332
9 OBDH Technology of Lunar Lander
References
1. Weichi TAN, Yingqi GU (2004) Space data system[M]. China Science and Technology Press,
Beijing
2. CHU Guibai, ZHANG He (2007) Technology of lunar probes[M]. China Science and Technology
Press, Beijing
3. Weichi TAN, Jingang HU (2009) Spacecraft system engineering[M]. China Science and
Technology Press, Beijing
4. Joseph FS, Chris P, Patrick P (2003) Standardized spacecraft onboard interfaces: AIAA space
2003 Conference and Exposition[C]. AIAA, USA
5. Walls B, McClelland M, Persyn S et al (2002) Leveraging flight heritage to new compact PCI
space systems: a fusion of architectures[J]. IEEE Aerosp Electron Syst Mag 17(7):9–13
6. Randy B, Mitch F (2005) Next generation space avionics: layered system implementation[J].
IEEE Aerosp Electron Syst Mag 20(12):9–14
7. Randel CB, Gary SB (2003) X2000 Advanced avionics project: development of a new generation
of avionics for space applications: IEEE aerospace conference proceedings[C]. IEEE, USA
9 OBDH Technology of Lunar Lander
References
1. Weichi TAN, Yingqi GU (2004) Space data system[M]. China Science and Technology Press,
Beijing
2. CHU Guibai, ZHANG He (2007) Technology of lunar probes[M]. China Science and Technology
Press, Beijing
3. Weichi TAN, Jingang HU (2009) Spacecraft system engineering[M]. China Science and
Technology Press, Beijing
4. Joseph FS, Chris P, Patrick P (2003) Standardized spacecraft onboard interfaces: AIAA space
2003 Conference and Exposition[C]. AIAA, USA
5. Walls B, McClelland M, Persyn S et al (2002) Leveraging flight heritage to new compact PCI
space systems: a fusion of architectures[J]. IEEE Aerosp Electron Syst Mag 17(7):9–13
6. Randy B, Mitch F (2005) Next generation space avionics: layered system implementation[J].
IEEE Aerosp Electron Syst Mag 20(12):9–14
7. Randel CB, Gary SB (2003) X2000 Advanced avionics project: development of a new generation
of avionics for space applications: IEEE aerospace conference proceedings[C]. IEEE, USA