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    • 5. 发明申请
    • Configurable bi-directional bus for communicating between autonomous units
    • 可配置双向总线,用于在自主单元之间进行通信
    • US20050154858A1
    • 2005-07-14
    • US10757673
    • 2004-01-14
    • Kerry KravecAli SaidiJan SlyfieldPascal Tannhof
    • Kerry KravecAli SaidiJan SlyfieldPascal Tannhof
    • G06F13/40G06F15/00
    • G06F13/4027
    • Processing units (PUs) are coupled with a gated bi-directional bus structure that allows the PUs to be cascaded. Each PUn has communication logic and function logic. Each PUn is physically coupled to two other PUs, a PUp and a PUf. The communication logic receives Link Out data from a PUp and sends Link In data to a PUf. The communication logic has register bits for enabling and disabling the data transmission. The communication logic couples the Link Out data from a PUp to the function logic and couples Link In data to the PUp from the function logic in response to the register bits. The function logic receives output data from the PUn and Link In data from the communication logic and forms Link Out data which is coupled to the PUf. The function logic couples Link In data from the PUf to the PUn and to the communication logic.
    • 处理单元(PU)与门控双向总线结构耦合,允许将PU级联。 每个PUn具有通信逻辑和功能逻辑。 每个PUn物理耦合到另外两个PU,PUp和PUf。 通信逻辑从PUp接收Link Out数据,并将Link In数据发送到PUf。 通信逻辑具有用于启用和禁用数据传输的寄存器位。 通信逻辑将链路输出数据从PUp耦合到功能逻辑,并且响应于寄存器位将Link In数据从功能逻辑耦合到PUp。 功能逻辑从通信逻辑的PUn和Link In数据接收输出数据,并形成耦合到PUf的Link Out数据。 功能逻辑将来自PUf的链接数据耦合到PUn和通信逻辑。
    • 8. 发明授权
    • Method and apparatus for driving electronic displays
    • US5598179A
    • 1997-01-28
    • US75943
    • 1993-06-14
    • Noah OrlenAli Saidi
    • Noah OrlenAli Saidi
    • G09G3/36
    • G09G3/3625
    • A processing system (500) addresses an electronic display (100) comprising picture elements (pixels) (108) controlled by a plurality of first and second electrodes (106, 104). The plurality of first electrodes (106) are controlled by a plurality of periodic first drive signals (400) having a predetermined number of time slots independent of data being displayed. The plurality of second electrodes (104) are controlled by a plurality of second drive signals responsive of the data being displayed. The processing system (500) comprises calculating engine (610, 612) calculating from data being received the plurality of second drive signals for one of the plurality of second electrodes (104) for a time slot of the predetermined number of time slots. The calculating engine (610, 612) calculates one of the plurality of drive signals for the one of the plurality of second electrodes (104) as a function of the plurality of periodic first drive signals (400) for the time slot and a selected plurality of pixel values for pixels collectively controlled by the one of the plurality of second electrodes. The calculating engine (610, 612) represents the plurality of periodic first drive signals as a sequency-ordered Walsh-Hadamard transform (WHT) matrix (300) having a number of rows corresponding to the plurality of first electrodes (106) and a number of columns corresponding to the predetermined number of time slots (410-412). An identifier (510) identifies a plurality of hierarchical tree structures (Rows 1-8) corresponding to the WHT matrix (300) representation of the plurality of periodic first drive signals (400). An encoder (1504) encodes the data. A processor processes (510) the encoded data and the hierarchical tree structures (Rows 1-8) identified in the WHT matrix (300) for addressing of the pixels (108) of the electronic display (100).