A very small gravity experiment system (Experiment
system of JEM-SPCF) of the freedom Japan module (JEM) development is divided
into two, 1/4 DR system and 1/8 DR system. To enable the use over a long period of time in the weightless environment, various ideas and new structures were considered for logics of electronic control software we had developed. It is the very advanced system, since a design, manufacture, and the test were performed by the standard of NASA. |
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JEM computer animation | JEM vision | |
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The International Space Station is an equipment which size is as
a football field. In order to use the space environment and to do experiment
research for a long period of time, the United States, Canada, European
countries, and Russia are making the plan together. |
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Penetrate system | |
Space shuttle plan | |
Fluid physics experiment facility (FTX#6) | |
Aviation system |
97.01-98.03 | International Space Station JEM-ELM/ES design support |
97.05-98.06 | Lunar-A/Penetrate system test support equipment development |
International Space Station JEM module program International Space Station JEM module operation program and test simulator program |
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97.07- | International Space Station JEM/ELM-ES flight software improvement |
98.04-98.05 | Fluid physics experiment equipment (FTX#6) software development |
98.06-98.03 | International Space Station JEM common experiment equipment software development |
98.07- | USERS/REM data handling system software development |
89.06-89.11 | Software for Military helicopter |
91.09-91.11 | Software for F-15J FLIR F15J fighter |
91.10-91.11 | Outside light intensity data download program |
91.11-91.12 | S3 format data send program |
91.09-91.10 | 5 inch LCD automatic measurement program |
91.12-92.04 | Integration lightwave display unit software |
92.05-93.03 | Software for ACES |
92.06-92.12 | ACES, LCD test equipment program |
93.07-93.09 | LCD test equipment program, LCD automatic measurement program |
97.08-98.01 | infra-red ray analysis system |