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Packet-based data compression method 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • H04J-003/24
출원번호 US-0068284 (1993-05-27)
발명자 / 주소
  • Carr David W. (Ontario CAX)
출원인 / 주소
  • Gandalf Technologies, Inc. (Ontario CAX 03)
인용정보 피인용 횟수 : 199  인용 특허 : 0

초록

A data processing system is described that employs data packets which include at least static and dynamic fields, the static fields containing information that often remains constant during a multi-packet communication interval and the dynamic fields containing information that changes for each pack

대표청구항

In a data processing system that employs packets, a packet including at least static fields and dynamic fields, said static fields including data which remains constant over plural packets, said dynamic fields including data which may change for each packet, some said packets also including user-dat

이 특허를 인용한 특허 (199)

  1. Hannu,Hans; Svanbro,Krister, Access technology integrated header compression.
  2. Le, Khiem, Apparatus and associated method for communicating multimedia information upon a communication link.
  3. Miyazaki, Akihiro; Fukushima, Hideaki; Burmeister, Carsten; Hakenberg, Rolf, Apparatus and method for transmitting or receiving an uncompressed packet followed by compressed packets.
  4. Amidi, Mike Hossein; Ghiasi, Ali, Apparatus, system, and method for searching compressed data.
  5. Fallon, James J.; McErlain, Stephen J., Asymmetric data decompression systems.
  6. Fallon, James J.; McErlain, Stephen J., Asymmetric data decompression systems.
  7. Fallon, James J.; McErlain, Stephen J., Bandwidth sensitive data compression and decompression.
  8. Fallon,James J.; McErlain,Stephen J., Bandwidth sensitive data compression and decompression.
  9. Bunn, Fred A.; Johnson, Thomas L., Cable modem system and method for dynamically mixing protocol specific header suppression techniques.
  10. Bunn,Fred A; Johnson,Thomas L, Cable modem system and method for supporting extended protocols.
  11. Bunn,Fred A; Johnson,Thomas L, Cable modem system and method for supporting packet PDU compression.
  12. Sebastian William, Coding network grouping data of same data type into blocks using file data structure and selecting compression for individual block base on block data type.
  13. Harriman, David, Communicating a message request transaction to a logical device.
  14. Harriman, David, Communicating message request transaction types between agents in a computer system using multiple message groups.
  15. Harriman,David, Communicating message request transaction types between agents in a computer system using multiple message groups.
  16. Harriman, David, Communicating transaction types between agents in a computer system using packet headers including an extended type/extended length field.
  17. Harriman, David; Ajanovic, Jasmin, Communicating transaction types between agents in a computer system using packet headers including format and type fields.
  18. Svanbro, Krister; Allden, Johan, Communication system and method for shared context compression.
  19. Hannu, Hans; Christoffersson, Jan; Svanbro, Krister, Communication system and method utilizing request-reply communication patterns for data compression.
  20. Amdahl, Saxon C., Compression of data transmitted over a network.
  21. Amdahl, Saxon C., Compression of data transmitted over a network.
  22. Ortiz, Luis; Cassidy, Kevin J., Computer telephony system using multiple hardware platforms to provide telephony services.
  23. Fallon,James J., Content independent data compression method and system.
  24. Fallon,James J., Content independent data compression method and system.
  25. Stachura, Thomas L.; Vasudevan, Anil, Creation of valid packets by an alert sending device.
  26. Fallon, James J., Data compression systems and method.
  27. Fallon, James J., Data compression systems and methods.
  28. Fallon, James J., Data compression systems and methods.
  29. Fallon, James J., Data compression systems and methods.
  30. Fallon, James J., Data compression systems and methods.
  31. Fallon, James J., Data compression systems and methods.
  32. Fallon, James J., Data compression systems and methods.
  33. Fallon, James J., Data compression systems and methods.
  34. Fallon, James J., Data compression systems and methods.
  35. Fallon,James J., Data compression systems and methods.
  36. Fallon, James J.; Pickel, Paul F.; McErlain, Stephen J.; Melone, II, Carlton J., Data feed acceleration.
  37. Fallon, James J.; Pickel, Paul F.; McErlain, Stephen J.; Melone, II, Carlton J., Data feed acceleration.
  38. Birdwell Kenneth J. ; Panabaker Ruston ; Moran Brian ; Feinleib David, Data packet header compression for unidirectional transmission.
  39. Daniel,William F.; Kissel,David M., Data packet header conversion.
  40. Fallon,James J., Data storewidth accelerator.
  41. Shiraishi, Daisuke; Nagao, Chuma; Momoi, Akiyoshi; Hiraoka, Takeshi, Data transferring apparatus and data transferring method.
  42. Miyazaki,Akihiro; Fukushima,Hideaki; Burmeister,Carsten; Hakenberg,Rolf, Data transmission method for sequentially transmitting packets, data transmission apparatus, and data reception apparatus.
  43. Miyazaki, Akihiro; Fukushima, Hideaki; Burmeister, Carsten; Hakenberg, Rolf, Data transmission method, data transmission apparatus, data reception apparatus, and packet data structure.
  44. Miyazaki, Akihiro; Fukushima, Hideaki; Burmeister, Carsten; Hakenberg, Rolf, Data transmission method, data transmission apparatus, data reception apparatus, and packet data structure.
  45. Miyazaki, Akihiro; Fukushima, Hideaki; Burmeister, Carsten; Hakenberg, Rolf, Data transmission method, data transmission apparatus, data reception apparatus, and packet data structure.
  46. Hejlsberg Anders ; Hansen Kurt, Database system with methods providing a platform-independent self-describing data packet for transmitting information.
  47. Davis C. Augustine, Delta compression of floating point coordinate data.
  48. Wetherall, David J.; Savage, Stefan R.; Anderson, Thomas E., Detecting and preventing undesirable network traffic from being sourced out of a network domain.
  49. Gosselin Todd N.,CAX ; Georgiadis George,CAX, Digital data compression with quad-tree coding of header file.
  50. Muller Shimon ; Yeung Louise ; Hendel Ariel, Distributed VLAN mechanism for packet field replacement in a multi-layered switched network element using a control field/signal for indicating modification of a packet with a database search engine.
  51. Bunn,Fred A; Johnson,Thomas L, Dynamic delta encoding for cable modem header suppression.
  52. Pelletier, Ghyslain; Jonsson, Lars-Erik, Dynamic robust header compression.
  53. Westberg Lars,SEX, Efficient transport of internet protocol packets using asynchronous transfer mode adaptation layer two.
  54. Bunn,Fred A.; Johnson,Thomas L.; Danzig,Joel, Efficiently transmitting RTP protocol in a network that guarantees in order delivery of packets.
  55. Sutton Michael Seward,NZX, Enhanced one way radio seven bit data network.
  56. Lyons Terry Gregory ; Sriram Kotikalapudi, Extended header for use in ATM adaptation layer type 2 packets.
  57. Biran, Giora; Golander, Amit, Fast history based compression in a pipelined architecture.
  58. Black,Darryl P.; Bullard,William Carter Carroll; Farrell,Kevin; Datta,Utpal, Fault tolerance for network accounting architecture.
  59. Bullard,William Carter Carroll, Flow probe connectivity determination.
  60. Kano Shinya,JPX ; Chugo Akira,JPX, Frame relay system.
  61. Parzych Matthew J., Gateway architecture for data communication bandwidth-constrained and charge-by-use networks.
  62. Parzych, Matthew J., Gateway architecture for data communication over bandwidth-constrained and charge-by-use networks.
  63. Huang, Zezhen, Group packet encapsulation and compression system and method.
  64. Hamiti, Shkumbin; Parantainen, Janne, Header compression in real time service.
  65. Muller Shimon ; Hendel Ariel ; Frazier Howard, Highly integrated multi-layer switch element architecture.
  66. Muller Shimon ; Berg Curt, Interface for a highly integrated ethernet network element.
  67. Muller Shimon ; Berg Curt, Interface for a highly integrated ethernet network element.
  68. Farrell, Richard S.; Reiland, David J.; Signorelli, James R., Internet protocol optimizer.
  69. Chou Benjamin E., LAN station for determining the destination LAN station is capable of decompressing by comparing destination address to.
  70. Shirguppi, Sagar Shamrao, Lossless data compression with variable width codes.
  71. Zaumen William T. ; Hoffman Donald L. ; Murthy Shree, Management of entries in a network element forwarding memory.
  72. Jonsson, Lars-Erik; Sundqvist, Jim; Svanbro, Krister; Haraszti, Zsolt; Ayadurai, Vicknesan, Manipulating header fields for improved performance in packet communications.
  73. Bellaton Gilles,FRX ; Bancilhon Herve L,FRX, Mechanism for dispatching data units via a telecommunications network.
  74. Gilles Bellaton FR; Herve L Bancilhon FR, Mechanism for dispatching packets via a telecommunications network.
  75. Hendel Ariel ; Muller Shimon ; Yeung Louise, Mechanism for packet field replacement in a multi-layer distributed network element.
  76. Loa Kanchei, Method and apparatus for a high-speed multimedia content switch with compressed internet protocol header.
  77. Yilin Zhao ; Thomas M. King ; George J. Geier, Method and apparatus for compressing GPS satellite broadcast message information.
  78. Zhao, Yilin; King, Thomas M.; Geier, George J., Method and apparatus for compressing GPS satellite broadcast message information.
  79. Craft David John (Austin TX), Method and apparatus for compressing data.
  80. Strohacker Oscar C. (Dripping Springs TX), Method and apparatus for compressing data.
  81. Sean Matthew Dorward ; Sean Quinlan, Method and apparatus for data compression of network packets.
  82. Perlman Radia J., Method and apparatus for determining a longest matching prefix from a dictionary of prefixes.
  83. Muller Shimon, Method and apparatus for dynamically resizing queues utilizing programmable partition pointers.
  84. Chitre, Dattakumar M.; Agarwal, Anil K.; Gowrisankaran, Prabhakar; Lunsford, John A.; Narayanaswamy, Sathyanarayanan, Method and apparatus for improving asynchronous transfer mode operation over noisy, high speed wireless links.
  85. Olsson, Gunnar; Rahlen, Simon, Method and apparatus for packet delay reduction using scheduling and header compression.
  86. Barbir Abbulkader Omar,CAX, Method and apparatus for performing data compression.
  87. van Bemmel, Jeroen, Method and apparatus for pre-packetized caching for network servers.
  88. Solomon,Gary; Harriman,David; Ajanovic,Jasmin, Method and apparatus for signaling an error condition to an agent not expecting a completion.
  89. Muller Shimon ; Pham Binh ; Berg Curt, Method and apparatus in a packet routing switch for controlling access at different data rates to a shared memory.
  90. Leppinen, Mika, Method and system for optimizing usage of air link.
  91. Leung, Ka Cheong; Le, Khiem; Liu, Zhigang; Clanton, Christopher, Method and system for providing a context for message compression.
  92. Koifman, Chaim; Kedem, Nadav; Zohar, Avi, Method and system for transformation of logical data objects for storage.
  93. Koifman, Chaim; Kedem, Nadav; Zohar, Avi; Amit, Jonathan, Method and system for transformation of logical data objects for storage.
  94. Le, Khiem; Clanton, Christopher Lamonte; Zheng, Haihong; Liu, Zhigang, Method and system for transmitting and receiving packets.
  95. Lee,David M.; Creta,Kenneth C.; Ajanovic,Jasmin; Solomon,Gary; Harriman,David, Method for handling completion packets with a non-successful completion status.
  96. Geiger Robert L. ; Crisler Kenneth J. ; Crowley Michael J. ; Comroe Richard A., Method for transmitting multiple-protocol packetized data.
  97. Park In-chul,KRX, Method of compressing and expanding data.
  98. Yasue Toshikazu,JPX ; Higuchi Hidemitsu,JPX ; Horimoto Toru,JPX ; Shimamoto Yukio,JPX ; Miyamoto Takahisa,JPX, Method of data communication and system for carrying out the method.
  99. Giovannoni Michael Joseph (Geltsville MD) Kralowetz Joseph David (Germantown MD) Landry James Francis (Germantown MD) Stearns Thomas DeBruyne (Gaithersburg MD), Methods and apparatus for interconnecting personal computers (PCs) and local area networks (LANs) using packet protocols.
  100. Westberg, Lars; Lindberg, Niclas, Methods for efficient transmission of signaling messages in a packet-based network.
  101. Fallon, James J.; Pickel, Paul F.; McErlain, Stephen J.; Melone, Carlton J., Methods for encoding and decoding data.
  102. Fallon, James J.; Pickel, Paul F.; McErlain, Stephen J.; Melone, II, Carlton J., Methods for encoding and decoding data.
  103. Fallon, James J.; Pickel, Paul F.; McErlain, Stephen J.; Melone, II, Carlton J., Methods for encoding and decoding data.
  104. Fallon, James J.; Pickel, Paul F.; McErlain, Stephen J.; Melone, II, Carlton J., Methods for encoding and decoding data.
  105. Bunn,Fred A.; Johnson,Thomas L.; Danzig,Joel, Methods for header suppression in a network that guarantees in order delivery of packets.
  106. Baudoin, Cedric; Arnal, Fabrice, Methods for transmitting and receiving data between a terminal and a gateway, in particular via a satellite link.
  107. Balachandran Kumar ; Koorapaty Havish ; Irvin David R., Methods, apparatus and computer program products for packet transport over wireless communication links.
  108. Okanoue Kazuhiro,JPX ; Ohsawa Tomoki,JPX, Mobile packet communication system.
  109. Blanco Marcos Ares,FRX ; Martin Jean-Christophe,FRX, Network bandwidth control.
  110. Svanbro, Krister; Einarsson, Torbjorn, Packet header compression using division remainders.
  111. Ido,Daiji; Imura,Koji; Miyazaki,Akihiro; Hata,Koichi; Burmeister,Carsten, Packet receiving apparatus and packet transmission method.
  112. Hendel Ariel ; Muller Shimon ; Zaumen William T. ; Yeung Louise, Routing in a multi-layer distributed network element.
  113. Muller Shimon ; Hendel Ariel ; Yeung Louise, Search engine architecture for a high performance multi-layer switch element.
  114. Westberg, Lars, Segmentation protocol that supports compressed segmentation headers.
  115. Patel, Keyur; Roy, Abhay; Raszuk, Robert, Signaling compression information using routing protocols.
  116. Muller Shimon ; Hendel Ariel, Spanning tree support in a high performance network device.
  117. Stachura, Thomas L.; Vasudevan, Anil, Stack-less, CPU-less creation of valid SNMP-trap packets.
  118. Galand, Claude; Lebizay, Gerald; Le Pennec, Jean-Francois; Duault, Maurice, Statistical method of data compression and decompression.
  119. Sala,Dolors; Gummalla,Ajay Chandra V, System and method for a generalized packet header suppression mechanism.
  120. Hendel Ariel ; Hejza Leo A. ; Murthy Shree, System and method for a multi-layer network element.
  121. Hendel Ariel ; Hejza Leo A. ; Murthy Shree ; Yeung Louise, System and method for a multi-layer network element.
  122. Hoffman Don ; Murthy Shree ; Khamisy Asad, System and method for a quality of service in a multi-layer network element.
  123. Kim, Ju Young; Kim, Hang Kee; Park, Chang Joon, System and method for analyzing online game packets.
  124. Asawa, Manjari; Garakani, Mehryar K.; Koren, Tmima; Wang, Rong, System and method for code-based compression in a communications environment.
  125. Hannu, Hans; Christoffersson, Jan, System and method for communicating with temporary compression tables.
  126. Fallon, James J.; Pickel, Paul F.; McErlain, Stephen J.; Melone, II, Carlton J., System and method for data compression.
  127. Volpert, Jr.,Thomas R., System and method for data encryption.
  128. Fallon, James J.; Pickel, Paul F.; McErlain, Stephen J., System and method for data feed acceleration and encryption.
  129. Fallon, James J.; Pickel, Paul F.; McErlain, Stephen J.; Melone, Carlton W., System and method for data feed acceleration and encryption.
  130. Fallon,James J.; Pickel,Paul F.; McErlain,Stephen J.; Melone,Carlton J., System and method for data feed acceleration and encryption.
  131. Fallon,James J; Pickel,Paul F.; McErlain,Stephen J; Melone,Carlton W., System and method for data feed acceleration and encryption.
  132. Leppinen,Mika, System and method for effective use of air link between mobile stations and gateway servers.
  133. Lo William (Santa Clara CA) Crayford Ian S. (San Jose CA), System and method for efficiently monitoring information in a network having a plurality of repeaters.
  134. Fallon, James J.; Buck, John; Pickel, Paul F.; McErlain, Stephen J., System and method for electrical boot-device-reset signals.
  135. Bannoura, Daniel; Angel, Andre, System and method for partial data compression and data transfer.
  136. Bannoura,Daniel; Angel,Andre, System and method for partial data compression and data transfer.
  137. Wilkes John, System and method for pattern matching using checksums.
  138. Stauffer, John E., System and method for prioritizing electronic mail and controlling spam.
  139. Bunn, Fred A.; Johnson, Thomas L., System and method for supporting extended protocols in a wireless communication system.
  140. Bunn, Fred A.; Johnson, Thomas L., System and method for supporting extended protocols in a wireless communication system.
  141. Scarmalis John, System and method for the compression of proprietary encapsulations.
  142. Fallon, James J, System and methods for accelerated data storage and retrieval.
  143. Fallon, James J, System and methods for accelerated data storage and retrieval.
  144. Fallon, James J, System and methods for accelerated data storage and retrieval.
  145. Fallon, James J., System and methods for accelerated data storage and retrieval.
  146. Fallon, James J., System and methods for accelerated data storage and retrieval.
  147. Fallon, James J., System and methods for accelerated data storage and retrieval.
  148. Fallon, James J., System and methods for accelerated data storage and retrieval.
  149. Fallon,James J, System and methods for accelerated data storage and retrieval.
  150. Fallon,James J., System and methods for accelerated data storage and retrieval.
  151. Fallon,James J., System and methods for accelerated data storage and retrieval.
  152. Fallon,James J., System and methods for accelerated data storage and retrieval.
  153. Fallon, James J.; McErlain, Stephen J., System and methods for video and audio data distribution.
  154. Fallon, James J.; McErlain, Stephen J., System and methods for video and audio data distribution.
  155. Fallon, James J.; McErlain, Stephen J., System and methods for video and audio data distribution.
  156. Fallon, James J.; McErlain, Stephen J., System and methods for video and audio data distribution.
  157. Sala, Dolors; Gummalla, Ajay Chandra V., System for a generalized packet header suppression mechanism using a wireless communications medium.
  158. Muller Shimon ; Pham Binh ; Berg Curt, System having multiple arbitrating levels for arbitrating access to a shared memory by network ports operating at different data rates.
  159. Farrell, Kevin; Ball, Steven; Mahoney, II, Daniel O., System wide flow aggregation process for aggregating network activity records.
  160. Bunn, Fred A.; Johnson, Thomas L.; Danzig, Joel, Systems and computer program products for header suppression in a network that guarantees in order delivery of packets.
  161. Fallon, James J.; Buck, John; Pickel, Paul F.; McErlain, Stephen J., Systems and methods for accelerated loading of operating systems and application programs.
  162. Fallon, James J.; Buck, John; Pickel, Paul F.; McErlain, Stephen J., Systems and methods for accelerated loading of operating systems and application programs.
  163. Fallon, James J.; Buck, John; Pickel, Paul F.; McErlain, Stephen J., Systems and methods for accelerated loading of operating systems and application programs.
  164. Fallon,James J.; Buck,John; Pickel,Paul F.; McEerlain,Stephen J., Systems and methods for accelerated loading of operating systems and application programs.
  165. Fascenda, Anthony; Sturniolo, Emil; Cichielo, Robert; Benware, Paul, Systems and methods for adaptive multi-rate protocol enhancement.
  166. Fallon, James J.; Pickel, Paul F.; McErlain, Stephen J., Systems and methods for data block decompression.
  167. Fallon,James J., Systems and methods for data compression such as content dependent data compression.
  168. Plamondon, Robert, Systems and methods for identifying long matches of data in a compression history.
  169. Plamondon, Robert, Systems and methods for identifying long matches of data in a compression history.
  170. Plamondon, Robert D., Systems and methods for identifying long matches of data in a compression history.
  171. Samuels, Allen; Jensen, Richard; Dittia, Zubin; Decasper, Dan; Osviannikov, Michael; Plamondon, Robert, Systems and methods for providing dynamic ad hoc proxy-cache hierarchies.
  172. Samuels, Allen; Jensen, Richard; Dittia, Zubin; Decasper, Dan; Ovsiannikov, Michael; Plamondon, Robert, Systems and methods for providing dynamic ad hoc proxy-cache hierarchies.
  173. Samuels, Allen R.; Jensen, Richard; Dittia, Zubin; Decasper, Dan S.; Ovsiannikov, Michael; Plamondon, Robert D., Systems and methods for sharing compression histories between multiple devices.
  174. Samuels, Allen; Jensen, Richard; Dittia, Zubin; Decasper, Dan; Ovsiannikov, Michael; Plamondon, Robert, Systems and methods for sharing compression histories between multiple devices.
  175. Koifman, Chaim; Kedem, Nadav; Zohar, Avi, Systems and methods for transformation of logical data objects for storage.
  176. Koifman, Chaim; Kedem, Nadav; Zohar, Avi, Systems and methods for transformation of logical data objects for storage.
  177. Koifman, Chaim; Kedem, Nadav; Zohar, Avi, Systems and methods for transformation of logical data objects for storage.
  178. Koifman, Chaim; Kedem, Nadav; Zohar, Avi, Systems and methods for transformation of logical data objects for storage.
  179. Koifman, Chaim; Kedem, Nadav; Zohar, Avi, Systems and methods for transformation of logical data objects for storage.
  180. Koifman, Chaim; Kedem, Nadav; Zohar, Avi, Systems and methods for transformation of logical data objects for storage.
  181. Koifman, Chaim; Kedem, Nadav; Zohar, Avi, Systems and methods for transformation of logical data objects for storage.
  182. Koifman, Chaim; Kedem, Nadav; Zohar, Avi, Systems and methods for transformation of logical data objects for storage.
  183. Koifman, Chaim; Kedem, Nadav; Zohar, Avi, Systems and methods for transformation of logical data objects for storage.
  184. Koifman, Chaim; Kedem, Nadav; Zohar, Avi; Amit, Jonathan, Systems and methods for transformation of logical data objects for storage.
  185. Koifman, Chaim; Kedem, Nadav; Zohar, Avi; Amit, Jonathan, Systems and methods for transformation of logical data objects for storage.
  186. Koifman, Chaim; Kedem, Nadav; Zohar, Avi; Amit, Jonathan, Systems and methods for transformation of logical data objects for storage.
  187. Koifman, Chaim; Kedem, Nadav; Zohar, Avi; Amit, Jonathan, Systems and methods for transformation of logical data objects for storage.
  188. Koifman, Chaim; Kedem, Nadav; Zohar, Avi; Amit, Jonathan, Systems and methods for transformation of logical data objects for storage.
  189. Fallon, James J.; McErlain, Stephen J., Systems and methods for video and audio data storage and distribution.
  190. Fallon, James J.; McErlain, Stephen J., Systems and methods for video and audio data storage and distribution.
  191. Samuels, Allen; Jensen, Richard; Dittia, Zubin; Decasper, Dan; Ovsiannikov, Michael; Plamondon, Robert, Systems and methods of compression history expiration and synchronization.
  192. Samuels, Allen; Jensen, Richard; Dittia, Zubin; Decasper, Dan; Ovsiannikov, Michael; Plamondon, Robert, Systems and methods of using application and protocol specific parsing for compression.
  193. Bertland Staffan (Taby SEX), Transfer of voice messages.
  194. Seki Kazuhiko,JPX ; Kato Hideki,JPX, Transmitting device, receiving device, packet transmission system and packet signal transmission method.
  195. Hendel Ariel ; Hejza Leo A. ; Kumar Sampath H. K., Trunking ethernet-compatible networks.
  196. Muller Shimon ; Hendel Ariel, Trunking support in a high performance network device.
  197. Le, Khiem; Liu, Zhigang; Leon, David, Variable length encoding of compressed data.
  198. Fallon, James J.; McErlain, Stephen J., Video data compression systems.
  199. Stephenson Philip L ; Giallorenzi Thomas R ; Harris Johnny M ; Butterfield Lee A ; Hurst Michael J ; Griffin Dan M. ; Thompson Rolf K., Waveform and frame structure for a fixed wireless loop synchronous CDMA communications system.
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