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Integrated cellular communications system 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • H04L-027/30
출원번호 US-0495497 (1990-03-19)
발명자 / 주소
  • Mallinckrodt Albert J. (14141 Stratton Way Santa Ana CA 92705-3299)
인용정보 피인용 횟수 : 345  인용 특허 : 0

초록

A cellular communications system is provided having both surface and satellite nodes which are fully integrated for providing service over large areas. A spread spectrum system is used with code division multiple access (CDMA) employing forward error correction coding (FECC) to enhance the effective

대표청구항

A cellular communications system comprising: at least one space node having a multiple beam antenna positioned so to establish a first set of cells, each space node including means for transmitting and receiving different predetermined sets of code division multiple access coded, spread spectrum wav

이 특허를 인용한 특허 (345)

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  230. Karabinis, Peter D.; Dutta, Santanu, Satellite-band spectrum utilization for reduced or minimum interference.
  231. Karabinis, Peter D.; Dutta, Santanu, Satellite-band spectrum utilization for reduced or minimum interference.
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  244. Schilling, Donald L., Spread spectrum base station.
  245. Monroe Robert, Spread spectrum codes for use in communication.
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  251. Durrant Randy (Colorado Springs CO) Burbach Mark (Peyton CO), Spread spectrum transmitter.
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  289. Zheng, Dunmin, Systems and methods for adaptive interference cancellation beamforming.
  290. Karabinis, Peter D., Systems and methods for controlling a cellular communications system responsive to a power level associated with a wireless transmitter.
  291. Karabinis, Peter D., Systems and methods for controlling a level of interference to a wireless receiver responsive to a power level associated with a wireless transmitter.
  292. Karabinis, Peter D., Systems and methods for controlling a level of interference to a wireless receiver responsive to an activity factor associated with a wireless transmitter.
  293. Karabinis, Peter D., Systems and methods for controlling base station sectors to reduce potential interference with low elevation satellites.
  294. Zheng, Dunmin, Systems and methods for forward link closed loop beamforming.
  295. Dutta,Santanu; Karabinis,Peter D., Systems and methods for handover between space based and terrestrial radioterminal communications.
  296. Karabinis,Peter D., Systems and methods for increasing capacity and/or quality of service of terrestrial cellular and satellite systems using terrestrial reception of satellite band frequencies.
  297. Karabinis, Peter D., Systems and methods for inter-system sharing of satellite communications frequencies within a common footprint.
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  299. Dutta, Santanu, Systems and methods for mobility management in overlaid mobile communications systems.
  300. Dutta, Santanu, Systems and methods for mobility management in overlaid mobile communications systems.
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  302. Karabinis, Peter D., Systems and methods for modifying antenna radiation patterns of peripheral base stations of a terrestrial network to allow reduced interference.
  303. Karabinis, Peter D., Systems and methods for monitoring selected terrestrially used satellite frequency signals to reduce potential interference.
  304. Karabinis, Peter D., Systems and methods for monitoring selected terrestrially used satellite frequency signals to reduce potential interference.
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  306. Ansari, Arif; Bories, Jean-Michel; Cohen, Michel; Corbel, Erwan, Systems and methods for orthogonal frequency division multiple access (OFDMA) communications over satellite links.
  307. Karabinis, Peter D., Systems and methods for packing/unpacking satellite service links to/from satellite feeder links.
  308. Karabinis, Peter D., Systems and methods for reducing power robbing impact of interference to a satellite.
  309. Karabinis, Peter D., Systems and methods for reducing satellite feeder link bandwidth/carriers in cellular satellite systems.
  310. Karabinis, Peter D., Systems and methods for reducing satellite feeder link bandwidth/carriers in cellular satellite systems.
  311. Zheng, Dunmin, Systems and methods for satellite forward link transmit diversity using orthagonal space coding.
  312. Karabinis, Peter D.; Churan, Gary G., Systems and methods for terrestrial reuse of cellular satellite frequency spectrum in a time-division duplex and/or frequency-division duplex mode.
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  314. Karabinis, Peter D., Systems and methods for terrestrial reuse of cellular satellite frequency spectrum in a time-division duplex mode.
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  317. Karabinis, Peter D., Systems and methods for terrestrial reuse of cellular satellite frequency spectrum using different channel separation technologies in forward and reverse links.
  318. Karabinis, Peter D., Systems and methods for terrestrial use of cellular satellite frequency spectrum.
  319. Karabinis, Peter D.; Singh, Rajendra, Systems and methods for transmitting electromagnetic energy over a wireless channel having sufficiently weak measured signal strength.
  320. Cummiskey, J. Terence; Karabinis, Peter D., Systems and methods of waveform and/or information splitting for wireless transmission of information to one or more radioterminals over a plurality of transmission paths and/or system elements.
  321. Karabinis, Peter D., Systems and methods with different utilization of satellite frequency bands by a space-based network and an ancillary terrestrial network.
  322. Tronc, Jérome; Calamarte, Christian; Mouly, Michel; Dutta, Santanu, Systems, methods and computer program products for mobility management in hybrid satellite/terrestrial wireless communications systems.
  323. Dutta, Santanu; Churan, Gary G.; Zheng, Dunmin; Nguyen, Serge, Systems, methods and devices for overlaid operations of satellite and terrestrial wireless communications systems.
  324. Karabinis, Peter D., Systems, methods and devices for reusing spectrum of another operator.
  325. Nguyen, Serge; Dutta, Santanu, Systems, methods and network components that provide different satellite spot beam return carrier groupings and reuse patterns.
  326. Molnar, Karl J.; Dent, Paul W., Terminal position location using multiple beams.
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  328. Dixon Robert C. (Palmer Lake CO), Three-cell wireless communication system.
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  332. Wiedeman Robert A. (Los Altos CA), Two-system protocol conversion transceiver repeater.
  333. Schindall Joel ; Brock J. Kurt, Use of reference phone in point-to-point satellite communication system.
  334. Lusignan Bruce B., Very small aperture terminal & antenna for use therein.
  335. Detch,John Lewis; Schwartz,Hugh Warren, Wideband retroreflector.
  336. Holdrege, Ward A.; Wood, Daniel J., Wideband wireless communications architecture.
  337. Dixon,Robert C., Wireless cellular communication system.
  338. Dixon,Robert C.; Vanderpool,Jeffrey S., Wireless communication method and apparatus.
  339. Anderson Gary B. ; Jensen Ryan N. ; Petch Bryan K. ; Peterson Peter O., Wireless communication method and system.
  340. Anderson Gary B. ; Petch Bryan K. ; Peterson Peter O. ; Jensen Ryan N. ; Gavette Sherman, Wireless communication system and method.
  341. Haugli Hans-Christian,CAX ; Seed William Robert,CAX, Wireless packet data distributed communications system.
  342. Haugli, Hans Christian; Seed, William Robert, Wireless packet data distributed communications system.
  343. Haugli,Hans Christian; Seed,William Robert, Wireless packet data distributed communications system.
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