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Medium-earth-altitude satellite-based cellular telecommunications 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • B64G-001/10
출원번호 US-0134030 (1993-10-12)
발명자 / 주소
  • Horstein Michael (Los Angeles CA) Cress Peter H. (Manhattan Beach CA) Rusch Roger J. (Palos Verdes Estates CA)
출원인 / 주소
  • TRW Inc. (Redondo Beach CA 02)
인용정보 피인용 횟수 : 105  인용 특허 : 0

초록

A satellite-based cellular telecommunications system employing a constellation of telecommunications satellites in medium earth orbit to provide multibeam radio frequency (rf) communications links for worldwide cellular telephone service with a minimum number of satellites. The telecommunications sa

대표청구항

A method of controlling the communication of a plurality of telecommunication satellites in a cellular telephone communication system, comprising the steps of: determining a sequence of different focal directions for at least one antenna on each of said satellites over a predetermined orbital period

이 특허를 인용한 특허 (105)

  1. Diekelman Dennis P. (Tempe AZ), Adaptive beam pointing method and apparatus for a communication system.
  2. Campbell J. Scott, Aerial communications network including a plurality of aerial platforms.
  3. Knoblach, Gerald M.; Frische, Eric A., Airborne constellation of communications platforms and method.
  4. Maeda, Toshihide; Hamano, Nobuo; Nakamura, Shigeki; Yoshida, Tomiharu; Owada, Masataka; Ikeda, Masahiko; Yabutani, Takashi; Ito, Masahiro, Artificial satellite with an orbit having a long staying time in a zenith direction, an orbit control method and a communication system therewith.
  5. Maeda, Toshihide; Hamano, Nobuo; Nakamura, Shigeki; Yoshida, Tomiharu; Owada, Masataka; Ikeda, Masahiko; Yabutani, Takashi; Ito, Masahiro, Artificial satellite with an orbit having a long staying time in a zenith direction, an orbit control method and a communication system therewith.
  6. Wiedeman Robert A. ; Sites Michael J., Automatic satellite terrestrial mobile terminal roaming system and method.
  7. Wiedeman Robert ; Sites Michael J., Automatic satellite/terrestrial mobile terminal roaming system and method.
  8. Knoblach, Gerald Mark; Frische, Eric A, Breaking apart a platform upon pending collision.
  9. Richard H. Sherman ; Theodore F. Driggers, Channel frequency allocation for multiple-satellite communication network.
  10. Sherman Richard H. ; Driggers Theodore F., Channel frequency allocation for multiple-satellite communication network.
  11. Wiedeman Robert A. (Los Altos CA) Sites Michael J. (Fremont CA), Closed loop power control for low earth orbit satellite communications system.
  12. Wiedeman Robert A. ; Sites Michael J., Closed loop power control for low earth orbit satellite communications system.
  13. Wiedeman Robert A. ; Sites Michael J., Closed loop power control for low earth orbit satellite communications system.
  14. Diekelman Dennis Paul, Communication system with satellite diversity and method of operation thereof.
  15. Wiedeman Robert A ; Izadian Jamal ; Gallagher Vijaya, Dual mode satellite telephone with hybrid battery/capacitor power supply.
  16. Sherman Richard H. ; Boyd Stephen ; Schneider ; Jr. Delmer R., Dynamic traffic allocation for power control in multiple satellite communication systems.
  17. Briskman Robert D. ; Nelson Robert A., Efficient high latitude service area satellite mobile broadcasting systems.
  18. Briskman, Robert D.; Nelson, Robert A., Efficient high latitude service area satellite mobile broadcasting systems.
  19. Castiel David ; Draim John ; Manning Kenneth F., Ellipitical satellite system which emulates the characteristics of geosychronous satellites.
  20. Castiel David ; Draim John ; Brosius Jay ; Schor Matthew, Elliptical orbit satellite, system, and deployment with controllable coverage characteristics.
  21. Castiel David ; Draim John ; Brosius Jay ; Schor Matthew, Elliptical orbit satellite, system, and deployment with controllable coverage characteristics.
  22. Castiel, David; Draim, John; Manning, Kenneth F., Elliptical satellite system emulating characteristics of geosynchronous satellites during the apogee portion of an elliptical orbit.
  23. Castiel, David; Draim, John; Manning, Kenneth F., Elliptical satellite system which emulates the characteristics of geosynchronous satellites.
  24. Castiel, David; Draim, John; Manning, Kenneth F., Elliptical satellite system which emulates the characteristics of geosynchronous satellites.
  25. Castiel, David; Draim, John; Manning, Kenneth F., Elliptical satellite system which emulates the characteristics of geosynchronous satellites.
  26. Castiel, David; Anderson, Jack; Draim, John E., Fixed satellite constellation system employing non-geostationary satellites in sub-geosynchronous elliptical orbits with common ground tracks.
  27. Wiedeman Robert A, Global mobile paging system.
  28. Wiedeman Robert A, Global mobile paging system.
  29. Coleman, Gary D.; Hastings, Jr., C. Thomas; Smith, Duane; Silny, John F., High-bandwidth optical communications relay architecture.
  30. Coleman, Gary D.; Hastings, Jr., C. Thomas; Smith, Duane; Silny, John F., High-bandwidth optical communications relay architecture.
  31. Coleman, Gary D.; Hastings, Jr., C. Thomas; Smith, Duane; Filgas, David, High-bandwidth optical communications relay payload.
  32. Adiwoso Adi R.,IDX ; Taylor Stuart C.,IDX ; Smyth Kevin B.,IDX, Integrated telecommunications system providing fixed and mobile satellite-based services.
  33. Wiedeman Robert A, Interactive fixed and mobile satellite network.
  34. Wiedeman Robert A., Interactive fixed and mobile satellite network.
  35. Wiedeman Robert A. (Los Altos CA), Low earth orbit communication satellite gateway-to-gateway relay system.
  36. Wiedeman Robert A ; Monte Paul A, Low earth orbit distributed gateway communication system.
  37. Wiedeman Robert A. ; Monte Paul A., Low earth orbit distributed gateway communication system.
  38. Wiedeman, Robert A.; Monte, Paul A., Low earth orbit distributed gateway communication system.
  39. Malarky Alastair, Managing inter-satellite connections in a constellation with overlapping orbital planes.
  40. Galvin Dennis M., Medium earth orbit augmentation of a global positioning system for global navigation.
  41. Chethik Frank, Medium earth orbit communication satellite system.
  42. Liu, Xiangdong; Schachter, Joshua, Medium earth orbit constellation with simple satellite network topology.
  43. Armbruster Peter Joseph ; Sowles Kenneth Lee ; Tayloe Daniel Richard, Method and apparatus for communications hand-off between multiple satellite systems.
  44. Wiedeman Robert A ; Monte Paul A ; Sites Michael J, Method and apparatus for considering user terminal transmitted power during operation in a plurality of different communication systems.
  45. Diekelman Dennis Paul ; Kroncke George Thomas ; Olds Keith Andrew, Method and apparatus for early service using phased satellite depolyment.
  46. Yung,Kar W.; Chang,Donald C. D., Method and system for maximizing satellite constellation coverage.
  47. Monte Paul A. (San Jose CA) Wiedeman Robert A. (Los Altos CA) Sites Michael J. (Fremont CA), Method for accounting for user terminal connection to a satellite communications system.
  48. Monte Paul A. ; Wiedeman Robert A. ; Sites Michael J., Method for accounting for user terminal connection to a satellite communications system.
  49. Chandra Joshi ; Anthony Noerpel ; Chi-Jiun Su, Method for implementing a terminal-to-terminal call with an optimal use of radio resources in a mobile satellite system.
  50. Smith, Alexander D.; Askijian, Armen; Field, Daniel W.; Grossman, James, Method for thermal stabilization of a communications satellite.
  51. Wiedeman Robert A. ; Monte Paul A. ; Sites Michael J., Methods and apparatus for providing user RF exposure monitoring and control in a satellite communications system.
  52. Joshi Chandra ; Noerpel Anthony ; Su Chi-Jiun ; Roos Dave, Mobile satellite system and method for implementing a single-hop terminal-to-terminal call.
  53. Wiedeman Robert A ; Monte Paul A ; Penwarden Kent A, Mobile satellite user information request system and methods.
  54. Wiedeman Robert A. ; Monte Paul A. ; Penwarden Kent A., Mobile satellite user information request system and methods.
  55. Knoblach, Gerald Mark, Multifunctional balloon membrane.
  56. Wiedeman Robert A. ; Monte Paul, Multipath communication system optimizer.
  57. Wiedeman, Robert A., Multiple satellite fade attenuation control system.
  58. Wiedeman Robert A. (Los Altos CA) Monte Paul A. (San Jose CA) Carter Stephen S. (San Diego CA) Ames William (Poway CA), Multiple satellite repeater capacity loading with multiple spread spectrum gateway antennas.
  59. Wiedeman Robert A. ; Monte Paul A. ; Carter Stephen S. ; Ames William, Multiple satellite repeater capacity loading with multiple spread spectrum gateway antennas.
  60. Robert A Wiedeman, Multiple vocoder mobile satellite telephone system.
  61. Briskman Robert D., Satellite broadcast receiver system.
  62. Hirschfield Edward ; Wiedeman Robert A. ; Canter Stanley, Satellite communication power management system.
  63. Monte Paul A ; Hirshfield Edward, Satellite communication service with non-congruent sub-beam coverage.
  64. Monte Paul A ; Hirshfield Edward, Satellite communication service with non-congruent sub-beam coverage.
  65. Wang,Arthur W., Satellite communication system.
  66. Wiedeman, Robert A; Monte, Paul A, Satellite communication system providing multi-gateway diversity to a mobile user terminal.
  67. Wiedeman Robert A. (Los Altos CA) Monte Paul A. (San Jose CA), Satellite communication system that is coupled to a terrestrial communication network and method.
  68. Wang,Arthur W., Satellite communications system.
  69. Wiedeman Robert A. ; Monte Paul A., Satellite communications system having distributed user assignment and resource assignment with terrestrial gateways.
  70. Wiedeman Robert A. ; Monte Paul A. ; Sites Michael J., Satellite communications system having gateway-based user RF exposure monitoring and control.
  71. Gallagher Vijaya K ; Monte Paul A ; Wiedeman Robert A, Satellite controlled power control for personal communication user terminals.
  72. Gallagher Vijaya K ; Monte Paul A ; Wiedeman Robert A, Satellite controlled power control for personal communication user terminals.
  73. Kikuchi Akira,JPX, Satellite orbiting toward west in the equatorial plane and meteorological satellite system using the satellite.
  74. Wiedeman Robert A., Satellite repeater diversity resource management system.
  75. Wiedeman, Robert A., Satellite repeater diversity resource management system.
  76. Frank Taormina ; Donald C. D. Chang ; Kar W. Yung ; David C. Cheng ; William W. Mayfield ; John Novak, III ; Arthur W. Wang, Satellite system and method of deploying same.
  77. Frank Taormina ; Donald C.D. Chang ; Kar W. Yung ; David C. Cheng ; William W. Mayfield ; John Novak, III ; Arthur W. Wang, Satellite system and method of deploying same.
  78. Taormina Frank ; Chang Donald C. D. ; Yung Kar W. ; Cheng David C. ; Mayfield William W. ; Novak ; III John ; Wang Arthur W., Satellite system and method of deploying same.
  79. Taormina, Frank; Chang, Donald C. D.; Yung, Kar W.; Cheng, David C.; Mayfield, William W.; Novak, III, John; Wang, Arthur W., Satellite system and method of deploying same.
  80. Wiedeman Robert A. ; Monte Paul A ; Gallagher Vijaya K, Satellite telephone interference avoidance system.
  81. Wiedeman Robert A. ; Monte Paul A ; Gallagher Vijaya K, Satellite telephone interference avoidance system.
  82. Toshihide Maeda JP; Nobuo Hamano JP; Shigeki Nakamura JP; Tomiharu Yoshida JP; Masataka Owada JP; Masahiko Ikeda JP; Takashi Yabutani JP; Masahiro Ito JP, Satellite, satellite control method and satellite communication system.
  83. Toshihide Maeda JP; Nobuo Hamano JP; Shigeki Nakamura JP; Tomiharu Yoshida JP; Masataka Owada JP; Masahiko Ikeda JP; Takashi Yabutani JP; Masahiro Ito JP, Satellite, satellite control method and satellite communication system.
  84. Adiwoso Adi R.,IDX ; Taylor Stuart C.,IDX ; Smyth Kevin B.,IDX, Satellite-based direct access telecommunications systems.
  85. Shawn Wesley Hogberg ; Jonathan Henry Gross ; Gerald Joseph Davieau, Snap to grid variable beam size digital beamforming system.
  86. Wang,Arthur W., System and method for continuous broadcast service from non-geostationary orbits.
  87. Wiedeman Robert A ; Gallagher Vijaya K ; Serri John A, System for generating and using global radio frequency maps.
  88. Wiedeman Robert A ; Gallagher Vijaya K ; Serri John A, System for generating and using global radio frequency maps.
  89. Knoblach, Gerald M.; Frische, Eric A.; Barkley, Bruce Alan, Systems and applications of lighter-than-air (LTA) platforms.
  90. Knoblach, Gerald M.; Frische, Eric A.; Barkley, Bruce Alan, Systems and applications of lighter-than-air (LTA) platforms.
  91. Knoblach, Gerald M.; Frische, Eric A.; Barkley, Bruce Alan, Systems and applications of lighter-than-air (LTA) platforms.
  92. Knoblach, Gerald M.; Frische, Eric A.; Barkley, Bruce Alan, Systems and applications of lighter-than-air (LTA) platforms.
  93. Knoblach, Gerald M.; Frische, Eric A.; Barkley, Bruce Alan, Systems and applications of lighter-than-air (LTA) platforms.
  94. Knoblach, Gerald M.; Frische, Eric A.; Barkley, Bruce Alan, Systems and applications of lighter-than-air (LTA) platforms.
  95. Knoblach, Gerald M.; Frische, Eric A.; Barkley, Bruce Alan, Systems and applications of lighter-than-air (LTA) platforms.
  96. Knoblach, Gerald M.; Frische, Eric A.; Barkley, Bruce Alan, Systems and applications of lighter-than-air (LTA) platforms.
  97. Knoblach,Gerald M.; Frische,Eric A.; Barkley,Bruce A., Systems and applications of lighter-than-air (LTA) platforms.
  98. Wiedeman Robert A. (Los Altos CA), Two-system protocol conversion transceiver repeater.
  99. Knoblach, Gerald M.; Frische, Eric A., Unmanned lighter-than-air safe termination and recovery methods.
  100. Knoblach,Gerald M.; Frische,Eric A., Unmanned lighter-than-air safe termination and recovery methods.
  101. Knoblach, Gerald M.; Frische, Eric A., Unmanned lighter-than-air-safe termination and recovery methods.
  102. Knoblach, Gerald M; Frische, Eric A, Unmanned lighter-than-air-safe termination and recovery methods.
  103. Schindall Joel ; Brock J. Kurt, Use of reference phone in point-to-point satellite communication system.
  104. Castiel, David; Brosius, Jay, Virtually geostationary satellite array.
  105. Castiel,David, Virtually geostationary satellite array with optimized parameters.
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