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    • 1. 发明申请
    • BEHAVIORAL SYNTHESIS DEVICE, BEHAVIORAL SYNTHESIS METHOD, AND COMPUTER PROGRAM PRODUCT
    • 行为综​​合设备,行为综合方法和计算机程序产品
    • US20090249262A1
    • 2009-10-01
    • US12409856
    • 2009-03-24
    • Yoshinosuke KatoTakao ToiNoritsugu NakamuraToru AwashimaHirokazu Kami
    • Yoshinosuke KatoTakao ToiNoritsugu NakamuraToru AwashimaHirokazu Kami
    • G06F17/50
    • G06F17/5045
    • A behavioral synthesis device include a profile unit that implements an electronic circuit at a reconfigurable hardware based on a first register transfer level description generated by a behavioral synthesis unit, actuates the implemented electronic circuit, and causes the electric circuit to output profile information from the actuated electronic circuit; and an optimizer that generates optimization information for optimizing a behavioral synthesis carried out by the behavioral synthesis unit based on the profile information that the profile unit causes the electric circuit to output, and outputs the generated optimization information to the behavioral synthesis unit, wherein the behavioral synthesis unit acquires a first behavioral level description, and subjects the acquired first behavioral level description to behavioral synthesis and generates the second register transfer level description based on the optimization information outputted by the optimizer.
    • 行为综​​合装置包括:简档单元,其基于由行为合成单元生成的第一寄存器传送级别描述,在可重新配置的硬件上实现电子电路,致动所实现的电子电路,并且使电路从致动的电路输出简档信息 电子电路; 以及优化器,其基于所述简档单元使所述电路输出的所述简档信息,生成用于优化由所述行为综合单元执行的行为综合的优化信息,并将所生成的优化信息输出到所述行为综合单元,其中, 合成单元获取第一行为级别描述,并且将所获取的第一行为级别描述进行行为综合,并且基于优化器输出的优化信息生成第二寄存器传送级别描述。
    • 2. 发明授权
    • Behavioral synthesis device, behavioral synthesis method, and computer program product
    • 行为综​​合装置,行为综合方法和计算机程序产品
    • US08516414B2
    • 2013-08-20
    • US12409856
    • 2009-03-24
    • Yoshinosuke KatoTakao ToiNoritsugu NakamuraToru AwashimaHirokazu Kami
    • Yoshinosuke KatoTakao ToiNoritsugu NakamuraToru AwashimaHirokazu Kami
    • G06F17/50
    • G06F17/5045
    • A behavioral synthesis device include a profile unit that implements an electronic circuit at a reconfigurable hardware based on a first register transfer level description generated by a behavioral synthesis unit, actuates the implemented electronic circuit, and causes the electric circuit to output profile information from the actuated electronic circuit; and an optimizer that generates optimization information for optimizing a behavioral synthesis carried out by the behavioral synthesis unit based on the profile information that the profile unit causes the electric circuit to output, and outputs the generated optimization information to the behavioral synthesis unit, wherein the behavioral synthesis unit acquires a first behavioral level description, and subjects the acquired first behavioral level description to behavioral synthesis and generates the second register transfer level description based on the optimization information outputted by the optimizer.
    • 行为综​​合装置包括:简档单元,其基于由行为合成单元生成的第一寄存器传送级别描述,在可重新配置的硬件上实现电子电路,致动所实现的电子电路,并且使电路从致动的电路输出简档信息 电子电路; 以及优化器,其基于所述简档单元使所述电路输出的所述简档信息,生成用于优化由所述行为综合单元执行的行为综合的优化信息,并将所生成的优化信息输出到所述行为综合单元,其中, 合成单元获取第一行为级别描述,并且将所获取的第一行为级别描述进行行为综合,并且基于优化器输出的优化信息生成第二寄存器传送级别描述。
    • 4. 发明授权
    • Data processing system for debugging utilizing halts in a parallel device
    • 数据处理系统,用于并行设备中的停止调试
    • US07647485B2
    • 2010-01-12
    • US10927377
    • 2004-08-27
    • Hirokazu KamiTakao ToiToru AwashimaKenichiro AnjoKoichiro FurutaTaro FujiiMasato Motomura
    • Hirokazu KamiTakao ToiToru AwashimaKenichiro AnjoKoichiro FurutaTaro FujiiMasato Motomura
    • G06F9/00
    • G06F11/3624G06F11/3632
    • A data processing device for debugging code for a parallel arithmetic device that includes a plurality of data processing circuits arranged in a matrix and that causes, for each operating cycle, successive transitions of operation states in accordance with object code includes: operation execution means for causing the parallel arithmetic device to execute state transitions by means of the object code; device halt means for temporarily halting the state transitions for each operating cycle; a result output means for reading and supplying as output at least a portion of held data, connection relations, and operation commands of the plurality of data processing circuits of the halted parallel arithmetic device; a resume input means for receiving as input a resume command of the state transitions; and an operation resumption means for causing the operation execution means to resume the state transitions upon input of a resume command.
    • 一种用于并行运算装置调试码的数据处理装置,包括以矩阵形式布置的多个数据处理电路,并且根据目标代码使每个操作周期的操作状态的连续转换包括:操作执行装置,用于引起 所述并行算术装置通过所述目标代码执行状态转换; 设备停止装置,用于暂时停止每个操作周期的状态转换; 结果输出装置,用于读取和提供停止的并行运算装置的多个数据处理电路的保持数据,连接关系和操作命令的至少一部分的输出; 恢复输入装置,用于接收状态转换的恢复命令作为输入; 以及操作恢复装置,用于使得操作执行装置在输入恢复命令时恢复状态转换。
    • 5. 发明申请
    • Data processing system
    • 数据处理系统
    • US20050050522A1
    • 2005-03-03
    • US10927377
    • 2004-08-27
    • Hirokazu KamiTakao ToiToru AwashimaKenichiro AnjoKoichiro FurutaTaro FujiiMasato Motomura
    • Hirokazu KamiTakao ToiToru AwashimaKenichiro AnjoKoichiro FurutaTaro FujiiMasato Motomura
    • G06F11/28G06F15/76G06F15/80
    • G06F11/3624G06F11/3632
    • A data processing device for debugging code for a parallel arithmetic device that includes a plurality of data processing circuits arranged in a matrix and that causes, for each operating cycle, successive transitions of operation states in accordance with object code includes: operation execution means for causing the parallel arithmetic device to execute state transitions by means of the object code; device halt means for temporarily halting the state transitions for each operating cycle; a result output means for reading and supplying as output at least a portion of held data, connection relations, and operation commands of the plurality of data processing circuits of the halted parallel arithmetic device; a resume input means for receiving as input a resume command of the state transitions; and an operation resumption means for causing the operation execution means to resume the state transitions upon input of a resume command.
    • 一种用于并行运算装置调试码的数据处理装置,包括以矩阵形式布置的多个数据处理电路,并且根据目标代码使每个操作周期的操作状态的连续转换包括:操作执行装置,用于引起 所述并行算术装置通过所述目标代码执行状态转换; 设备停止装置,用于暂时停止每个操作周期的状态转换; 结果输出装置,用于读取和提供停止的并行运算装置的多个数据处理电路的保持数据,连接关系和操作命令的至少一部分的输出; 恢复输入装置,用于接收状态转换的恢复命令作为输入; 以及操作恢复装置,用于使得操作执行装置在输入恢复命令时恢复状态转换。
    • 9. 发明授权
    • Array—type computer processor with reduced instruction storage
    • 阵列式计算机处理器,减少指令存储
    • US07650484B2
    • 2010-01-19
    • US11049305
    • 2005-02-03
    • Takeshi InuoNobuki KajiharaTakao ToiTooru AwashimaHirokazu KamiTaro FujiiKenichiro AnjoKouichiro FurutaMasato Motomura
    • Takeshi InuoNobuki KajiharaTakao ToiTooru AwashimaHirokazu KamiTaro FujiiKenichiro AnjoKouichiro FurutaMasato Motomura
    • G06F7/00
    • G06F15/8023G06F9/30036G06F9/3879G06F9/3887
    • An array-type computer processor including a data path unit communicating with a state control unit obtains data of a predetermined number of cooperative partial instruction codes, and operates with temporarily holding only a predetermined number of data-obtained instruction codes comprising cooperative partial instruction codes corresponding to contexts and operation states for the data path unit and the state control unit, respectively, from an external program memory which stores data of a computer program. Every time the operations with the temporarily-held instruction codes, including the corresponding cooperative partial instruction codes, are complete, in accordance with event data entered in the state control unit, the subsequent instruction codes are data obtained as cooperative partial instruction codes respectively corresponding to contexts and operating states, so that the operation according to a computer program can be performed even if the data volume of the computer program is over the storage capacity of the data path unit and the state control unit.
    • 包括与状态控制单元通信的数据路径单元的阵列式计算机处理器获得预定数量的协同部分指令代码的数据,并且暂时保持包含协调部分指令代码对应的预定数量的数据获取指令代码 分别用于存储计算机程序的数据的外部程序存储器的数据路径单元和状态控制单元的上下文和操作状态。 每当具有临时保持的指令代码的操作(包括相应的协同部分指令代码)完成时,根据输入到状态控制单元中的事件数据,后续指令代码是分别对应于 上下文和操作状态,使得即使计算机程序的数据量超过数据路径单元和状态控制单元的存储容量,也可以执行根据计算机程序的操作。
    • 10. 发明授权
    • Array-type computer processor
    • 阵列型计算机处理器
    • US07287146B2
    • 2007-10-23
    • US11048071
    • 2005-02-02
    • Takeshi InuoNobuki KajiharaTakao ToiTooru AwashimaHirokazu KamiTaro FujiiKenichiro AnjoKouichiro FurutaMasato Motomura
    • Takeshi InuoNobuki KajiharaTakao ToiTooru AwashimaHirokazu KamiTaro FujiiKenichiro AnjoKouichiro FurutaMasato Motomura
    • G06F7/00
    • G06F15/8023G06F15/7867
    • An array-type computer processor stops, with a plurality of computer programs held, a state control unit and a data-path unit, upon input of event data for task switching. The array-type computer processor obtains the operation state of the state control unit and the processed data of the data-path unit when stopped, and temporarily holds them for each of a plurality of the computer programs. Upon completion of this, the array-type computer processor reads the operation state and processed data of any other computer program and sets them in the state control unit and data-path unit. Upon completion of this, the array-type computer processor outputs to the state control unit the event data for starting the operation. The state control unit then starts to sequentially transfer the operation state, thereby making it possible to perform the process operations according to a plurality of computer programs in a time-sharing manner.
    • 当输入用于任务切换的事件数据时,阵列式计算机处理器停止,多个计算机程序保持状态控制单元和数据路径单元。 阵列型计算机处理器在停止时获取状态控制单元的操作状态和数据路径单元的处理数据,并且为多个计算机程序中的每一个暂时保存它们。 完成后,阵列型计算机处理器读取任何其他计算机程序的操作状态和处理数据,并将其设置在状态控制单元和数据路径单元中。 完成后,阵列型计算机处理器向状态控制单元输出用于开始操作的事件数据。 状态控制单元然后开始顺序地传送操作状态,从而使得可以以分时方式执行根据多个计算机程序的处理操作。