Method of bus configuration to enable device bridging over dissimilar buses
    1.
    发明授权
    Method of bus configuration to enable device bridging over dissimilar buses 有权
    总线配置方法,用于跨不同总线进行设备桥接

    公开(公告)号:US07933281B2

    公开(公告)日:2011-04-26

    申请号:US12206465

    申请日:2008-09-08

    IPC分类号: H04L12/28

    CPC分类号: H04L12/40078 H04L12/40091

    摘要: Several local IEEE1394 buses are bridged together over a second bus type to create a global bus wherein each local bus node is able to address nodes across the global bus without the local nodes being aware of the bridging operation. A bridging device operates by translating local bus node addresses to a global bus for communication over the second bus type. Alternatively, the local bus node identification process is controlled by the bridging device operating as the root node to cause the local nodes to be identified with a node address that is unique for the global network. The second bus type operates as a backbone for the global network and can be any type of communication bus or network with capability to transport the local bus traffic. The bridging devices that interface the local IEEE1394 buses to the backbone contain portals specific to each bus type that can communicate data between the dissimilar buses.

    摘要翻译: 多个本地IEEE1394总线通过第二总线类型桥接在一起以创建全局总线,其中每个局部总线节点能够对全局总线上的节点进行寻址,而本地节点不知道桥接操作。 桥接设备通过将本地总线节点地址转换为全局总线来进行工作,以便在第二总线类型上进行通信。 或者,本地总线节点识别过程由作为根节点操作的桥接设备来控制,以使得本地节点被识别为对于全局网络是唯一的节点地址。 第二总线类型作为全球网络的骨干,可以是具有传输本地总线业务能力的任何类型的通信总线或网络。 将本地IEEE1394总线连接到骨干网的桥接设备包含特定于每种总线类型的门户,可以在不同总线之间传输数据。

    Method of bus configuration to enable device bridging over dissimilar buses
    2.
    发明授权
    Method of bus configuration to enable device bridging over dissimilar buses 有权
    总线配置方法,用于跨不同总线进行设备桥接

    公开(公告)号:US08582576B2

    公开(公告)日:2013-11-12

    申请号:US13076743

    申请日:2011-03-31

    IPC分类号: H04L12/28

    CPC分类号: H04L12/40078 H04L12/40091

    摘要: Several local IEEE1394 buses are bridged together over a second bus type to create a global bus wherein each local bus node is able to address nodes across the global bus without the local nodes being aware of the bridging operation. A bridging device operates by translating local bus node addresses to a global bus for communication over the second bus type. Alternatively, the local bus node identification process is controlled by the bridging device operating as the root node to cause the local nodes to be identified with a node address that is unique for the global network. The second bus type operates as a backbone for the global network and can be any type of communication bus or network with capability to transport the local bus traffic. The bridging devices that interface the local IEEE1394 buses to the backbone contain portals specific to each bus type that can communicate data between the dissimilar buses.

    摘要翻译: 多个本地IEEE1394总线通过第二总线类型桥接在一起以创建全局总线,其中每个局部总线节点能够对全局总线上的节点进行寻址,而本地节点不知道桥接操作。 桥接设备通过将本地总线节点地址转换为全局总线来进行工作,以便在第二总线类型上进行通信。 或者,本地总线节点识别过程由作为根节点操作的桥接设备来控制,以使得本地节点被识别为对于全局网络是唯一的节点地址。 第二总线类型作为全球网络的骨干,可以是具有传输本地总线业务能力的任何类型的通信总线或网络。 将本地IEEE1394总线连接到骨干网的桥接设备包含特定于每种总线类型的门户,可以在不同总线之间传输数据。

    Method of bus configuration to enable device bridging over dissimilar buses
    3.
    发明授权
    Method of bus configuration to enable device bridging over dissimilar buses 有权
    总线配置方法,用于跨不同总线进行设备桥接

    公开(公告)号:US07428222B1

    公开(公告)日:2008-09-23

    申请号:US10789059

    申请日:2004-02-27

    IPC分类号: H04L12/28 G06F13/36

    CPC分类号: H04L12/40078 H04L12/40091

    摘要: Several local IEEE1394 buses are bridged together over a second bus type to create a global bus wherein each local bus node is able to address nodes across the global bus without the local nodes being aware of the bridging operation. A bridging device operates by translating local bus node addresses to a global bus for communication over the second bus type. Alternatively, the local bus node identification process is controlled by the bridging device operating as the root node to cause the local nodes to be identified with a node address that is unique for the global network. The second bus type operates as a backbone for the global network and can be any type of communication bus or network with capability to transport the local bus traffic. The bridging devices that interface the local IEEE1394 buses to the backbone contain portals specific to each bus type that can communicate data between the dissimilar buses.

    摘要翻译: 多个本地IEEE1394总线通过第二总线类型桥接在一起以创建全局总线,其中每个局部总线节点能够对全局总线上的节点进行寻址,而本地节点不知道桥接操作。 桥接设备通过将本地总线节点地址转换为全局总线来进行工作,以便在第二总线类型上进行通信。 或者,本地总线节点识别过程由作为根节点操作的桥接设备来控制,以使得本地节点被识别为对于全局网络是唯一的节点地址。 第二总线类型作为全球网络的骨干,可以是具有传输本地总线业务能力的任何类型的通信总线或网络。 将本地IEEE1394总线连接到骨干网的桥接设备包含特定于每种总线类型的门户,可以在不同总线之间传输数据。

    Method of time stamping to enable device bridging over dissimilar buses
    4.
    发明授权
    Method of time stamping to enable device bridging over dissimilar buses 有权
    时间戳的方法,使得跨不同总线的设备桥接

    公开(公告)号:US07251703B1

    公开(公告)日:2007-07-31

    申请号:US11067075

    申请日:2005-02-25

    IPC分类号: G06F1/00

    摘要: Several local IEEE1394 buses are bridged together over a second bus type to create a global bus wherein each local bus node is able to address nodes across the global bus without the local nodes being aware of the bridging operation. A bridging device operates by translating local bus node addresses to a global bus for communication over the second bus type. Alternatively, the local bus node identification process is controlled by the bridging device operating as the root node to cause the local nodes to be identified with a node address that is unique for the global network. The second bus type operates as a backbone for the global network and can be any type of communication bus or network with capability to transport the local bus traffic. The bridging devices that interface the local IEEE1394 buses to the backbone contain portals specific to each bus type that can communicate data between the dissimilar buses.

    摘要翻译: 多个本地IEEE1394总线通过第二总线类型桥接在一起以创建全局总线,其中每个局部总线节点能够对全局总线上的节点进行寻址,而本地节点不知道桥接操作。 桥接设备通过将本地总线节点地址转换为全局总线来进行工作,以便在第二总线类型上进行通信。 或者,本地总线节点识别过程由作为根节点操作的桥接设备来控制,以使得本地节点被识别为对于全局网络是唯一的节点地址。 第二总线类型作为全球网络的骨干,可以是具有传输本地总线业务能力的任何类型的通信总线或网络。 将本地IEEE1394总线连接到骨干网的桥接设备包含特定于每种总线类型的门户,可以在不同总线之间传输数据。

    TV signal transmission systems and methods
    5.
    发明授权
    TV signal transmission systems and methods 失效
    电视信号传输系统及方法

    公开(公告)号:US5136381A

    公开(公告)日:1992-08-04

    申请号:US407596

    申请日:1989-09-15

    摘要: A hybrid television signal of less transmission power or better signal to noise performance is made up by removing low frequency analog components from the video signal, digitizing them and sending them as data in non-active video portions of the transmitted signal. A two step hybridization process, with the first step removing the line averaged value of the video components of the video signal and the second step removing the remainder of the video components under 200 KHz, is described. Temporal filtering, signal pre-emphasis, compression, time dispersion and double sideband suppressed carrier modulation about a centered carrier are disclosed for reducing peak signal amplitudes and for minimizing co-channel interference to and from NTSC signals. Time dispersion is done horizontally, vertically or both to reduce the peak signal amplitudes. Time dispersion in conjunction with low frequency removal and temporal filtering is preferred. Time dispersing lower frequencies more than higher frequencies contributes to an optimized video display. The resultant signal system is uniquely adapted to a high definition television signal in a limited frequency channel with an NTSC signal.

    摘要翻译: 通过从视频信号中去除低频模拟分量,对它们进行数字化并将其作为发送信号的非有效视频部分中的数据发送来构成具有较少传输功率或更好的信噪比性能的混合电视信号。 描述了两步杂交处理,其中第一步除去视频信号的视频分量的行平均值,第二步除去200KHz以下的其余视频分量。 公开了关于中心载波的时间滤波,信号预加重,压缩,时间色散和双边带抑制的载波调制,用于降低峰值信号幅度并最小化与NTSC信号的共信道干扰。 时间色散在水平,垂直或两者上进行,以减小峰值信号幅度。 优选与低频去除和时间滤波相结合的时间色散。 将较低频率分散到更高频率的时间有助于优化视频显示。 所得信号系统独特地适应于具有NTSC信号的有限频率信道中的高分辨率电视信号。

    Temporal decorrelation of block artifacts
    6.
    发明授权
    Temporal decorrelation of block artifacts 失效
    时间去相关的块文物

    公开(公告)号:US5107348A

    公开(公告)日:1992-04-21

    申请号:US551696

    申请日:1990-07-11

    IPC分类号: H04N7/12 H04N7/26 H04N7/30

    摘要: A video signal comprising a successive series of frames is sub-band coded to derive a plurality of groups of coefficients for each frame. Each group of coefficients comprises a spectral representation of the video content of a respective portion of the frame, which portions are spatially decorrelated relative to the corresponding portions of the immediately preceding and immediately following frames to reduce block artifacts in the reproduced image.

    摘要翻译: 包括连续一系列帧的视频信号被子带编码以导出每个帧的多组系数。 每组系数包括帧的相应部分的视频内容的频谱表示,哪些部分相对于紧接在前和紧随的帧的对应部分在空间上去相关,以减少再现图像中的块伪像。

    High definition television system
    7.
    发明授权
    High definition television system 失效
    高分辨率电视系统

    公开(公告)号:US5029002A

    公开(公告)日:1991-07-02

    申请号:US239155

    申请日:1988-08-31

    摘要: A high definition television system includes an encoder for encoding a video source signal having a horizontal bandwidth of about 28-30 MHz for transmission through a 6 MHz RF channel. The video source signal is provided in the form of a plurality of horizontal video lines occurring at a vertical rate equal to the NTSC field repetition rate and at a predetermined horizontal rate greater than the NTSC horizontal scanning rate. The video lines of the source signal are encoded for transmission at NTSC vertical and horizontal rates, with the lines representing the lower frequencies of the video source signal being transmitted at a higher temporal rate than the lines representing the higher frequencies. The transmitted lines are converted to a plurality of display lines by a receiver for display at a vertical rate equal to the NTSC field repetition rate and at a horizontal rate equal to the predetermined horizontal rate.

    摘要翻译: 高清晰度电视系统包括编码器,用于对具有约28-30MHz的水平带宽的视频源信号进行编码,以通过6MHz RF信道进行传输。 以等于NTSC场重复率的垂直速率并且以比NTSC水平扫描速率大的预定水平速率的多个水平视频行的形式提供视频源信号。 源信号的视频行被编码为以NTSC垂直和水平速率传输,其中表示视频信号源的较低频率的行以比表示较高频率的行更高的时间速率发送。 传输线由接收机转换成多条显示线,以等于NTSC场重复率的垂直速率和等于预定水平速率的水平速率显示。

    Auto tuning for an oscillator
    8.
    发明授权
    Auto tuning for an oscillator 失效
    自动调谐振荡器

    公开(公告)号:US4567447A

    公开(公告)日:1986-01-28

    申请号:US500654

    申请日:1983-06-03

    IPC分类号: H03L7/10 H03L7/00

    CPC分类号: H03L7/10

    摘要: To adjust the free running frequency of a voltage controlled oscillator so that it is close enough to a target frequency for a phase locked loop to lock the frequency, a reference signal is derived from a stable external source. A derived signal is generated from the oscillator. The derived signal and the reference signal are applied to a comparison circuit which examines the relationship of a specific edge of the reference signal at times determined by the signal derived from the oscillator. If the oscillator is within its proper frequency range, the edge of the reference signal will have a certain relationship to the times determined by the derived signal. If this relationship is found to be improper, correction signals are applied to the oscillator. In the preferred embodiment, this occurs in a television receiver where the reference signal is based on a 3.58 megahertz signal. The examination which is made takes an output from a counter which divides by 455, specifically, the 160 count. Times T1 and T2 are developed based on the output of the oscillator. At time T1, the counter output should be low, but at time T2, the counter output should be high. Approximately a 1 microsecond tolerance is provided in both directions. Error is permitted to accumulate during a part of the vertical retrace time. If the error becomes too great, corrective action is taken.

    摘要翻译: 为了调节压控振荡器的自由运行频率,使得其相对于锁相环的目标频率足够接近以锁定频率,从稳定的外部源导出参考信号。 从振荡器产生导出信号。 导出信号和参考信号被施加到比较电路,该比较电路检查参考信号的特定边缘在由由振荡器导出的信号确定的时间之间的关系。 如果振荡器在其适当的频率范围内,参考信号的边沿将与由导出信号确定的时间有一定的关系。 如果发现这种关系不正确,则校正信号被施加到振荡器。 在优选实施例中,这发生在电视接收机中,其中参考信号基于3.58兆赫兹信号。 所进行的检查是从计数器输出455分,特别是160计数。 时间T1和T2是基于振荡器的输出而开发的。 在时间T1,计数器输出应该是低电平,但是在时间T2,计数器输出应该是高电平。 在两个方向上提供大约1微秒的公差。 允许在垂直回扫时间的一部分期间累积误差。 如果错误变得太大,则采取纠正措施。

    CCD Comb filter and demodulation system
    9.
    发明授权
    CCD Comb filter and demodulation system 失效
    CCD梳状滤波和解调系统

    公开(公告)号:US4307414A

    公开(公告)日:1981-12-22

    申请号:US187927

    申请日:1980-09-17

    申请人: Ronald B. Lee

    发明人: Ronald B. Lee

    IPC分类号: H04N9/78 H04N9/535

    CPC分类号: H04N9/78

    摘要: A CCD comb filter and color demodulation system is described for use in a color television receiver. The system includes a CCD comb filter receiving a video signal having interleaved luminance and color components, the latter components including a color subcarrier at a nominal frequency. Preferably, the comb filter includes but two CCD devices which receive the input video signal and apply their sampled outputs to a summer to develop combed luminance components and combed color components which occupy different frequency bands. The combed color components include a color subcarrier and sidebands which are translated upward in frequency by a given multiple of the nominal subcarrier frequency. The latter components are applied to a pair of CCD output filters which are clocked to sample the color components at the given multiple of the nominal subcarrier frequency for developing baseband demodulated color signals. The preferred embodiment also provides on-chip vertical peaking of the combed luminance components.

    摘要翻译: 描述了用于彩色电视接收机的CCD梳状滤波器和彩色解调系统。 该系统包括接收具有交错亮度和颜色分量的视频信号的CCD梳状滤波器,后者的组件包括标称频率的彩色副载波。 优选地,梳状滤波器包括两个CCD装置,其接收输入视频信号并将其采样输出应用于夏季以形成占据不同频带的梳状亮度分量和梳状颜色分量。 精梳颜色分量包括彩色副载波和在频率上以标称副载波频率的给定倍数向上翻译的边带。 后一个组件应用于一对CCD输出滤波器,其被计时以以标称副载波频率的给定倍数采样颜色分量,用于开发基带解调的彩色信号。 优选实施例还提供精梳亮度分量的片上垂直峰化。

    Data transmission over a network with channel bonding
    10.
    发明授权
    Data transmission over a network with channel bonding 有权
    通过通道绑定的网络进行数据传输

    公开(公告)号:US08266265B2

    公开(公告)日:2012-09-11

    申请号:US12241629

    申请日:2008-09-30

    IPC分类号: G06F15/173

    摘要: A system that transmits data over multiple networks receives data packets at a client node and forms a plurality of data aggregates from the data packets. The system then sends a request for a duplicate transmission to a coordinator node on a first network. In response to the request, the system receives a first transmission slot on the first network and a second transmission slot on a second network for transmission of the data aggregates. The system then splits the data aggregates among the first transmission slot and the second transmission slot and transmits the data aggregates on the first transmission slot and the second transmission slot.

    摘要翻译: 通过多个网络传输数据的系统在客户端节点接收数据包,并从数据包中形成多个数据聚合。 然后,系统向第一网络上的协调器节点发送重复传输的请求。 响应于该请求,系统接收第一网络上的第一传输时隙和第二网络上的第二传输时隙,用于传输数据聚合。 然后,系统在第一传输时隙和第二传输时隙之间分割数据聚合,并在第一传输时隙和第二传输时隙上发送数据聚合。