the CMF would support interactive problem solving across diverse are as such as the aerospace engineering disciplines (propulsion,weights,andaerodynamics) In. operational use,a CMF would reduce life-cycle flow time and cost and improve the quality of program deliverables. Similar benefits could berealized by applying information accumulateid
in the CMF for one program to other related programs.
Ininitial phases of this work,the ATC is studying core corporate memory facility ideas, preparing CMF technical reports detailing study results,and building feasibility demonstrations In. conjunction with NASA, the Space Station Freedom Program was selected as a testbed ;within this test bed we are concentrating on design knowledge capture.In 1989 the ATC examined aspects of the Power subsystemandtheEnvironmentaClontrolandLife Support(ECLS)subsystemW.e alsousedourtoolsin aportionof the1989SpaceStationFreedomtechnicalaudittoinvestigatethe rationalefor apreviousdesigndecision.
Through the series of demonstrations we hope to show a novel integration and extension of design knowledge capture ideas by:
a.Tailoring knowledge acquisition and process control tools for engineering trade studies, a significant and feasible part of design knowledge capture. b. Digitally recording speech as an unobtrusive method of capturing design rationale at the trade study workstation. c. Developing an interactive design alternative generation aid.
the CMF would support interactive problem solving across diverse are as such as the aerospace engineering disciplines (propulsion,weights,andaerodynamics) In. operational use,a CMF would reduce life-cycle flow time and cost and improve the quality of program deliverables. Similar benefits could berealized by applying information accumulateid
in the CMF for one program to other related programs.
Ininitial phases of this work,the ATC is studying core corporate memory facility ideas, preparing CMF technical reports detailing study results,and building feasibility demonstrations In. conjunction with NASA, the Space Station Freedom Program was selected as a testbed ;within this test bed we are concentrating on design knowledge capture.In 1989 the ATC examined aspects of the Power subsystemandtheEnvironmentaClontrolandLife Support(ECLS)subsystemW.e alsousedourtoolsin aportionof the1989SpaceStationFreedomtechnicalaudittoinvestigatethe rationalefor apreviousdesigndecision.
Through the series of demonstrations we hope to show a novel integration and extension of design knowledge capture ideas by:
a.Tailoring knowledge acquisition and process control tools for engineering trade studies, a significant and feasible part of design knowledge capture. b. Digitally recording speech as an unobtrusive method of capturing design rationale at the trade study workstation. c. Developing an interactive design alternative generation aid.
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