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    • 2. 发明授权
    • Video telephone system and terminal device therefor
    • 视频电话系统及其终端设备
    • US06850267B2
    • 2005-02-01
    • US10372811
    • 2003-02-26
    • Kazushige HiroiNobukazu KondoKazuchika OgiwaraTooru YokozawaTakeo Tomokane
    • Kazushige HiroiNobukazu KondoKazuchika OgiwaraTooru YokozawaTakeo Tomokane
    • H04N7/14H04Q7/38
    • H04N7/147H04N7/148
    • A terminal device stores in a nonvolatile memory a video encoding method, a size expressed by pixels, a frame rate, a bit rate, and a key frame insertion interval suitable for reception. A receiving side terminal device notifies information to a sending side terminal. According to the information, the sending side terminal device encodes video data obtained by shooting an object and transmits encoded video data. Also, the sending side terminal device cuts, from the video data, video data of a size not exceeding a least size among a size of the video data obtained by the sending side terminal device, a size expressed by pixels suitable for transmission in the sending side terminal device, and a size expressed by pixels suitable for reception in the reception side terminal device. The sending side terminal device encodes and transmits the video data.
    • 终端装置在非易失性存储器中存储视频编码方法,由像素表示的尺寸,帧速率,比特率和适合于接收的关键帧插入间隔。 接收侧终端装置向发送侧终端通知信息。 根据该信息,发送侧终端装置对通过拍摄对象而获得的视频数据进行编码,并发送编码后的视频数据。 此外,发送侧终端装置从视频数据切断由发送侧终端装置获取的视频数据的大小之中的尺寸不超过最小尺寸的视频数据,由适于发送的发送的像素表示的大小 侧终端装置,以及由接收侧终端装置中适合接收的像素表示的尺寸。 发送侧终端装置编码并发送视频数据。
    • 4. 发明授权
    • Information processing system, bus arbiter, and bus controlling method
    • 信息处理系统,总线仲裁器和总线控制方法
    • US06425037B1
    • 2002-07-23
    • US09407064
    • 1999-09-28
    • Nobukazu KondoKoichi OkazawaYukihiro SekiRyuichi HattoriMasaya UmemuraShigemi AdachiKouichi NakaiTakashi Moriyama
    • Nobukazu KondoKoichi OkazawaYukihiro SekiRyuichi HattoriMasaya UmemuraShigemi AdachiKouichi NakaiTakashi Moriyama
    • G06F1300
    • G06F13/364
    • The present invention provides a means for preventing execution of a transaction such as main storage access from obstruction by bus competition with low-speed IO access and improving the bus occupation efficiency. The present invention includes a first bus, a second bus, a plurality of modules connected to both buses, a bus conversion means for performing protocol conversion of information between both buses, a bus arbiter for arbitrating a bus occupation right request of a bus master, and a storage means for storing access data up to a predetermined amount when the access destination is a predetermined module. Each bus master outputs access destination information and when the bus arbiter judges that one of the bus masters issues a bus occupation right request when it performs an access operation, the bus arbiter refers to the access destination information and the data storage status of the storage means and decides whether or not to give a bus occupation right to the bus master.
    • 本发明提供了一种用于防止诸如通过具有低速IO接入的总线竞争阻塞的主存储访问的事务的执行并提高总线占用效率的手段。本发明包括第一总线,第二总线,多个 连接到两个总线的模块,用于在两个总线之间执行信息的协议转换的总线转换装置,用于仲裁总线主机的总线占用权请求的总线仲裁器,以及用于当存储访问数据达到预定量时存储访问数据的存储装置 访问目的地是预定模块。 每个总线主机输出接入目的地信息,当总线仲裁器在执行访问操作时判断其中一个总线主机发出总线占用权请求时,总线仲裁器参考存取装置的访问目的地信息和数据存储状态 并决定是否给予巴士总线职业权。
    • 5. 发明授权
    • Information processing system, bus arbiter, and bus controlling method
    • 信息处理系统,总线仲裁器和总线控制方法
    • US06584530B2
    • 2003-06-24
    • US10173819
    • 2002-06-19
    • Nobukazu KondoKoichi OkazawaYukihiro SekiRyuichi HattoriMasaya UmemuraShigemi AdachiKouichi NakaiTakashi Moriyama
    • Nobukazu KondoKoichi OkazawaYukihiro SekiRyuichi HattoriMasaya UmemuraShigemi AdachiKouichi NakaiTakashi Moriyama
    • G06F1338
    • G06F13/364
    • The present invention provides a means for preventing execution of a transaction such as main storage access from obstruction by bus competition with low-speed IO access and improving the bus occupation efficiency. Apparatus for preventing execution of a transaction such as storage access from obstruction by bus competition with low-speed IO access. The invention includes a first bus, a second bus, a plurality of modules connected to both buses, a bus conversion unit for performing protocol conversion of information between both buses, a bus arbiter for arbitrating a bus occupation right request of a bus master, and a storage for storing access data up to a predetermined amount when the access destination is a predetermined module. Each bus master outputs access destination information and when the bus arbiter judges that one of the bus masters issues a bus occupation right request, the bus arbiter refers to the access destination information and the data storage status of the storage and decides whether to give a bus occupation right to the bus master.
    • 本发明提供了一种用于防止执行诸如主存储器访问的事务的方法,以便通过具有低速IO访问的总线竞争阻塞,并且提高总线占用效率。用于防止执行诸如存储访问以避免总线阻塞的事务的装置 竞争与低速IO访问。 本发明包括第一总线,第二总线,连接到两个总线的多个模块,用于在两个总线之间执行信息协议转换的总线转换单元,用于仲裁总线主机的总线占用权请求的总线仲裁器和 存储器,用于当访问目的地是预定模块时存储高达预定量的访问数据。 每个总线主机输出接入目的地信息,当总线仲裁器判断其中一个总线主机发出总线占用权请求时,总线仲裁器参考存储的访问目的地信息和数据存储状态,并决定是否给出总线 占领权掌握公交车主。
    • 6. 发明授权
    • Information processing apparatus
    • 信息处理装置
    • US06665807B1
    • 2003-12-16
    • US09389228
    • 1999-09-03
    • Nobukazu KondoKoki NoguchiIkuya Kawasaki
    • Nobukazu KondoKoki NoguchiIkuya Kawasaki
    • G06F112
    • G06F13/4059
    • A circuit includes a transmission function of transmitting data together with a source clock synchronized to the data to another module, a reception circuit for receiving the data outputted by the module and a source clock synchronized to the data, and a synchronization circuit for connecting the circuit having a transmission function to the reception circuit are formed on a single-chip integrated circuit. Even if the module connected to the bus is changed, i.e., even if the operation clock frequency of the module of the other party is changed, other modules can be used as they are without making any change. The cost needed at the time of system construction can thus be reduced. Furthermore, as for the aspect of performance, only one synchronization circuit is needed. The increase of latency caused by synchronization can also be suppressed to the minimum.
    • 电路包括将与数据同步的源时钟与数据一起发送的另一模块的发送功能,用于接收模块输出的数据的接收电路和与数据同步的源时钟,以及用于连接电路的同步电路 在单芯片集成电路上形成对接收电路具有传输功能。 即使连接到总线的模块被改变,即使对方的模块的操作时钟频率改变,也可以使用其他模块,而不进行任何改变。 因此可以减少系统建造时所需的成本。 此外,对于性能方面,仅需要一个同步电路。 由同步引起的延迟的增加也可以抑制到最小。