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    • 7. 发明申请
    • Signal path using general-purpose computer for audio processing and audio-driven graphics
    • 使用通用计算机进行音频处理和音频驱动图形的信号路径
    • US20080075305A1
    • 2008-03-27
    • US11520213
    • 2006-09-13
    • Robert P. MadonnaMichael C. SilvaSiegmar K. Eschholz
    • Robert P. MadonnaMichael C. SilvaSiegmar K. Eschholz
    • H03G3/00G06F17/00
    • H04R3/00H04R27/00H04R2227/003H04S7/307
    • An audio system includes a general-purpose computer in the audio signal path to provide, or to enhance, pre-amplification functions. In one embodiment, in response to audio signals from a pre-amplifier, a programmable multimedia controller including the general-purpose computer generates control commands and passes these control commands via a signal path back to the pre-amplifier. In a second embodiment, rather than control a separate pre-amplifier, the programmable multimedia controller itself implements the pre-amplification functions. In yet another embodiment, a power amplifier includes the general-purpose computer and pre-amplification functions are implemented there. Also, a display screen shows a virtual control panel that is used to control the pre-amplification of audio signals. The virtual control panel provides a graphical user interface that simulates, replicates, or replaces with an alternate arrangement, the physical controls and readouts found on the control panel of a physical device. Audio-interactive graphics, images and/or artwork may also be shown on the display screen.
    • 音频系统包括音频信号路径中的通用计算机以提供或增强预放大功能。 在一个实施例中,响应于来自前置放大器的音频信号,包括通用计算机的可编程多媒体控制器产生控制命令,并且经由信号路径将这些控制命令传递回前置放大器。 在第二实施例中,可编程多媒体控制器本身不是控制单独的前置放大器来实现预放大功能。 在另一个实施例中,功率放大器包括通用计算机,并且在那里实现预放大功能。 此外,显示屏幕示出了用于控制音频信号的预放大的虚拟控制面板。 虚拟控制面板提供了一种图形用户界面,可以通过备用布置模拟,复制或替换在物理设备的控制面板上发现的物理控制和读数。 音频交互式图形,图像和/或图稿也可以在显示屏上显示。
    • 8. 发明授权
    • Signal path using general-purpose computer for audio processing and audio-driven graphics
    • 使用通用计算机进行音频处理和音频驱动图形的信号路径
    • US08452427B2
    • 2013-05-28
    • US11520213
    • 2006-09-13
    • Robert P. MadonnaMichael C. SilvaSiegmar K. Eschholz
    • Robert P. MadonnaMichael C. SilvaSiegmar K. Eschholz
    • G06F17/00H03F99/00
    • H04R3/00H04R27/00H04R2227/003H04S7/307
    • An audio system includes a general-purpose computer in the audio signal path to provide, or to enhance, pre-amplification functions. In one embodiment, in response to audio signals from a pre-amplifier, a programmable multimedia controller including the general-purpose computer generates control commands and passes these control commands via a signal path back to the pre-amplifier. In a second embodiment, rather than control a separate pre-amplifier, the programmable multimedia controller itself implements the pre-amplification functions. In yet another embodiment, a power amplifier includes the general-purpose computer and pre-amplification functions are implemented there. Also, a display screen shows a virtual control panel that is used to control the pre-amplification of audio signals. The virtual control panel provides a graphical user interface that simulates, replicates, or replaces with an alternate arrangement, the physical controls and readouts found on the control panel of a physical device. Audio-interactive graphics, images and/or artwork may also be shown on the display screen.
    • 音频系统包括音频信号路径中的通用计算机以提供或增强预放大功能。 在一个实施例中,响应于来自前置放大器的音频信号,包括通用计算机的可编程多媒体控制器产生控制命令,并且经由信号路径将这些控制命令传递回前置放大器。 在第二实施例中,可编程多媒体控制器本身不是控制单独的前置放大器来实现预放大功能。 在另一个实施例中,功率放大器包括通用计算机,并且在那里实现预放大功能。 此外,显示屏幕示出了用于控制音频信号的预放大的虚拟控制面板。 虚拟控制面板提供了一种图形用户界面,可以通过备用布置模拟,复制或替换在物理设备的控制面板上发现的物理控制和读数。 音频交互式图形,图像和/或图稿也可以在显示屏上显示。
    • 9. 发明授权
    • Distributed network synchronization system
    • 分布式网络同步系统
    • US06278718B1
    • 2001-08-21
    • US08705226
    • 1996-08-29
    • Siegmar K. Eschholz
    • Siegmar K. Eschholz
    • H04J306
    • H04J3/0626H04L12/422
    • A distributed synchronization system for use in each node of a distributed asynchronous telecommunications network system that continually monitors and controls the flow of data through an implementing node to prevent dataflow errors due to phase and frequency differences in source and destination nodal clocks, and to control inter-nodal network latency so as to support the transmission of synchronous data. A synchronization data FIFO buffers predetermined fields or portions of fields of a unique frame packet received from a source node before retransmission to a destination node on the network. The frame packet includes a frame synchronization field indicating the beginning of a new frame packet; a payload field containing valid data; and a dead zone field providing bandwidth during which the present invention performs synchronization functions. A frame synchronization subsystem, implemented in a designated master node, guarantees that a frame is released at the beginning of an independently-determined frame regardless of network latency. A word resynchronization subsystem manages the flow of data through the data FIFO of each non-master node, receiving and storing data at the source node's clock rate and transmitting the data according to its own clock, thereby guaranteeing the efficient receipt and transmission of data between asynchronously-communicating nodes.
    • 一种在分布式异步电信网络系统的每个节点中使用的分布式同步系统,其连续地监视和控制通过实施节点的数据流,以防止由于源节点和目的节点时钟的相位和频率差异引起的数据流错误, -nodal网络延迟,以支持同步数据的传输。 同步数据FIFO缓冲从重传前的源节点接收到的唯一帧分组的预定字段或部分字段到网络上的目的地节点。 帧分组包括指示新帧分组的开始的帧同步字段; 包含有效数据的有效载荷字段; 以及提供带宽的死区域,在此期间本发明执行同步功能。 在指定的主节点中实现的帧同步子系统确保在独立确定的帧的开始处释放帧,而不管网络等待时间。 字再同步子系统通过每个非主节点的数据FIFO来管理数据流,以源节点的时钟速率接收和存储数据,并根据其自己的时钟发送数据,从而保证数据的有效接收和传输 异步通信节点。