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Token passing network utilizing active node table 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • H04J-003/26
출원번호 US-0895267 (1986-08-11)
발명자 / 주소
  • Roach J. Monte (Ann Arbor MI) Jones Lester A. (Mentor OH) Van Sickle Wayne C. (South Euclid OH) Schultz Ronald E. (Solon OH)
출원인 / 주소
  • Allen-Bradley Company, Inc. (Milwaukee WI 02)
인용정보 피인용 횟수 : 88  인용 특허 : 0

초록

A programmable controller is adapted to communicate in a token passing logical ring network in a peer-to-peer fashion. The programmable controller is a station on the network and contains an interface which implements the network protocol. The protocol requires that each station maintain an Active N

대표청구항

A method for operating a station on a token passing logical ring network, the station including a memory for storing data for use by the station, the method comprising the steps of: (a) receiving messages from the network, said messages containing information fields identifying the source, the desti

이 특허를 인용한 특허 (88)

  1. Uphadya Nagaraja ; Hagglund Barry ; Nguyen Thi, ATM emulated path protection.
  2. Rhodehamel Michael W. ; Sarangdhar Nitin V. ; Pathikonda Chakrapani, Auto-configuration support for multiple processor-ready pair or FRC-master/checker pair.
  3. Huai, Jin; Anbiah, Anix; Baldwin, Gary, Automatic propagation of circuit information in a communications network.
  4. Perego,Richard E.; Sidiropoulos,Stefanos; Tsern,Ely, Buffer device and method of operation in a buffer device.
  5. Perego, Richard; Ware, Fred; Tsern, Ely, Buffered memory having a control bus and dedicated data lines.
  6. Drehmel, Robert Allen; Haselhorst, Kent Harold; Hoover, Russel Dean; Marcella, James Anthony, Bus architecture employing varying width uni-directional command bus.
  7. Drehmel, Robert Allen; Haselhorst, Kent Harold; Hoover, Russell Dean; Marcella, James Anthony, Bus architecture employing varying width uni-directional command bus.
  8. Nakamura, Masato; Yabusaki, Tatsumi; Sugimoto, Tomitsugu, Communication management apparatus, communication node, and data communication method.
  9. Nakamura, Masato, Communication managing apparatus and data communication method.
  10. Nakazumi Seiji,JPX, Communication network configuration detecting method using frame transmission.
  11. Perego,Richard; Ware,Fred; Tsern,Ely, Configurable width buffered module.
  12. Perego,Richard; Ware,Fred; Tsern,Ely; Hampel,Craig, Configurable width buffered module having a bypass circuit.
  13. Ware,Fred; Perego,Richard; Tsern,Ely, Configurable width buffered module having flyby elements.
  14. Ware,Fred; Perego,Richard; Tsern,Ely, Configurable width buffered module having switch elements.
  15. Farmwald,Michael; Horowitz,Mark, Controller device and method for operating same.
  16. Tomitsuka,Futoshi; Miyake,Takashi, Data communication system, data communication method, and communication unit.
  17. Hasha, Richard L.; Xun, Lu; Kakivaya, Gopala Krishna R.; Malkhi, Dahlia, Data consistency within a federation infrastructure.
  18. Blackmon, Herman Lee; Drehmel, Robert Allen; Haselhorst, Kent Harold; Marcella, James Anthony, Data routing using status-response signals.
  19. Woods, Randy D.; Dupree, Wayne P.; Jachim, David M.; Verniers, Gerrit H.; Churchill, Stephen G.; Fernandez, George P., Distributed computing environment using real-time scheduling logic and time deterministic architecture.
  20. Nanda, Sanjiv; Walton, Jay Rodney, Distributed hierarchical scheduling in an AD hoc network.
  21. Nanda, Sanjiv; Walton, J. Rodney, Distributed hierarchical scheduling in an ad hoc network.
  22. Neuendorff, Keith Eric; Daniel, Philippe J., Generation of synchronous transport signal data used for network protection operation.
  23. Nanda, Sanjiv; Meylan, Arnaud; Walton, Jay Rodney, High speed media access control.
  24. Nanda, Sanjiv; Meylan, Arnaud; Walton, Jay Rodney, High speed media access control.
  25. Walton, Jay Rodney; Nanda, Sanjiv, High speed media access control and direct link protocol.
  26. Walton, Jay Rodney; Nanda, Sanjiv, High speed media access control and direct link protocol.
  27. Walton, Jay Rodney; Ketchum, John W.; Nanda, Sanjiv, High speed media access control with legacy system interoperability.
  28. Fisch Matthew A. ; Rhodehamel Michael W. ; Sarangdhar Nitin, Initialization mechanism for symmetric arbitration agents.
  29. Perego,Richard E.; Sidiropoulos,Stefanos; Tsern,Ely, Integrated circuit buffer device.
  30. Perego,Richard E.; Sidiropoulos,Stefanos; Tsern,Ely, Integrated circuit buffer device.
  31. Perego,Richard E.; Sidiropoulos,Stefanos; Tsern,Ely, Integrated circuit buffer device.
  32. Farmwald, Michael; Horowitz, Mark, Integrated circuit device.
  33. Tsuchiya Paul F. (Washington DC) Kirkman W. Worth (Fairfax VA), Landmark hierarchy method for routing signals in a communications network.
  34. Hasha, Richard L.; Xun, Lu; Kakivaya, Gopala Krishna R.; Malkhi, Dahlia, Maintaining consistency within a federation infrastructure.
  35. Siegel Stuart B. (Canton MI) Marriott Jeffery C. (Ann Arbor MI), Master slave industrial token passing network.
  36. Perego,Richard E.; Sidiropoulos,Stefanos; Tsern,Ely, Memory module having an integrated circuit buffer device.
  37. Tsern,Ely, Memory module including a plurality of integrated circuit memory devices and a plurality of buffer devices in a matrix topology.
  38. Farmwald,Michael; Horowitz,Mark, Memory module including an integrated circuit device.
  39. Shaeffer, Ian; Tsern, Ely; Hampel, Craig, Memory system topologies including a buffer device and an integrated circuit memory device.
  40. Shaeffer, Ian; Tsern, Ely; Hampel, Craig, Memory system topologies including a buffer device and an integrated circuit memory device.
  41. Shaeffer, Ian; Tsern, Ely; Hampel, Craig, Memory system topologies including a buffer device and an integrated circuit memory device.
  42. Shaeffer, Ian; Tsern, Ely; Hampel, Craig, Memory system topologies including a buffer device and an integrated circuit memory device.
  43. Shaeffer, Ian; Tsern, Ely; Hampel, Craig, Memory system topologies including a buffer device and an integrated circuit memory device.
  44. Shaeffer, Ian; Tsern, Ely; Hampel, Craig, Memory system topologies including a buffer device and an integrated circuit memory device.
  45. Shaeffer, Ian; Tsern, Ely; Hampel, Craig, Memory system topologies including a buffer device and an integrated circuit memory device.
  46. Nanda, Sanjiv; Walton, Jay Rodney, Method and apparatus for an ad-hoc wireless communications system.
  47. Meylan, Arnaud; Abraham, Santosh, Method and apparatus for scheduling in a wireless network.
  48. Duckwall William S. ; Teener Michael D., Method and apparatus for the addition and removal of nodes from a common interconnect.
  49. Duckwall, William S.; Teener, Michael D., Method and apparatus for the addition and removal of nodes from a common interconnect.
  50. Duckwall, William S.; Teener, Michael D., Method and apparatus for the addition and removal of nodes from a common interconnect.
  51. Duckwall,William S.; Teener,Michael D., Method and apparatus for the addition and removal of nodes from a common interconnect.
  52. Ketchum, John W.; Walton, Jay Rodney; Nanda, Sanjiv, Method and apparatus for wireless LAN (WLAN) data multiplexing.
  53. Johnson ; III Hoke S. (Monte Sereno CA), Method and circuit for decoding a Manchester code signal.
  54. Reichbauer Hermann (Munich DEX) Mueller Rudi (Groebenzell DEX) Riccato Aldo (Munich DEX), Method for forming an address table in a ring-shaped communications network.
  55. Ketchum, John W.; Wallace, Mark S.; Walton, Jay Rodney; Nanda, Sanjiv, Method, apparatus, and system for medium access control.
  56. Ketchum, John W.; Wallace, Mark S.; Walton, Jay Rodney; Nanda, Sanjiv, Method, apparatus, and system for medium access control.
  57. Ketchum, John W.; Walton, Jay Rodney; Nanda, Sanjiv, Method, apparatus, and system for multiplexing protocol data units.
  58. Ketchum, John Wendell; Walton, Jay Rodney; Nanda, Sanjiv, Method, apparatus, and system for multiplexing protocol data units.
  59. Taylor, Alan L.; Haase, David; Brundage, Michael C.; Gulve, Somnath A.; Chinta, Varun K., Method, data storage system and computer program product for managing data copying.
  60. Dewey,Douglas William, Method, system, and program for allocating tasks to a plurality of processors.
  61. Berry Kirk H. (Gaithersburg MD) Mostafa Asghar (Silver Spring MD), Methods and apparatus for allocating time slots and fragments on communications lines between adjacent nodes in a high g.
  62. Amar Singh, Methods and apparatuses for controlling the operation of a digital processing system.
  63. Scott Sarnikowski ; Unmesh Agarwala ; Stanley S. Quan ; Charles E. Comstock ; Frank G. Moore, Multiprocessor system with fiber optic bus interconnect for interprocessor communications.
  64. Takahashi Kousuke (Tokyo JPX), Nest level judging hardware device for high speed message handling systems.
  65. Belschner, Ing Ralf; Hedenetz, Bernd; Temple, Christopher; Schedl, Anton; Berwanger, Josef; Peller, Martin; Führer, Thomas; Millsap, Arnold; Forest, Thomas; Pokorny, Gregor; Fuhrmann, Peter, Network comprising an interconnecting network and several network nodes that are coupled to said interconnecting network.
  66. Iddon Robin A. (Edinburgh GBX) Palmer Peter F. (Midlothian GBX) McBride Richard (Musselburgh GBX) Briggs John (Loanhead GBX), Network data collection method and apparatus.
  67. Nakamura, Masato, Network performance estimating apparatus and network performance estimating method, network configuration checking method, communication managing apparatus, and data communication method.
  68. Critchley, Craig A.; Wortendyke, David A.; Marucheck, Michael J.; Hasha, Richard L., Optimizing access to federation infrastructure-based resources.
  69. Drehmel, Robert Allen; Haselhorst, Kent Harold; Hoover, Russell Dean; Marcella, James Anthony; Nation, George Wayne, Processor-memory bus architecture for supporting multiple processors.
  70. Isaac,Emad; Van Goethem,Tim R.; Ayoub,Ramy P.; D'Avello,Robert F., Rapid vehicle bus network activity.
  71. Meylan, Arnaud; Nanda, Sanjiv, Scheduling with reverse direction grant in wireless communication systems.
  72. Meylan, Arnaud; Nanda, Sanjiv, Scheduling with reverse direction grant in wireless communication systems.
  73. Perego,Richard E.; Sidiropoulos,Stefanos; Tsern,Ely, System and method featuring a controller device and a memory module that includes an integrated circuit buffer device and a plurality of integrated circuit memory devices.
  74. Takeshi Shimizu JP; Wolf-Dietrich Weber ; Patrick J. Helland ; Thomas M. Wicki ; Winfried W. Wilcke, System and method for acknowledging receipt of messages within a packet based communication network.
  75. Foote Garritt W. ; Mehta Pratik, System and method for providing delayed start-up of an activity monitor in a distributed I/O system.
  76. Perego,Richard E.; Sidiropoulos,Stefanos; Tsern,Ely, System featuring a controller device and a memory module that includes an integrated circuit buffer device and a plurality of integrated circuit memory devices.
  77. Perego,Richard E.; Sidiropoulos,Stefanos; Tsern,Ely, System featuring a master device, a buffer device and a plurality of integrated circuit memory devices.
  78. Perego,Richard E.; Sidiropoulos,Stefanos; Tsern,Ely, System featuring memory modules that include an integrated circuit buffer devices.
  79. Perego, Richard E; Sidiropoulos, Stefanos; Tsern, Ely, System having a controller device, a buffer device and a plurality of memory devices.
  80. Perego,Richard E.; Sidiropoulos,Stefanos; Tsern,Ely, System having a controller device, a buffer device and a plurality of memory devices.
  81. Tsern, Ely; Shaeffer, Ian; Hampel, Craig, System including a buffered memory module.
  82. Donnelly,Kevin; Johnson,Mark; Tran,Chanh; Dillon, deceased,John B., Transceiver with latency alignment circuitry.
  83. Donnelly,Kevin; Johnson,Mark; Tran,Chanh; Dillon, legal representative,Nancy D.; Dillon, deceased,John B., Transceiver with latency alignment circuitry.
  84. Donnelly,Kevin; Johnson,Mark; Tran,Chanh; Dillon, legal representative,Nancy D.; Dillon, deceased,John B., Transceiver with latency alignment circuitry.
  85. Abraham, Santosh; Meylan, Arnaud; Walton, Jay Rodney, Transmission mode and rate selection for a wireless communication system.
  86. Van de Steeg, Kerry; Blair, Richard A.; Lee, Kenneth S., Tuning of industrial automation system performance based on device operating characteristics.
  87. Pflaumer Michael W. (Berkeley CA), Variable speed local area network.
  88. Ketchum, John W.; Walton, Jay Rodney; Nanda, Sanjiv, Wireless LAN protocol stack.
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