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Multiple access communication system 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • H04J-004/00
출원번호 US-0161761 (1988-02-29)
우선권정보 JP-0053014 (1987-03-10); JP-0240839 (1987-09-28)
발명자 / 주소
  • Suzuki Hideo (Kawasaki JPX)
출원인 / 주소
  • Kabushiki Kaisha Toshiba (Kawasaki JPX 03)
인용정보 피인용 횟수 : 78  인용 특허 : 3

초록

A multiple access communication system performs the communication between plural communicating units using plural communicating channels and a common signalling channel for establishing and releasing the communicating channels. The communication system comprises the steps of allocating at least one

대표청구항

A multiple access communication system for communicating between plural communicating units using plural communicating channels and a common signalling channel for establishing and releasing the communicating channels, said system comprising the steps of: allocating at least one carrier frequency to

이 특허에 인용된 특허 (3)

  1. Morimura Yo (c/o NEC Corporation ; 33-1 ; Shiba 5-chome Minato-ku ; Tokyo JPX), Apparatus for detecting in-band single frequency signaling tones from FDM channels.
  2. Reed Joseph (Stamford CT), Conferencing apparatus and methods for a frequency division multiplex communications system.
  3. Saburi Akio (Tokyo JPX), Station relief arrangement for use in relieving operation of a reference station in a TDMA network without reduction of.

이 특허를 인용한 특허 (78)

  1. Jeffrey Brede ; Michael J. Fort ; Jeff Solum ; Michael J. Geile, Acquisition and tracking in communication system with multicarrier telephony transport.
  2. Talarmo Reino,FIX, Allocation of time slots in a mobile communication system.
  3. Hansson Rolf,SEX ; Herlitz Anders,SEX ; Frid Lars,SEX, Allowing several multiple access schemes for packet data in a digital cellular communication system.
  4. Lou,Heng, Asymmetrical transport of data.
  5. Mohammad Soleimani ; A. Roger Hammons, Jr. ; Zheng-Liang Shi ; Yash Vasavada ; Moe Rahnema ; Yezdi Antia, Burst format and associated signal processing to improve frequency and timing estimation for random access channels.
  6. Olofsson H.ang.kan Gunnar,SEX ; Hartman Magnus Lorentz,SEX, Channel allocation for mixed multislot services.
  7. Hill Terrance J. ; Roberts Harold A. ; Anderson Brian D. ; Brede Jeffrey ; Wadman Mark S. ; Kirscht Robert J. ; Herrmann James J. ; Fort Michael J. ; Buska Steven P. ; Solum Jeff ; Enfield Debra Lea , Channel selection for a hybrid fiber coax network.
  8. Dapper Mark J. ; Geile Michael J. ; Hill Terrance J. ; Roberts Harold A. ; Anderson Brian D. ; Brede Jeffrey ; Wadman Mark S. ; Kirscht Robert J. ; Herrmann James J. ; Fort Michael J. ; Buska Steven , Communication system with multicarrier telephony transport.
  9. Geile, Michael J., Communication system with multicarrier telephony transport.
  10. Geile, Michael J.; Roberts, Harold A.; Fort, Michael J.; Solum, Jeff, Communication system with multicarrier telephony transport.
  11. Mark J. Dapper, Communication system with multicarrier telephony transport for controlling a plurality of service units.
  12. Dapper Mark J. ; Geile Michael J. ; Roberts Harold A. ; Brede Jeffrey ; Wadman Mark S. ; Kirscht Robert J. ; Herrmann James J. ; Fort Michael J., Communication system with multicarrier transport distribution network between a head end terminal and remote units.
  13. Gersemsky,Frank; Neubauer,Andre; Van Waasen,Stefan, Data transmission system having a high data transmission rate and method of transmitting the data.
  14. Fielding Dennis E. ; Gross Todd W. ; Arnold John P., Demand-based connection management integrated services access terminal (ISAT) for satellite communication system.
  15. Fielding, Dennis E.; Gross, Todd W.; Arnold, John P., Demand-based connection management integrated services access terminal (ISAT) for satellite communications system.
  16. Suzuki Toshiaki,JPX, Digital multiplex radio system.
  17. Mark J. Dapper ; Michael J. Geile ; Terrance Hill, Distributed control in a communication system.
  18. Vitebsky, Stanley; Kroon, Jeffrey A., Distributed trunking mechanism for VHF networking.
  19. Geile,Michael J.; Anderson,Brian D.; Brede,Jeffrey; Kirscht,Robert J.; Fort,Michael J.; Elpers,Mark D., Dynamic allocation of transmission bandwidth in a communication system.
  20. Geile Michael J. ; Anderson Brian D. ; Brede Jeffrey ; Kirscht Robert J. ; Fort Michael J. ; Elpers Mark D., Dynamic bandwidth allocation.
  21. Geile,Michael J.; Anderson,Brian D.; Brede,Jeffrey; Kirscht,Robert J.; Fort,Michael J.; Elpers,Mark D., Dynamic bandwidth allocation.
  22. Young Charles David, Dynamic distributed, multi-channel time division multiple access slot assignment method for a network of nodes.
  23. Dennis E. Fielding ; Todd W. Gross, Frame relay protocol-based multiplex switching scheme for satellite mesh network.
  24. Fielding, Dennis E., Frame relay protocol-based multiplex switching scheme for satellite mesh network.
  25. Fielding, Dennis E., Frame relay protocol-based multiplex switching scheme for satellite mesh network.
  26. Fielding,Dennis E.; Gross,Todd W., Frame relay protocol-based multiplex switching scheme for satellite mesh network.
  27. Chase, Christopher J.; Holmgren, Stephen L.; Medamana, John Babu; Saksena, Vikram R., Frame relay switched data service.
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  29. Chase, Christopher J.; Holmgren, Stephen L.; Medamana, John Babu; Saksena, Vikram R., Frame relay switched data service.
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  32. Chase,Christopher J.; Holmgren,Stephen L.; Medamana,John Babu; Saksena,Vikram R., Frame relay switched data service.
  33. Kay Stanley E., Frequency, time and power level diversity system for digital radio telephony.
  34. Harold A. Roberts ; David S. Russell ; Calvin G. Nelson ; Jeffrey Brede ; Joseph F. Chiappetta ; Niranjan R. Samant, Hybrid fiber/coax video and telephony communication.
  35. Noreen Gary (La Canada Flintridge CA) Harper Theodore R. (Apex NC) Renshaw Ken (Manhatten Beach CA), Integrated communications terminal.
  36. Mecklenbr채uker,Christoph; Benz,Michael; Klein,Anja; K철hn,Reinhard; Krause,J철rn; Menzel,Christian; Mitjana,Enric; Newton,Erik; ?ttl,Martin; Randall,Dave; Sitte,Armin; Traynard,Jean Michel; Ulrich,, Method and communications systems for transmitting data for a combination of several services via jointly used physical channels.
  37. Shneyour,Ofer; Ben Artzi,Guy; Schultz,Levi; Naim,Yaron; Cohen,David, Method and system for transmitting and receiving data in a TDMA frequency hopping system utilizing frequency diversity.
  38. Michael J. Geile ; Harold A. Roberts ; Michael J. Fort ; Jeff Solum, Method for adjusting power in a communication system with multicarrier telephony transport.
  39. Geile, Michael J.; Herrmann, James J.; Wadman, Mark S.; Anderson, Brian D., Method for multiple use subchannels.
  40. Dapper, Mark J.; Geile, Michael J.; Hill, Terrance, Method of distributed loop control for a multicarrier telephony transport.
  41. Geile, Michael J.; Roberts, Harold A., Methods and systems for selecting modulation in an orthogonal frequency division multiplexing system.
  42. Fort Michael J., Multi-point to point communication system with remote unit burst identification.
  43. Chitre, Dattakumar M.; Sayegh, Soheil I., Multicarrier demux/demod (MCDD) wireless network architecture.
  44. Fielding, Dennis E.; Gross, Todd W., Multiplex switching scheme for communications network.
  45. Fielding, Dennis E.; Gross, Todd W., Multiplex switching scheme for communications network.
  46. Geile, Michael J., Multipoint-to-point communication using orthogonal frequency division multiplexing.
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  51. Geile, Michael J.; Brede, Jeffrey, Synchronization techniques in multipoint-to-point communication using orthogonal frequency division multiplexing.
  52. Geile, Michael J., Synchronized multipoint-to-point communication using orthogonal frequency division.
  53. Geile, Michael J.; Anderson, Brian D.; Brede, Jeffrey; Kirscht, Robert J.; Fort, Michael J.; Elpers, Mark D., Synchronized multipoint-to-point communication using orthogonal frequency division.
  54. Gitlin Richard D. ; Haas Zygmunt ; Karol Mark J. ; Woodworth Clark, System and method for optimizing spectral efficiency using time-frequency-code slicing.
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  57. Geile, Michael J.; Brede, Jeffrey, System for multi-frame alignment.
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  59. Geile, Michael J.; Herrmann, James J.; Wadman, Mark S.; Anderson, Brian D., System for multiple use subchannels.
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  61. Dapper, Mark J.; Geile, Michael J.; Hill, Terrance J.; Roberts, Harold A.; Anderson, Brian D.; Brede, Jeffrey; Wadman, Mark S.; Kirscht, Robert J.; Herrmann, James J.; Fort, Michael J.; Buska, Steven P; Solum, Jeff; Enfield, Debra Lea; Berg, Darrell; Smigelski, Thomas; Tucker, Thomas C; Hall, Joe; Logajan, John M.; Boualouang, Somvay; Lou, Heng; Elpers, Mark; Downs, Matt; Ferris, Tammy; Opoczynski, Adam; Russell, David S; Nelson, Calvin G; Samant, Niranjan R; Chiapetta, Joseph F; Sarnikowski, Scott, Systems and method for orthogonal frequency divisional multiplexing.
  62. Dapper, Mark J.; Geile, Michael J.; Hill, Terrance J.; Roberts, Harold A.; Anderson, Brian D.; Brede, Jeffrey; Wadman, Mark S.; Kirscht, Robert J.; Herrmann, James J.; Fort, Michael J.; Buska, Steven P; Solum, Jeff; Enfield, Debra Lea; Berg, Darrell; Smigelski, Thomas; Tucker, Thomas C; Hall, Joe; Logajan, John M.; Boualouang, Somvay; Lou, Heng; Elpers, Mark; Downs, Matt; Ferris, Tammy; Opoczynski, Adam; Russell, David S; Nelson, Calvin G; Samant, Niranjan R; Chiappetta, Joseph F; Sarnikowski, Scott, Systems and method for orthogonal frequency divisional multiplexing.
  63. Dapper, Mark J.; Geile, Michael J.; Hill, Terrance J.; Roberts, Harold A.; Anderson, Brian D.; Brede, Jeffrey; Wadman, Mark S.; Kirscht, Robert J.; Herrmann, James J.; Fort, Michael J.; Buska, Steven P; Solum, Jeff; Enfield, Debra Lea; Berg, Darrell; Smigelski, Thomas; Tucker, Thomas C; Hall, Joe; Logajan, John M.; Boualouang, Somvay; Lou, Heng; Elpers, Mark; Downs, Matt; Ferris, Tammy; Opoczynski, Adam; Russell, David S; Nelson, Calvin G; Samant, Niranjan R; Chiappetta, Joseph F; Sarnikowski, Scott, Systems and method for orthogonal frequency divisional multiplexing.
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  70. Dapper, Mark J.; Geile, Michael J.; Hill, Terrance J.; Roberts, Harold A.; Anderson, Brian D.; Brede, Jeffrey; Wadman, Mark S.; Kirscht, Robert J.; Herrmann, James J.; Fort, Michael J.; Buska, Steven P.; Solum, Jeff; Enfield, Debra Lee; Berg, Darrell; Smigelski, Thomas; Tucker, Thomas C.; Hall, Joe; Logajan, John M.; Boualouang, Somvay; Lou, Heng; Elpers, Mark D.; Downs, Matt; Ferris, Tammy; Opoczynski, Adam; Russell, David S.; Nelson, Calvin G.; Samant, Niranjan R.; Chiappetta, Joseph F.; Sarnikowski, Scott, Systems and methods for orthogonal frequency divisional multiplexing.
  71. Geile, Michael J., Systems for synchronous multipoint-to-point orthogonal frequency division multiplexing communication.
  72. Geile,Michael J., Systems for synchronous multipoint-to-point orthogonal frequency division multiplexing communication.
  73. Geile, Michael J.; Brede, Jeffrey; Roberts, Harold A., Tone allocation in multipoint-to-point communication using orthogonal frequency division multiplexing.
  74. Chase, Christopher J.; Holmgren, Stephen L.; Medamana, John Babu; Saksena, Vikram R., Traffic management for frame relay switched data service.
  75. Chase, Christopher J.; Holmgren, Stephen L.; Medamana, John Babu; Saksena, Vikram R., Traffic management for frame relay switched data service.
  76. Chase, Christopher J.; Holmgren, Stephen L.; Medamana, John Babu; Saksena, Vikram R., Traffic management for frame relay switched data service.
  77. Dapper Mark J. ; Geile Michael J., Transport of payload information and control messages on multiple orthogonal carriers spread throughout substantially all of a frequency bandwith.
  78. Dixon,Robert C.; Vanderpool,Jeffrey S., Wireless communication method and apparatus.
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