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Hierarchically-structured programmable logic array and system for interconnecting logic elements in the logic array 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • H03K-019/177
출원번호 US-0162678 (1993-12-06)
발명자 / 주소
  • Ho Walford W. (Saratoga CA) Chen Chao-Chiang (Cupertino CA) Yang Yuk Y. (Foster City CA)
출원인 / 주소
  • Intelligent Logic Systems, Inc. (Saratoga CA 02)
인용정보 피인용 횟수 : 380  인용 특허 : 0

초록

A structured logic array is divided into hierarchical levels. At a highest level (the chip level), blocks are interconnected by a system of chip busses. A block interface couples each block to the chip bus system to allow the blocks to communicate with each other. At a lower level, each block includ

대표청구항

A hierarchically-structured programmable logic array, comprising: a plurality of sectors, each sector comprising: a plurality of logic cells; and a sector bus system for interconnecting said logic cells within said sector; a block bus system disposed externally to said sectors; and an interface for

이 특허를 인용한 특허 (380)

  1. Kurjanowicz, Wlodek, Anti-fuse memory cell.
  2. Kurjanowicz, Wlodek; Smith, Steven, Anti-fuse memory cell.
  3. Kurjanowicz, Wlodek; Smith, Steven, Anti-fuse memory cell.
  4. Wright Adam, Apparatus and method for generating configuration and test files for programmable logic devices.
  5. Mar, Monte, Apparatus and method for programmable power management in a programmable analog circuit block.
  6. Wasson Stephen L., Apparatus and methods for dynamically defining variably sized autonomous sub-arrays within a programmable gate array.
  7. Simkins, James M.; Young, Steven P.; Wong, Jennifer; New, Bernard J.; Ching, Alvin Y., Applications of cascading DSP slices.
  8. Ching, Alvin Y.; Wong, Jennifer; New, Bernard J.; Simkins, James M.; Thendean, John M.; Wong, Anna Wing Wah; Vadi, Vasisht Mantra, Architectural floorplan for a digital signal processing circuit.
  9. Ting Benjamin S. ; Pani Peter M., Architecture and interconnect for programmable logic circuits.
  10. Benjamin S. Ting, Architecture and interconnect scheme for programmable logic circuits.
  11. Benjamin S. Ting, Architecture and interconnect scheme for programmable logic circuits.
  12. Ting Benjamin S., Architecture and interconnect scheme for programmable logic circuits.
  13. Ting, Benjamin S., Architecture and interconnect scheme for programmable logic circuits.
  14. Ting, Benjamin S., Architecture and interconnect scheme for programmable logic circuits.
  15. Ting, Benjamin S., Architecture and interconnect scheme for programmable logic circuits.
  16. Ting, Benjamin S., Architecture and interconnect scheme for programmable logic circuits.
  17. Ting,Benjamin S., Architecture and interconnect scheme for programmable logic circuits.
  18. Ting,Benjamin S., Architecture and interconnect scheme for programmable logic circuits.
  19. Ting,Benjamin S., Architecture and interconnect scheme for programmable logic circuits.
  20. McClintock Cameron ; Ngo Ninh ; Altaf Risa ; Cliff Richard G., Architectures for programmable logic devices.
  21. Simkins,James M.; Young,Steven P.; Wong,Jennifer; New,Bernard J.; Ching,Alvin Y., Arithmetic circuit with multiplexed addend inputs.
  22. Wong, Anna Wing Wah; Wong, Jennifer; New, Bernard J.; Ching, Alvin Y.; Thendean, John M.; Simkins, James M.; Vadi, Vasisht Mantra; Schultz, David P., Arithmetic logic unit circuit.
  23. Sullam, Bert; Kutz, Harold; Mar, Monte; Thiagaragen, Eashwar; Williams, Timothy; Wright, David G., Autonomous control in a programmable system.
  24. Kaptanoglu, Sinan, Block connector splitting in logic block of a field programmable gate array.
  25. Kaptanoglu, Sinan, Block level routing architecture in a field programmable gate array.
  26. Kaptanoglu,Sinan, Block level routing architecture in a field programmable gate array.
  27. Roe, Steve; Nemecek, Craig, Breakpoint control in an in-circuit emulation system.
  28. Vorbach, Martin; Baumgarte, Volker; Ehlers, Gerd, Bus systems and reconfiguration methods.
  29. Wright, David G.; Williams, Timothy J., Circuit and method for improving the accuracy of a crystal-less oscillator having dual-frequency modes.
  30. Thaddeus John Gabara ; King Lien Tai, Circuit and method for providing interconnections among individual integrated circuit chips in a multi-chip module.
  31. Vorbach, Martin; Münch, Robert, Circuit having a multidimensional structure of configurable cells that include multi-bit-wide inputs and outputs.
  32. Reddy Srinivas T. ; Zaveri Ketan ; Lane Christopher F. ; Lee Andy L. ; McClintock Cameron R. ; Pedersen Bruce B. ; Mejia Manuel ; Cliff Richard G., Circuitry and methods for internal interconnection of programmable logic devices.
  33. Srinivas T. Reddy ; Ketan Zaveri ; Christopher F. Lane ; Andy L. Lee ; Cameron R. McClintock ; Bruce B. Pedersen ; Manuel Mejia ; Richard G. Cliff, Circuitry and methods for internal interconnection of programmable logic devices.
  34. Synder, Warren; Sullam, Bert, Clock driven dynamic datapath chaining.
  35. Peng,Jack Zezhong; Liu,Zhongshang; Fong,David; Ye,Fei, Combination field programmable gate array allowing dynamic reprogrammability.
  36. Peng, Jack Zezhong; Liu, Zhongshan; Ye, Fei; Fliesler, Michael David, Combination field programmable gate array allowing dynamic reprogrammability and non-votatile programmability based upon transistor gate oxide breakdown.
  37. Nemecek, Craig, Conditional branching in an in-circuit emulation system.
  38. Kean Thomas A.,GBX, Configurable cellular array.
  39. Young Steven P. ; Bapat Shekhar ; Chaudhary Kamal ; Bauer Trevor J. ; Iwanczuk Roman, Configurable logic element with ability to evaluate five and six input functions.
  40. Young Steven P. ; Bapat Shekhar ; Chaudhary Kamal ; Bauer Trevor J. ; Iwanczuk Roman, Configurable logic element with ability to evaluate five and six input functions.
  41. Young Steven P. ; Bapat Shekhar ; Chaudhary Kamal ; Bauer Trevor J. ; Iwanczuk Roman, Configurable logic element with ability to evaluate wide logic functions.
  42. Young Steven P. ; New Bernard J. ; Camilleri Nicolas John ; Bauer Trevor J. ; Bapat Shekhar ; Chaudhary Kamal ; Krishnamurthy Sridhar, Configurable logic element with fast feedback paths.
  43. Vorbach, Martin; Nückel, Armin, Configurable logic integrated circuit having a multidimensional structure of configurable elements.
  44. Lacey, Timothy M.; Johnson, David L., Configurable memory for programmable logic circuits.
  45. Timothy M. Lacey ; David L. Johnson, Configurable memory for programmable logic circuits.
  46. Best, Andrew; Ogami, Kenneth; Zhaksilikov, Marat, Configuration of programmable IC design elements.
  47. Vorbach, Martin; Thomas, Alexander, Data processing device and method.
  48. Vorbach, Martin; Thomas, Alexander, Data processing device and method.
  49. Vorbach, Martin; Thomas, Alexander, Data processing device and method.
  50. Vorbach, Martin; Becker, Jürgen; Weinhardt, Markus; Baumgarte, Volker; May, Frank, Data processing method and device.
  51. Vorbach, Martin; Becker, Jürgen; Weinhardt, Markus; Baumgarte, Volker; May, Frank, Data processing method and device.
  52. Vorbach, Martin, Data processing system.
  53. Vorbach, Martin; Münch, Robert, Data processor having disabled cores.
  54. Hanrahan, Shaila; Lam, Peter Shing Fai, Data transfer on reconfigurable chip.
  55. Pistorius, Erhard Joachim; Hutton, Michael D., Dedicated function block interfacing with general purpose function blocks on integrated circuits.
  56. Plants,William C.; Kundu,Arunangshu, Dedicated input/output first in/first out module for a field programmable gate array.
  57. Plants, William C., Deglitching circuits for a radiation-hardened static random access memory based programmable architecture.
  58. Plants,William C., Deglitching circuits for a radiation-hardened static random access memory based programmable architecture.
  59. Plants,William C., Deglitching circuits for a radiation-hardened static random access memory based programmable architecture.
  60. Vorbach, Martin, Device including a field having function cells and information providing cells controlled by the function cells.
  61. New, Bernard J.; Vadi, Vasisht Mantra; Wong, Jennifer; Ching, Alvin Y.; Thendean, John M.; Wong, Anna Wing Wah; Simkins, James M., Digital signal processing block having a wide multiplexer.
  62. Simkins, James M.; Ching, Alvin Y.; Thendean, John M.; Vadi, Vasisht M.; Poon, Chi Fung; Rab, Muhammad Asim, Digital signal processing block with preadder stage.
  63. Simkins, James M.; Wong, Jennifer; New, Bernard J.; Ching, Alvin Y.; Thendean, John M.; Wong, Anna Wing Wah; Vadi, Vasisht Mantra, Digital signal processing circuit having a SIMD circuit.
  64. Vadi, Vasisht Mantra; Wong, Jennifer; New, Bernard J.; Ching, Alvin Y.; Thendean, John M.; Wong, Anna Wing Wah; Simkins, James M., Digital signal processing circuit having a pattern circuit for determining termination conditions.
  65. Vadi, Vasisht Mantra; Wong, Jennifer; New, Bernard J.; Ching, Alvin Y.; Thendean, John M.; Wong, Anna Wing Wah; Simkins, James M., Digital signal processing circuit having a pattern detector circuit.
  66. New, Bernard J.; Wong, Jennifer; Simkins, James M.; Ching, Alvin Y.; Thendean, John M.; Wong, Anna Wing Wah; Vadi, Vasisht Mantra, Digital signal processing circuit having a pattern detector circuit for convergent rounding.
  67. Simkins, James M.; Thendean, John M.; Vadi, Vasisht Mantra; New, Bernard J.; Wong, Jennifer; Wong, Anna Wing Wah; Ching, Alvin Y., Digital signal processing circuit having a pre-adder circuit.
  68. Thendean, John M.; Wong, Jennifer; New, Bernard J.; Ching, Alvin Y.; Simkins, James M.; Wong, Anna Wing Wah; Vadi, Vasisht Mantra, Digital signal processing circuit having an adder circuit with carry-outs.
  69. Simkins, James M.; Wong, Jennifer; New, Bernard J.; Ching, Alvin Y.; Thendean, John M.; Wong, Anna Wing Wah; Vadi, Vasisht Mantra, Digital signal processing circuit having input register blocks.
  70. Simkins, James M.; Wong, Jennifer; New, Bernard J.; Ching, Alvin Y.; Thendean, John M.; Wong, Anna Wing Wah; Vadi, Vasisht Mantra; Schultz, David P., Digital signal processing element having an arithmetic logic unit.
  71. Ngai, Tony; Shumarayev, Sergey; Huang, Wei-Jen, Driver circuitry for programmable logic devices.
  72. Tony Ngai ; Sergey Shumarayev ; Wei-Jen Huang, Driver circuitry for programmable logic devices.
  73. Synder, Warren; Sullam, Bert, Dynamically configurable and re-configurable data path.
  74. Vorbach Martin Andreas,DEX ; Munch Robert Markus,DEX, Dynamically reconfigurable data processing system.
  75. Lane, Christopher F.; Powell, Giles V.; Yeung, Wayne; Sung, Chiakang; Pedersen, Bruce B., Efficient arrangement of interconnection resources on programmable logic devices.
  76. Lane, Christopher F.; Powell, Giles V.; Yeung, Wayne; Sung, Chiakang; Pedersen, Bruce B., Efficient arrangement of interconnection resources on programmable logic devices.
  77. Ting,Benjamin S.; Pani,Peter M., Efficient integrated circuit layout scheme to implement a scalable switching network used in interconnection fabric.
  78. Nguyen Bai ; Agrawal Om P. ; Sharpe-Geisler Bradley A. ; Wong Jack T. ; Chang Herman M., Efficient interconnect network for use in FPGA device having variable grain architecture.
  79. Goode,Terry Lee, Emulator with switching network connections.
  80. Ting, Benjamin S.; Pani, Peter M., Enhanced permutable switching network with multicasting signals for interconnection fabric.
  81. Ting, Benjamin S.; Pani, Peter M., Enhanced permutable switching network with multicasting signals for interconnection fabric.
  82. Nemecek, Craig; Roe, Steve, External interface for event architecture.
  83. Young Steven P. ; New Bernard J. ; Camilleri Nicolas John ; Bauer Trevor J. ; Bapat Shekhar ; Chaudhary Kamal ; Krishnamurthy Sridhar, FPGA CLE with two independent carry chains.
  84. Young Steven P. ; Chaudhary Kamal ; Bauer Trevor J., FPGA architecture with offset interconnect lines.
  85. Tavana Danesh ; Yee Wilson K. ; Holen Victor A., FPGA architecture with repeatable titles including routing matrices and logic matrices.
  86. Chaudhary Kamal, FPGA having logic element carry chains capable of generating wide XOR functions.
  87. Bauer Trevor J. ; Young Steven P., FPGA interconnect structure with high-speed high fanout capability.
  88. Furtek Frederick C. ; Mason Martin T. ; Luking Robert B., FPGA logic cell internal structure including pair of look-up tables.
  89. Young Steven P. ; Bauer Trevor J. ; Chaudhary Kamal ; Krishnamurthy Sridhar, FPGA repeatable interconnect structure with bidirectional and unidirectional interconnect lines.
  90. Furtek Frederick C. ; Mason Martin T. ; Luking Robert B., FPGA structure having main, column and sector clock lines.
  91. Furtek Frederick C. ; Mason Martin T. ; Luking Robert B., FPGA structure having main, column and sector reset lines.
  92. Wang,Man; Zain,Suhail, Fast processing path using field programmable gate array logic units.
  93. Christopher F. Lane ; Srinivas T. Reddy, Fast signal conductor networks for programmable logic devices.
  94. Lane Christopher F. ; Reddy Srinivas T., Fast signal conductor networks for programmable logic devices.
  95. Lane, Christopher F.; Reddy, Srinivas T., Fast signal conductor networks for programmable logic devices.
  96. Hanrahan, Shaila, Faster scalable floorplan which enables easier data control flow.
  97. Raj, Kannan; Zheng, Xuezhe; Krishnamoorthy, Ashok V.; Ho, Ronald; McCracken, Michael O.; McElfresh, David K.; Cunningham, John E., Fault-tolerant multi-chip module.
  98. Wang, Man, Field programmable gate array.
  99. Wang, Man, Field programmable gate array.
  100. Wang,Man, Field programmable gate array.
  101. Furtek Frederick C. ; Mason Martin T. ; Luking Robert B., Field programmable gate array having access to orthogonal and diagonal adjacent neighboring cells.
  102. Schlacter,Guy, Field programmable gate array logic unit and its cluster.
  103. Furtek Frederick C. ; Mason Martin T. ; Luking Robert B., Field programmable gate array with distributed RAM and increased cell utilization.
  104. Schlacter,Guy, Field programmable gate arrays using both volatile and nonvolatile memory cell properties and their control.
  105. Yu, Donald Y.; Kuo, Wei Min, Field-programmable gate array low voltage differential signaling driver utilizing two complimentary output buffers.
  106. Yu, Donald Y.; Kuo, Wei-Min, Field-programmable gate array low voltage differential signaling driver utilizing two complimentary output buffers.
  107. Yu,Donald Y.; Kuo,Wei Min, Field-programmable gate array low voltage differential signaling driver utilizing two complimentary output buffers.
  108. Yu,Donald Y.; Kuo,Wei Min, Field-programmable gate array low voltage differential signaling driver utilizing two complimentary output buffers.
  109. Agrawal Om P. ; Sharpe-Geisler Bradley A. ; Tran Giap H., Flexible direct connections between input/output blocks (IOBs) and variable grain blocks (VGBs) in FPGA integrated circ.
  110. Benjamin S. Ting ; Peter M. Pani, Floor plan for scalable multiple level tab oriented interconnect architecture.
  111. Ting,Benjamin S.; Pani,Peter M., Floor plan for scalable multiple level tab oriented interconnect architecture.
  112. Ting,Benjamin S.; Pani,Peter M., Floor plan for scalable multiple level tab oriented interconnect architecture.
  113. Kean Thomas A.,GB6, Function unit for fine-gained FPGA.
  114. Shackleford J. Barry,JPX, Graph partitioning engine based on programmable gate arrays.
  115. Pleis, Mathew A; Ogami, Kenneth Y; Zhaksilikov, Marat, Graphical user interface for dynamically reconfiguring a programmable device.
  116. Pleis, Matthew A.; Ogami, Kenneth Y.; Zhaksilikov, Marat, Graphical user interface for dynamically reconfiguring a programmable device.
  117. Anderson, Doug, Graphical user interface with user-selectable list-box.
  118. Vorbach, Martin; May, Frank, Hardware definition method including determining whether to implement a function as hardware or software.
  119. Von Herzen Brian ; Shoup Richard G., Hierarchical memory architecture for a programmable integrated circuit having an interconnect structure connected in a.
  120. Peng,Jack Zezhong, High density semiconductor memory cell and memory array using a single transistor and having counter-doped poly and buried diffusion wordline.
  121. Lewis, David, High speed testing of integrated circuits including resistive elements.
  122. Norman, Kevin A.; Patel, Rakesh H.; Sample, Stephen P.; Butts, Michael R., High-performance programmable logic architecture.
  123. Norman, Kevin A.; Patel, Rakesh H.; Sample, Stephen P.; Butts, Michael R., High-performance programmable logic architecture.
  124. Huang Joseph ; Sung Chiakang ; Wang Bonnie I. ; Nguyen Khai ; Wang Xiaobao ; Cliff Richard G., High-speed programmable interconnect.
  125. Joseph Huang ; Chiakang Sung ; Bonnie I. Wang ; Khai Nguyen ; Xiaobao Wang ; Richard G. Cliff, High-speed programmable interconnect.
  126. Chan, Caleb; Kapusta, Richard L., Hybrid routing architecture for high density complex programmable logic devices.
  127. Martin Vorbach DE; Robert Munch DE, I/O and memory bus system for DFPS and units with two or multi-dimensional programmable cell architectures.
  128. Vorbach, Martin; Münch, Robert, I/O and memory bus system for DFPS and units with two- or multi-dimensional programmable cell architectures.
  129. Vorbach, Martin; Münch, Robert, I/O and memory bus system for DFPS and units with two- or multi-dimensional programmable cell architectures.
  130. Vorbach,Martin; M��nch,Robert, I/O and memory bus system for DFPS and units with two-or multi-dimensional programmable cell architectures.
  131. Vorbach Martin,DEX ; Munch Robert,DEX, I/O and memory bus system for DFPs and units with two- or multi-dimensional programmable cell architectures.
  132. Vorbach, Martin; Munch, Robert, I/O and memory bus system for DFPs and units with two- or multi-dimensional programmable cell architectures.
  133. Vorbach, Martin; Munch, Robert, I/O and memory bus system for DFPs and units with two- or multi-dimensional programmable cell architectures.
  134. Vorbach,Martin; M?nch,Robert, I/O and memory bus system for DFPs and units with two-or multi-dimensional programmable cell architectures.
  135. Lacey, Timothy M.; Johnson, David L., I/O architecture/cell design for programmable logic device.
  136. Lane Christopher F. ; Reddy Srinivas T. ; Lee Andy L. ; Jefferson David Edward, Input/output circuitry for programmable logic devices.
  137. Lane Christopher F. ; Reddy Srinivas T. ; Lee Andy L. ; Jefferson David Edward, Input/output circuitry for programmable logic devices.
  138. Percey Andrew K. ; Bauer Trevor J. ; Young Steven P., Input/output interconnect circuit for FPGAs.
  139. Huang Joseph ; Cliff Richard G. ; Reddy Srinivas T., Input/output interface circuitry for programmable logic array integrated circuit devices.
  140. Huang Joseph ; Cliff Richard G. ; Reddy Srinivas T., Input/output interface circuitry for programmable logic array integrated circuit devices.
  141. Seguine, Dennis R., Input/output multiplexer bus.
  142. Sequine, Dennis R., Input/output multiplexer bus.
  143. Krishna Rangasayee, Integrated circuit incorporating a programmable cross-bar switch.
  144. Rangasayee Krishna, Integrated circuit incorporating a programmable cross-bar switch.
  145. Matsumoto, Yohei; Masaki, Akira, Integrated circuit with multidimensional switch topology.
  146. Feng,Sheng; Liu,Tong; Lien,Jung Cheun, Inter-tile buffer system for a field programmable gate array.
  147. Feng,Sheng; Liu,Tong; Lien,Jung Cheun, Inter-tile buffer system for a field programmable gate array.
  148. Steven P. Young ; Kamal Chaudhary ; Trevor J. Bauer, Interconnect structure for a programmable logic device.
  149. Young Steven P. ; Chaudhary Kamal ; Bauer Trevor J., Interconnect structure for a programmable logic device.
  150. Ngai, Tony; Pedersen, Bruce; Shumarayev, Sergey; Schleicher, James; Huang, Wei-Jen; Maruri, Victor; Patel, Rakesh, Interconnection and input/output resources for programable logic integrated circuit devices.
  151. Ngai, Tony; Pedersen, Bruce; Shumarayev, Sergey; Schleicher, James; Huang, Wei-Jen; Hutton, Michael; Maruri, Victor; Patel, Rakesh; Kazarian, Peter J.; Leaver, Andrew; Mendel, David W.; Park, Jim, Interconnection and input/output resources for programmable logic integrated circuit devices.
  152. Ngai, Tony; Pedersen, Bruce; Shumarayev, Sergey; Schleicher, James; Huang, Wei-Jen; Hutton, Michael; Maruri, Victor; Patel, Rakesh; Kazarian, Peter J.; Leaver, Andrew; Mendel, David W.; Park, Jim, Interconnection and input/output resources for programmable logic integrated circuit devices.
  153. Ngai,Tony; Pedersen,Bruce; Shumarayev,Sergey; Schleicher,James; Huang,Wei Jen; Hutton,Michael; Maruri,Victor; Patel,Rakesh; Kazarian,Peter J.; Leaver,Andrew; Mendel,David W.; Park,Jim, Interconnection and input/output resources for programmable logic integrated circuit devices.
  154. Ngai,Tony; Pedersen,Bruce; Shumarayev,Sergey; Schleicher,James; Huang,Wei Jen; Hutton,Michael; Maruri,Victor; Patel,Rakesh; Kazarian,Peter J.; Leaver,Andrew; Mendel,David W.; Park,Jim, Interconnection and input/output resources for programmable logic integrated circuit devices.
  155. Ngai,Tony; Pedersen,Bruce; Shumarayev,Sergey; Schleicher,James; Huang,Wei Jen; Maruri,Victor; Patel,Rakesh, Interconnection and input/output resources for programmable logic integrated circuit devices.
  156. Tony Ngai ; Bruce Pedersen ; Sergey Shumarayev ; James Schleicher ; Wei-Jen Huang ; Michael Hutton ; Victor Maruri ; Rakesh Patel ; Peter J. Kazarian ; Andrew Leaver ; David W. Mendel ; Ji, Interconnection and input/output resources for programmable logic integrated circuit devices.
  157. Pani,Peter M.; Ting,Benjamin S., Interconnection fabric using switching networks in hierarchy.
  158. Schleicher, James; Park, James; Shumarayev, Sergey; Pedersen, Bruce; Ngai, Tony; Huang, Wei-Jen; Maruri, Victor; Patel, Rakesh, Interconnection resources for programmable logic integrated circuit devices.
  159. Schleicher, James; Park, James; Shumarayev, Sergey; Pedersen, Bruce; Ngai, Tony; Huang, Wei-Jen; Maruri, Victor; Patel, Rakesh, Interconnection resources for programmable logic integrated circuit devices.
  160. Schleicher,James; Park,Jim; Shumarayev,Sergey; Pederson,Bruce; Ngai,Tony; Huang,Wei Jen; Maruri,Victor; Patel,Rakesh, Interconnection resources for programmable logic integrated circuit devices.
  161. John E. Turner ; Rakesh H. Patel, Interface for low-voltage semiconductor devices.
  162. Lee Fung Fung, Interleaved interconnect for programmable logic array devices.
  163. Martin Vorbach DE; Robert Munch DE, Internal bus system for DFPS and units with two- or multi-dimensional programmable cell architectures, for managing large volumes of data with a high interconnection complexity.
  164. Vorbach,Martin; M체nch,Robert, Internal bus system for DFPS and units with two-or multi-dimensional programmable cell architectures, for managing large volumes of data with a high interconnection complexity.
  165. Vorbach, Martin; May, Frank; Reichardt, Dirk; Lier, Frank; Ehlers, Gerd; Nückel, Armin; Baumgarte, Volker; Rao, Prashant; Oertel, Jens, Logic cell array and bus system.
  166. Vorbach, Martin; May, Frank; Reichardt, Dirk; Lier, Frank; Ehlers, Gerd; Nückel, Armin; Baumgarte, Volker; Rao, Prashant; Oertel, Jens, Logic cell array and bus system.
  167. Vorbach, Martin; May, Frank; Reichardt, Dirk; Lier, Frank; Ehlers, Gerd; Nückel, Armin; Baumgarte, Volker; Rao, Prashant; Oertel, Jens, Logic cell array and bus system.
  168. Francis B. Heile, Logic device architecture and method of operation.
  169. Heile Francis B., Logic device architecture and method of operation.
  170. Vorbach, Martin; May, Frank; Reichardt, Dirk; Lier, Frank; Ehlers, Gerd; Nückel, Armin; Baumgarte, Volker; Rao, Prashant; Oertel, Jens, Logical cell array and bus system.
  171. Simkins,James M.; Young,Steven P.; Wong,Jennifer; New,Bernard J.; Ching,Alvin Y., Mathematical circuit with dynamic rounding.
  172. Verdoorn, David Joel; Woodward, Sandra S., Method and apparatus for debugging a chip.
  173. Bernard J. New ; Steven P. Young, Method and apparatus for incorporating a multiplier into an FPGA.
  174. New, Bernard J.; Young, Steven P., Method and apparatus for incorporating a multiplier into an FPGA.
  175. Pani Peter M. ; Ting Benjamin S., Method and apparatus for universal program controlled bus.
  176. Pani Peter M. ; Ting Benjamin S., Method and apparatus for universal program controlled bus architecture.
  177. Pani, Peter M.; Ting, Benjamin S., Method and apparatus for universal program controlled bus architecture.
  178. Pani, Peter M.; Ting, Benjamin S., Method and apparatus for universal program controlled bus architecture.
  179. Pani, Peter M.; Ting, Benjamin S., Method and apparatus for universal program controlled bus architecture.
  180. Pani, Peter M.; Ting, Benjamin S., Method and apparatus for universal program controlled bus architecture.
  181. Pani,Peter M.; Ting,Benjamin S., Method and apparatus for universal program controlled bus architecture.
  182. Vorbach, Martin; May, Frank; Nuckel, Armin, Method and device for processing data.
  183. Vorbach, Martin; May, Frank; Nuckel, Armin, Method and device for processing data.
  184. Vorbach, Martin; Munch, Robert, Method for deadlock-free configuration of dataflow processors and modules with a two- or multidimensional programmable cell structure (FPGAs, DPGAs, etc.).
  185. Vorbach, Martin, Method for debugging reconfigurable architectures.
  186. Vorbach, Martin, Method for debugging reconfigurable architectures.
  187. Vorbach, Martin; May, Frank; Nückel, Armin, Method for debugging reconfigurable architectures.
  188. Vorbach,Martin, Method for debugging reconfigurable architectures.
  189. Vorbach,Martin; May,Frank; N체ckel,Armin, Method for debugging reconfigurable architectures.
  190. Martin Vorbach DE; Robert Munch DE, Method for hierarchical caching of configuration data having dataflow processors and modules having two-or multidimensional programmable cell structure (FPGAs, DPGAs, etc.)--.
  191. Vorbach, Martin; Nückel, Armin, Method for interleaving a program over a plurality of cells.
  192. Maeda Sumiko,JPX ; Fukase Hisataka,JPX, Method for making electronic circuit design data and CAD system using the method.
  193. Perrin, Jon; Seguine, Dennis, Method for parameterizing a user module.
  194. Vorbach, Martin; Nückel, Armin; May, Frank; Weinhardt, Markus; Cardoso, Joao Manuel Paiva, Method for processing data.
  195. Vorbach Martin,DEX ; Munch Robert,DEX, Method for the automatic address generation of modules within clusters comprised of a plurality of these modules.
  196. Vorbach, Martin; May, Frank; Nückel, Armin, Method for the translation of programs for reconfigurable architectures.
  197. May,Frank; N?ckel,Armin; Vorbach,Martin, Method for translating programs for reconfigurable architectures.
  198. Wendling, Xavier; Simkins, James M., Method of and circuit for implementing a filter in an integrated circuit.
  199. Vorbach, Martin; Munch, Robert, Method of hierarchical caching of configuration data having dataflow processors and modules having two-or multidimensional programmable cell structure (FPGAs, DPGAs , etc.).
  200. Vorbach,Martin; M체nch,Robert, Method of hierarchical caching of configuration data having dataflow processors and modules having two-or multidimensional programmable cell structure (FPGAs, DPGAs, etc.).
  201. Vorbach, Martin; Munch, Robert, Method of repairing integrated circuits.
  202. Vorbach, Martin; Munch, Robert, Method of self-synchronization of configurable elements of a programmable module.
  203. Vorbach, Martin; Munch, Robert M., Method of self-synchronization of configurable elements of a programmable module.
  204. Vorbach, Martin; Münch, Robert M., Method of self-synchronization of configurable elements of a programmable module.
  205. Vorbach, Martin; Münch, Robert M., Method of self-synchronization of configurable elements of a programmable module.
  206. Vorbach, Martin; Münch, Robert M., Method of self-synchronization of configurable elements of a programmable module.
  207. Vorbach,Martin; M체nch,Robert, Method of self-synchronization of configurable elements of a programmable module.
  208. Vorbach, Martin; M?nch, Robert, Method of self-synchronization of configurable elements of a programmable unit.
  209. Vorbach, Martin; Munch, Robert, Method of self-synchronization of configurable elements of a programmable unit.
  210. Vorbach Martin,DEX ; Munch Robert,DEX, Method of the self-synchronization of configurable elements of a programmable unit.
  211. Wang,Jianguo; Fong,David; Peng,Jack Zezhong; Ye,Fei; Fliesler,Michael David, Methods and circuits for programming of a semiconductor memory cell and memory array using a breakdown phenomenon in an ultra-thin dielectric.
  212. Wang,Jianguo; Fong,David; Peng,Jack Zezhong; Ye,Fei; Fliesler,Michael David, Methods and circuits for testing programmability of a semiconductor memory cell and memory array using a breakdown phenomenon in an ultra-thin dielectric.
  213. Vorbach, Martin; Baumgarte, Volker, Methods and devices for treating and processing data.
  214. Vorbach, Martin; Baumgarte, Volker, Methods and devices for treating and processing data.
  215. Vorbach, Martin; Baumgarte, Volker, Methods and devices for treating and processing data.
  216. Vorbach,Martin; Baumgarte,Volker, Methods and devices for treating and processing data.
  217. Vorbach, Martin, Methods and devices for treating and/or processing data.
  218. Agrawal Om P. ; Sharpe-Geisler Bradley A. ; Chang Herman M. ; Nguyen Bai ; Tran Giap H., Methods for configuring FPGA's having variable grain blocks and logic for providing time-shared access to interconnect resources.
  219. Agrawal Om P. ; Sharpe-Geisler Bradley A. ; Chang Herman M. ; Nguyen Bai ; Tran Giap H., Methods for configuring FPGA's having variable grain components for providing time-shared access to interconnect resources.
  220. Agrawal Om P. ; Sharpe-Geisler Bradley A. ; Chang Herman M. ; Nguyen Bai ; Tran Giap H., Methods for configuring FPGA's having variable grain components for providing time-shared access to interconnect resources.
  221. Agrawal, Om P.; Sharpe-Geisler, Bradley A.; Chang, Herman M.; Nguyen, Bai; Tran, Giap H., Methods for configuring FPGA's having variable grain components for providing time-shared access to interconnect resources.
  222. Lee,Andy L.; McClintock,Cameron; Johnson,Brian; Cliff,Richard; Reddy,Srinivas; Lane,Chris; Leventis,Paul; Betz,Vaughn Timothy; Lewis,David, Methods for designing PLD architectures for flexible placement of IP function blocks.
  223. Snyder, Warren S.; Mar, Monte, Microcontroller programmable system on a chip.
  224. Snyder, Warren S.; Mar, Monte, Microcontroller programmable system on a chip.
  225. Snyder, Warren S.; Mar, Monte, Microcontroller programmable system on a chip.
  226. Snyder, Warren, Microcontroller programmable system on a chip with programmable interconnect.
  227. Snyder, Warren S, Microcontroller programmable system on a chip with programmable interconnect.
  228. Kundu,Arunangshu; Narayanan,Venkatesh; McCollum,John; Plants,William C., Multi-level routing architecture in a field programmable gate array having transmitters and receivers.
  229. Agrawal Om P. ; Sharpe-Geisler Bradley A., Multi-tiered hierarchical high speed switch matrix structure for very high-density complex programmable logic devices.
  230. Kutz, Harold, Numerical band gap.
  231. Sample Stephen P. ; Butts Michael R., Optimized emulation and prototyping architecture.
  232. Sample, Stephen P.; Butts, Michael R., Optimized emulation and prototyping architecture.
  233. Patel, Rakesh H.; Turner, John E.; Wong, Wilson, Overvoltage-tolerant interface for integrated circuits.
  234. Patel Rakesh H. ; Turner John E. ; Wong Wilson, Overvoltage-tolerant interface for intergrated circuits.
  235. Cliff Richard G. ; Heile Francis B. ; Huang Joseph ; Mendel David W. ; Pedersen Bruce B. ; Sung Chiakang ; Veenstra Kerry ; Wang Bonnie I., PCI-compatible programmable logic devices.
  236. Cliff, Richard G.; Heile, Francis B.; Huang, Joseph; Mendel, David W.; Pendersen, Bruce B.; Sung, Chiakang; Veenstra, Kerry; Wang, Bonnie I., PCI-compatible programmable logic devices.
  237. Cliff,Richard G; Heile,Francis B; Huang,Joseph; Mendel,David W; Pedersen,Bruce B; Sung,Chiakang; Veenstra,Kerry; Wang,Bonnie I, PCI-compatible programmable logic devices.
  238. Lee, Andy L.; McClintock, Cameron R.; Johnson, Brian D.; Cliff, Richard G.; Reddy, Srinivas T.; Lane, Christopher F.; Leventis, Paul; Betz, Vaughn; Lewis, David, PLD architecture for flexible placement of IP function blocks.
  239. Lee, Andy L.; McClintock, Cameron R.; Johnson, Brian D.; Cliff, Richard G.; Reddy, Srinivas T.; Lane, Christopher F.; Leventis, Paul; Betz, Vaughn; Lewis, David, PLD architecture for flexible placement of IP function blocks.
  240. Lee, Andy L.; McClintock, Cameron; Johnson, Brian; Cliff, Richard; Reddy, Srinivas; Lane, Chris; Leventis, Paul; Betz, Vaughn Timothy; Lewis, David, PLD architecture for flexible placement of IP function blocks.
  241. Lee, Andy L.; McClintock, Cameron; Johnson, Brian; Cliff, Richard; Reddy, Srinivas; Lane, Chris; Leventis, Paul; Betz, Vaughn Timothy; Lewis, David, PLD architecture for flexible placement of IP function blocks.
  242. Lee, Andy L.; McClintock, Cameron; Johnson, Brian; Cliff, Richard; Reddy, Srinivas; Lane, Chris; Leventis, Paul; Betz, Vaughn Timothy; Lewis, David, PLD architecture for flexible placement of IP function blocks.
  243. Lee, Andy L.; McClintock, Cameron; Johnson, Brian; Cliff, Richard; Reddy, Srinivas; Lane, Christopher; Leventis, Paul; Betz, Vaughn Timothy; Lewis, David, PLD architecture for flexible placement of IP function blocks.
  244. Trimberger Stephen M., PLD having a window pane architecture with segmented and staggered interconnect wiring between logic block arrays.
  245. Trimberger Stephen M., PLD having a window pane architecture with segmented interconnect wiring between logic block arrays.
  246. Snyder, Warren S.; Mar, Monte, PSOC architecture.
  247. Snyder, Warren; Mar, Monte, PSOC architecture.
  248. Snyder, Warren S.; Mar, Monte, PSoC architecture.
  249. Snyder, Warren S.; Mar, Monte, PSoC architecture.
  250. Sun, Shin Nan; Wong, Wayne W., Parallel programmable antifuse field programmable gate array device (FPGA) and a method for programming and testing an antifuse FPGA.
  251. Vorbach, Martin, Parallel task operation in processor and reconfigurable coprocessor configured based on information in link list including termination information for synchronization.
  252. Vorbach, Martin; Baumgarte, Volker; Ehlers, Gerd; May, Frank; Nückel, Armin, Pipeline configuration protocol and configuration unit communication.
  253. Vorbach, Martin; Baumgarte, Volker; Ehlers, Gerd; May, Frank; Nückel, Armin, Pipeline configuration protocol and configuration unit communication.
  254. Vorbach,Martin; Baumgarte,Volker; Ehlers,Gerd; May,Frank; N체ckel,Armin, Pipeline configuration unit protocols and communication.
  255. Ogami, Kenneth Y., Power management architecture, method and configuration system.
  256. Ogami, Kenneth Y., Power management architecture, method and configuration system.
  257. Apland James M. ; Chan Andrew K., Power-up circuit for field programmable gate arrays.
  258. Vorbach Martin,DEX ; Munch Robert,DEX, Process for automatic dynamic reloading of data flow processors (DFPs) and units with two or three-dimensional programmable cell architectures (FPGAs, DPGAs and the like).
  259. Vorbach, Martin; Münch, Robert, Process for automatic dynamic reloading of data flow processors (DFPs) and units with two- or three-dimensional programmable cell architectures (FPGAs, DPGAs, and the like).
  260. Martin Vorbach DE; Robert Munch DE, Process for automatic dynamic reloading of data flow processors (dfps) and units with two-or-three-dimensional programmable cell architectures (fpgas, dpgas, and the like).
  261. Vorbach, Martin, Processor arrangement on a chip including data processing, memory, and interface elements.
  262. Vorbach, Martin; Münch, Robert, Processor chip for reconfigurable data processing, for processing numeric and logic operations and including function and interconnection control units.
  263. Vorbach, Martin; Nückel, Armin, Processor chip including a plurality of cache elements connected to a plurality of processor cores.
  264. Clinton Kim P. N. (Essex Junction VT) Gould Scott W. (South Burlington VT) Hartman Steven P. (Jericho VT) Iadanza Joseph A. (Hinesburg VT) Keyser ; III Frank R. (Colchester VT) Millham Eric E. (St. G, Programmable array interconnect network.
  265. Simkins, James M.; Young, Steven P.; Wong, Jennifer; New, Bernard J.; Ching, Alvin Y., Programmable device with dynamic DSP architecture.
  266. Eaton David D. ; Kolze Paige A. ; Apland James M., Programmable integrated circuit having L-shaped programming power buses that extend along sides of the integrated circui.
  267. Kolze Paige A., Programmable integrated circuit having a routing conductor that is driven with programming current from two different programming voltage terminals.
  268. Kolze Paige A. ; Chan Andrew K. ; Apland James A., Programmable integrated circuit having a test circuit for testing the integrity of routing resource structures.
  269. Kolze Paige A., Programmable integrated circuit having parallel routing conductors coupled to programming drivers in different locations.
  270. Anup Nayak, Programmable interconnect matrix architecture for complex programmable logic device.
  271. Nayak Anup, Programmable interconnect matrix architecture for complex programmable logic device.
  272. Bertolet Allan Robert ; Clinton Kim P.N. ; Fuller Christine Marie ; Gould Scott Whitney ; Hartman Steven Paul ; Iadanza Joseph Andrew ; Keyser Frank Ray ; Millham Eric Ernest ; Reny Timothy Shawn ; W, Programmable inverter circuit used in a programmable logic cell.
  273. Leong William W. (San Francisco CA) Cliff Richard G. (Milpitas CA) McClintock Cameron (Mountain View CA), Programmable logic array device with grouped logic regions and three types of conductors.
  274. Mendel David W., Programmable logic array devices with enhanced interconnectivity between adjacent logic regions.
  275. Mendel David W., Programmable logic array devices with enhanced interconnectivity between adjacent logic regions.
  276. Cliff, Richard G.; Reddy, Srinivas T.; Jefferson, David Edward; Raman, Rina; Cope, L. Todd; Lane, Christopher F.; Huang, Joseph; Heile, Francis B.; Pedersen, Bruce B.; Mendel, David Wolk; Lytle, Crai, Programmable logic array integrated circuit devices.
  277. Richard G. Cliff ; Srinivas T. Reddy ; David Edward Jefferson ; Rina Raman ; L. Todd Cope ; Christopher F. Lane ; Joseph Huang ; Francis B. Heile ; Bruce B. Pedersen ; David Wolk Mendel ; C, Programmable logic array integrated circuit devices.
  278. Cliff Richard G. ; Heile Francis B. ; Huang Joseph ; Lane Christopher F. ; Lee Fung Fung ; McClintock Cameron ; Mendel David W. ; Ngo Ninh D. ; Pedersen Bruce B. ; Reddy Srinivas T. ; Sung Chiakang ;, Programmable logic array integrated circuit devices with interleaved logic array blocks.
  279. Cliff Richard G. ; Heile Francis B. ; Huang Joseph ; Mendel David W. ; Pedersen Bruce B. ; Sung Chiakang ; Veenstra Kerry ; Wang Bonnie I., Programmable logic array integrated circuit devices with interleaved logic array blocks.
  280. Richard G. Cliff ; Cameron McClintock ; William Leong, Programmable logic array integrated circuits with blocks of logic regions grouped into super-blocks.
  281. Jones Gareth James,GBX ; Work Gordon Stirling,GBX, Programmable logic array with a hierarchical routing resource.
  282. Lacey, Timothy M.; Johnson, David L., Programmable logic device.
  283. Rangasayee Krishna ; Bielby Robert N., Programmable logic device architecture incorporating a dedicated cross-bar switch.
  284. Cliff Richard G. ; Heile Francis B. ; Huang Joseph ; Lee Fung Fung ; McClintock Cameron ; Mendel David W. ; Pedersen Bruce B. ; Reddy Srinivas T. ; Sung Chiakang ; Veenstra Kerry ; Wang Bonnie I., Programmable logic device architectures.
  285. Jefferson, David E.; McClintock, Cameron; Schleicher, James; Lee, Andy L.; Mejia, Manuel; Pedersen, Bruce B.; Lane, Christopher F.; Cliff, Richard G.; Reddy, Srinivas T., Programmable logic device architectures with super-regions having logic regions and a memory region.
  286. David E. Jefferson ; Cameron McClintock ; James Schleicher ; Andy L. Lee ; Manuel Mejia ; Bruce B. Pederson ; Christopher F. Lane ; Richard G. Cliff ; Srinivas T. Reddy, Programmable logic device architectures with super-regions having logic regions and memory region.
  287. Lane Christopher F. ; Reddy Srinivas T. ; Cliff Richard G. ; Zaveri Ketan H. ; Pedersen Bruce B. ; Veenstra Kerry, Programmable logic device circuitry for improving multiplier speed and/or efficiency.
  288. Simkins,James M.; Young,Steven P.; Wong,Jennifer; New,Bernard J.; Ching,Alvin Y., Programmable logic device with cascading DSP slices.
  289. Lee Andy L. ; Cliff Richard G. ; Jefferson David ; McClintock Cameron ; Altaf Kurosu R., Programmable logic device with enhanced multiplexing capabilities in interconnect resources.
  290. Lee Andy L. ; Cliff Richard G. ; Jefferson David ; McClintock Cameron ; Altaf Kurosu R., Programmable logic device with enhanced multiplexing capabilities in interconnect resources.
  291. Reddy Srinivas T. ; Cliff Richard G. ; Lane Christopher F. ; Zaveri Ketan H. ; Mejia Manuel M. ; Jefferson David ; Pedersen Bruce B. ; Lee Andy L., Programmable logic device with hierarchical interconnection resources.
  292. Reddy Srinivas T. ; Cliff Richard G. ; Lane Christopher F. ; Zaveri Ketan H. ; Mejia Manuel M. ; Jefferson David ; Pedersen Bruce B. ; Lee Andy L., Programmable logic device with hierarchical interconnection resources.
  293. Reddy, Srinivas T.; Cliff, Richard G.; Lane, Christopher F.; Zaveri, Ketan H.; Mejia, Manuel M.; Jefferson, David; Pedersen, Bruce B.; Lee, Andy L., Programmable logic device with hierarchical interconnection resources.
  294. Reddy, Srinivas T.; Cliff, Richard G.; Lane, Christopher F.; Zaveri, Ketan H.; Mejia, Manuel M.; Jefferson, David; Pedersen, Bruce B.; Lee, Andy L., Programmable logic device with hierarchical interconnection resources.
  295. Srinivas T. Reddy ; Richard G. Cliff ; Christopher F. Lane ; Ketan H. Zaveri ; Manuel M. Mejia ; David Jefferson ; Bruce B. Pedersen ; Andy L. Lee, Programmable logic device with hierarchical interconnection resources.
  296. Craig S. Lytle ; Kerry S. Veenstra, Programmable logic device with highly routable interconnect.
  297. Lytle Craig S. ; Veenstra Kerry S., Programmable logic device with highly routable interconnect.
  298. Simkins,James M.; Young,Steven P.; Wong,Jennifer; New,Bernard J.; Ching,Alvin Y., Programmable logic device with pipelined DSP slices.
  299. Andy L. Lee ; Christopher F. Lane ; Bruce B. Pedersen, Programmable logic devices with enhanced multiplexing capabilities.
  300. Lee Andy L. ; Lane Christopher F. ; Pedersen Bruce B., Programmable logic devices with enhanced multiplexing capabilities.
  301. Lee Andy L. ; Lane Christopher F. ; Pedersen Bruce B., Programmable logic devices with enhanced multiplexing capabilities.
  302. Snyder, Warren, Programmable microcontroller architecture.
  303. Snyder, Warren; Mar, Monte, Programmable microcontroller architecture(mixed analog/digital).
  304. Snyder, Warren; Mar, Monte, Programmable microcontroller architecture(mixed analog/digital).
  305. Thiagarajan, Eashwar; Sivadasan, Mohandas Palatholmana; Rohilla, Gajender; Kutz, Harold; Mar, Monte, Programmable sigma-delta analog-to-digital converter.
  306. Apland James M., Programming architecture for a programmable integrated circuit employing test antifuses and test transistors.
  307. Snyder, Warren; Maheshwari, Dinesh; Ogami, Kenneth; Hastings, Mark, Providing hardware independence to automate code generation of processing device firmware.
  308. Réblewski, Frédéric; LePape, Olivier V., Reconfigurable circuit with redundant reconfigurable cluster(s).
  309. Réblewski,Frédéric, Reconfigurable circuit with redundant reconfigurable cluster(s).
  310. Vorbach, Martin, Reconfigurable elements.
  311. Vorbach, Martin, Reconfigurable elements.
  312. Vorbach, Martin; Baumgarte, Volker, Reconfigurable general purpose processor having time restricted configurations.
  313. Reblewski, Frederic; Lepape, Olivier, Reconfigurable integrated circuit with a scalable architecture.
  314. Vorbach,Martin; M?nch,Robert, Reconfigurable multidimensional array processor allowing runtime reconfiguration of selected individual array cells.
  315. Vorbach, Martin, Reconfigurable sequencer structure.
  316. Vorbach, Martin, Reconfigurable sequencer structure.
  317. Vorbach, Martin, Reconfigurable sequencer structure.
  318. Vorbach, Martin, Reconfigurable sequencer structure.
  319. Vorbach,Martin, Reconfigurable sequencer structure.
  320. Pleis, Matthew A.; Sullam, Bert; Lesher, Todd, Reconfigurable testing system and method.
  321. McClintock Cameron ; Lee Andy L. ; Cliff Richard G., Redundancy circuitry for logic circuits.
  322. McClintock Cameron ; Lee Andy L. ; Cliff Richard G., Redundancy circuitry for logic circuits.
  323. McClintock Cameron ; Lee Andy L. ; Cliff Richard G., Redundancy circuitry for logic circuits.
  324. Kurjanowicz, Wlodek, Reverse optical proximity correction method.
  325. Vorbach, Martin; Bretz, Daniel, Router.
  326. Vorbach,Martin; Bretz,Daniel, Router.
  327. Lewis, David, Routing and programming for resistive switch arrays.
  328. Lewis, David, Routing and programming for resistive switch arrays.
  329. Lewis, David, Routing and programming for resistive switch arrays.
  330. Lewis, David M.; Leventis, Paul; Lee, Andy L.; Johnson, Brian D.; Cliff, Richard; Reddy, Srinivas T.; Lane, Christopher F.; McClintock, Cameron R.; Betz, Vaughn; Wysocki, Chris; Marquardt, Alexander , Routing architecture for a programmable logic device.
  331. Lewis, David M.; Leventis, Paul; Lee, Andy L.; Johnson, Brian D.; Cliff, Richard; Reddy, Srinivas T.; Lane, Christopher F.; McClintock, Cameron R.; Betz, Vaughn; Wysocki, Chris; Marquardt, Alexander , Routing architecture for a programmable logic device.
  332. Ochotta Emil S. ; Wieland Douglas P., Routing architecture using a direct connect routing mesh.
  333. Vorbach Martin,DEX ; Munch Robert,DEX, Run-time reconfiguration method for programmable units.
  334. Vorbach,Martin; M?nch,Robert, Run-time reconfiguration method for programmable units.
  335. Vorbach, Martin; Münch, Robert, Runtime configurable arithmetic and logic cell.
  336. Vorbach, Martin; Münch, Robert, Runtime configurable arithmetic and logic cell.
  337. Réblewski, Frédéric, Runtime reconfiguration of reconfigurable circuits.
  338. R챕blewski,Fr챕d챕ric, Runtime reconfiguration of reconfigurable circuits.
  339. Jang,Tetse; Zhou,Shi dong, Scalable complex programmable logic device with segmented interconnect resources.
  340. Ting Benjamin S. ; Pani Peter M., Scalable multiple level tab oriented interconnect architecture.
  341. Ting Benjamin S. ; Pani Peter M., Scalable multiple level tab oriented interconnect architecture.
  342. Ting Benjamin S. ; Pani Peter M., Scalable multiple level tab oriented interconnect architecture.
  343. Pani, Peter M.; Ting, Benjamin S., Scalable non-blocking switching network for programmable logic.
  344. Pani, Peter M.; Ting, Benjamin S., Scalable non-blocking switching network for programmable logic.
  345. Pani, Peter M.; Ting, Benjamin S., Scalable non-blocking switching network for programmable logic.
  346. Pani, Peter M.; Ting, Benjamin S., Scalable non-blocking switching network for programmable logic.
  347. Pani, Peter M.; Ting, Benjamin S., Scalable non-blocking switching network for programmable logic.
  348. Pani, Peter M.; Ting, Benjamin S., Scalable non-blocking switching network for programmable logic.
  349. Pani, Peter M.; Ting, Benjamin S., Scalable non-blocking switching network for programmable logic.
  350. Pani,Peter M.; Ting,Benjamin S., Scalable non-blocking switching network for programmable logic.
  351. Pani,Peter M.; Ting,Benjamin S., Scalable non-blocking switching network for programmable logic.
  352. Sasaki, Kou, Semiconductor device.
  353. Nemecek, Craig, Sleep and stall in an in-circuit emulation system.
  354. Kurjanowicz, Wlodek, Split-channel antifuse array architecture.
  355. Kapusta, Richard L.; Chan, Caleb, Symmetric logic block input/output scheme.
  356. Elftmann,Daniel; Speers,Theodore; Kundu,Arunangshu, Synchronous first-in/first-out block memory for a field programmable gate array.
  357. Rezeanu, Stefan-Cristian, Synchronous memory with a shadow-cycle counter.
  358. Ogami, Kenneth; Best, Andrew; Zhaksilikov, Marat, System and method for controlling a target device.
  359. Anderson, Douglas H.; Ogami, Kenneth Y., System and method for dynamically generating a configuration datasheet.
  360. Lewis, David M.; Betz, Vaughn; Leventis, Paul; Chan, Michael; McClintock, Cameron R.; Lee, Andy L.; Lane, Christopher F.; Reddy, Srinivas T.; Cliff, Richard, System and method for optimizing routing lines in a programmable logic device.
  361. Ogami, Kenneth Y.; Hood, Frederick R., System and method for performing next placements and pruning of disallowed placements for programming an integrated circuit.
  362. Ogami, Kenneth Y.; Hood, III, Frederick R., System and method for performing next placements and pruning of disallowed placements for programming an integrated circuit.
  363. Sullam, Bert; Snyder, Warren; Mohammed, Haneef, System level interconnect with programmable switching.
  364. Sullam, Bert; Snyder, Warren; Mohammed, Haneef, System level interconnect with programmable switching.
  365. Nsame,Pascal A., System-on-a-Chip structure having a multiple channel bus bridge.
  366. Ogami, Kenneth Y.; Anderson, Doug; Pleis, Matthew; Hood, III, Frederick Redding, Techniques for generating microcontroller configuration information.
  367. Ogami, Kenneth Y.; Anderson, Doug; Pleis, Matthew; Hood, Rick, Techniques for generating microcontroller configuration information.
  368. Venkataraman, Garthik; Kutz, Harold; Mar, Monte, Temperature sensor with digital bandgap.
  369. Ochotta Emil S., Template-based simulated annealing move-set that improves FPGA architectural feature utilization.
  370. Wong Richard J. ; Kolze Paige A., Three-statable net driver for antifuse field programmable gate array.
  371. Mavis David G., Tiered routing architecture for field programmable gate arrays.
  372. Martin Vorbach DE; Robert Munch DE, UNIT FOR PROCESSING NUMERIC AND LOGIC OPERATIONS FOR USE IN CENTRAL PROCESSING UNITS (CPUS), MULTIPROCESSOR SYSTEMS, DATA-FLOW PROCESSORS (DSPS), SYSTOLIC PROCESSORS AND FIELD PROGRAMMABLE GATE ARRAY.
  373. Johnson, Brian D.; Lee, Andy L.; McClintock, Cameron; Powell, Giles V.; Leventis, Paul, Use of dangling partial lines for interfacing in a PLD.
  374. Johnson, Brian D.; Lee, Andy L.; McClintock, Cameron; Powell, Giles V.; Leventis, Paul, Use of dangling partial lines for interfacing in a PLD.
  375. Bartz, Manfred; Zhaksilikov, Marat; Anderson, Doug, User interface for efficiently browsing an electronic document using data-driven tabs.
  376. Agrawal Om P. ; Chang Herman M. ; Sharpe-Geisler Bradley A. ; Tran Giap H., Variable grain architecture for FPGA integrated circuits.
  377. Agrawal Om P. ; Chang Herman M. ; Sharpe-Geisler Bradley A. ; Tran Giap H., Variable grain architecture for FPGA integrated circuits.
  378. Sivadasan, Mohandas Palatholmana; Rohilla, Gajendar, Voltage controlled oscillator delay cell and method.
  379. Mendel David W. ; Fairbanks Brent A. ; Pedersen Bruce B., Wide exclusive or and wide-input and for PLDS.
  380. New Bernard J. ; Young Steven P. ; Bapat Shekhar ; Chaudhary Kamal ; Bauer Trevor J. ; Iwanczuk Roman, Wide logic gate implemented in an FPGA configurable logic element.
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