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Local area network system for efficiently transferring messages of different sizes 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • H04Q-011/04
출원번호 US-0152301 (1988-02-04)
우선권정보 JP-0023840 (1987-02-04); JP-0026767 (1987-02-07)
발명자 / 주소
  • Tawara Kiyoshi (Ootawara JPX) Osada Masakazu (Utsunomiya JPX) Nishihara Eitaro (Ootawara JPX)
출원인 / 주소
  • Kabushiki Kaisha Toshiba (Kawasaki JPX 03)
인용정보 피인용 횟수 : 38  인용 특허 : 3

초록

A network interface in a local area network system for transferring a message from a first terminal to a second terminal at high speed comprises a receiving section for receiving the message from the first terminal, a first sending section for sending the received message to a first network on the b

대표청구항

A local area network system for transferring a message from a first terminal to a second terminal at high speed, comprising: a first network; a second network; first network interface means, connected to said first and second networks and said first terminal, for receiving the message from said firs

이 특허에 인용된 특허 (3)

  1. Baugh Charles R. (Lincroft NJ) Smith Robert M. (Holmdel NJ), Communication line interface for controlling data information having differing transmission characteristics.
  2. Baxter Leslie A. (Eatontown NJ) Brown Sanford S. (River Plaza NJ), Dual bus communication system.
  3. Hasegawa Akira (Katsuta JPX) Shibata Takanori (Hitachi JPX) Hamano Fumio (Katsuta JPX), Multiplex communication system.

이 특허를 인용한 특허 (38)

  1. Kalkunte Mohan V. ; Kadambi Jayant, Apparatus and method for generating rate control frames in a workgroup switch based on traffic contribution from a network switch port.
  2. Kalkunte Mohan ; Kadambi Jayant ; Merchant Shashank, Apparatus and method in a network switch for dynamically allocating bandwidth in ethernet workgroup switches.
  3. Mangin Jim ; Kadambi Jayant ; Kalkunte Mohan, Arrangement for regulating packet flow rate in shared-medium, point-to-point, and switched networks.
  4. Harradine, Vincent Carl; Turner, Alan; David, Morgan William; Williams, Michael; McGrath, Mark John; Kydd, Andrew; Thorpe, Jonathan, Audio/video reproducing apparatus and method.
  5. Harradine, Vincent Carl; Turner, Alan; David, Morgan William; Williams, Michael; McGrath, Mark John; Kydd, Andrew; Thorpe, Jonathan, Audio/video reproducing apparatus and method.
  6. Buchholz, Dale R.; Chang, Hungkun J.; Doss, William K.; Wesselman, Brian J., Broadcasting of packets in an RF system.
  7. Kipp Ludwig, Checkout system.
  8. Rofougaran, Ahmadreza (Reza), Collision avoidance for communications within a device.
  9. Takatsuji, Ayako; Nankou, Takahiko; Iitsuka, Hiroyuki, Data transfer method and data transfer system.
  10. Ranganathan Murali ; Riddle Guy G., Discovery of acceptable packet size using ICMP echo.
  11. Huckaba, Bruce S.; Nightingale, Geoff; Dodge, Carl; Gardner, Wallace R.; Monroe, Myrick, Downhole telemetry system having discrete multi-tone modulation and dynamic bandwidth allocation.
  12. Pope, Steve L., Fast linkup arbitration.
  13. Pope, Steve L., Fast linkup arbitration.
  14. Gough, Michael, Free space laser beam communication.
  15. Frazier, Howard M.; Muller, Shimon, Full duplex flow control for Ethernet networks.
  16. Frazier Howard M. ; Muller Shimon, Full duplex flow control for ethernet networks.
  17. Frazier Howard M. ; Muller Shimon, Full duplex flow control for ethernet networks.
  18. Gough, Michael, High-speed data transfer in a networked server environment via laser communication.
  19. Gough,Michael, High-speed data transfer in a networked server environment via laser communication.
  20. Yoshida, Chisato; Date, Osamu, Imaging apparatus and imaging method.
  21. Yoshida, Chisato; Date, Osamu, Imaging apparatus and imaging method.
  22. Yoshida, Chisato; Date, Osamu, Imaging apparatus and imaging method.
  23. Barzilai Tsipora P. (Millwood NY) Chen Mon-Song (Katonah NY) Kadaba Bharath K. (Peekskill NY) Kaplan Marc A. (Purdys NY), Intra-node pacing for high speed networks.
  24. Gough, Michael, Laser data communication system.
  25. James L. Burks ; Robert R. Schick ; Sheila H. Schweitzer, Medical transaction system.
  26. Dwight L. Barron ; Michael F. Angelo, Method and apparatus for cluster system operation.
  27. Dror Ginossar IL, Method and apparatus for packet network congestion avoidance and control.
  28. Lev Valy ; Averbuch Rod ; Cimet Israel A., Method for transmitting data packets based on message type.
  29. Komatsu,Shinpei; Ishii,Yumi, Method of writing, erasing, and controlling memory for memory device.
  30. Irvin, David R., Methods, communication devices, and computer program products for communicating information via a frame check sequence having an information block associated therewith.
  31. Neitzel, Lee A.; Peterson, Neil J.; Chatkoff, Teresa A., Multiplexed data transmissions through a communication link.
  32. Flake, Lance Leslie, Optimized transmission of signals between a disk drive controller and a motor controller using a serial port.
  33. Morris, David E.; Melanson, Thomas J.; Bonni, Christopher; Frenette, Kevin P.; Hirsh, III, Thomas E.; Sammarco, Michael V.; Calabresi, Frank J., System and method implementing a secondary bus to avoid read data latency.
  34. Riddle, Guy G., System for terminating multicast channel and data broadcast when at least two second endpoints do not transmit positive acknowledgement message to first endpoint.
  35. Riddle, Guy G., System for terminating multicast channel and data broadcast when at least two second endpoints do not transmit positive acknowledgement message to first endpoint.
  36. Riddle, Guy G., System for terminating multicast channel and data broadcast when at least two second endpoints do not transmit positive acknowledgement message to first endpoint.
  37. Daines Bernard N. (Union City CA) Birenbaum Lazar (Saratoga CA) Hausman Richard J. (Soquel CA), Variable latency cut through bridge for forwarding packets in response to user\s manual adjustment of variable latency t.
  38. Daines Bernard N. ; Birenbaum Lazar ; Hausman Richard J., Variable latency cut through bridge having variable latency threshold point being configured dynamically for forwarding.
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