aerospace Test Group, CCAFS, FL

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Apr 24th, 2:00 PM Apr 24th, 5:00 PM

Paper Session I-A - Starlab Overview

Howard Johnson Plaza-Hotel, Atlantis/ Discovery Rooms

Stariab, a test bed designed to be flown on NASA's Space Shuttle, will be used to conduct a series of acquisition, tracking, and pointing (ATP) experiments that are relevant to the Strategic Defense Initiative (SDI) Mission. In the primary experiment, Stariab will acquire, track, and precisely point a laser beam at an instrumented 4-stage booster rocket known as Starbird. Simultaneously, booster plume data will be collected at a variety of wavelengths and at resolutions never before achieved in space. Stariab will also be used to demonstrate advanced adaptive optics techniques using a booster plume source, rapid optical retargeting, and laser communications from space to below the ocean's surface. In addition, Stariab will be used to collect data on earthspace backgrounds and on adaptive optics systems used to compensate for atmospheric turbulence.

 

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