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    • 1. 发明申请
    • Performing multiple Reed-Solomon (RS) software error correction coding (ECC) Galois field computations simultaneously
    • 同时执行多个Reed-Solomon(RS)软件纠错编码(ECC)伽罗瓦域计算
    • US20070226593A1
    • 2007-09-27
    • US11412390
    • 2006-04-27
    • John MeadKevin McGinnis
    • John MeadKevin McGinnis
    • G11C29/00
    • G11B20/1833G11B2220/2516
    • Performing multiple Reed-Solomon (RS) software error correction coding (ECC) Galois field computations simultaneously in a RISC processor. A novel apparatus and a novel method are presented by which multiple Galois field computations are performed in parallel thereby speeding up the decoding processing and enhancing performance. Processor, memory, and plurality of adders and/or multipliers are implemented appropriately to allow parallel Galois field computations to be performed. Multiplexing can be perform to govern the writing of resultants (generated using the adders and/or multipliers) back to the memory via feedback paths. This approach allows for parallel (as opposed to serial) implementation of the software ECC corrections with minimal area and power impact. In other words, very little space is required to implement this approach is hardware with nominal increase in power consumption, and this slight increase in power consumption provides a significant increase in ECC correction capability using this approach.
    • 在RISC处理器中同时执行多重Reed-Solomon(RS)软件纠错编码(ECC)伽罗瓦域计算。 提出了一种新颖的装置和新颖的方法,由此并行执行多个伽罗瓦域计算,从而加快了解码处理并提高了性能。 处理器,存储器和多个加法器和/或乘法器被适当地实现以允许执行并行伽罗瓦域计算。 可以执行多路复用以通过反馈路径来控制将结果(使用加法器和/或乘法器生成)写入存储器。 这种方法允许以最小的面积和功率影响的并行(而不是串行)实现软件ECC校正。 换句话说,实现这种方法所需的空间很小,这是硬件具有功率消耗的正常增加,并且功耗的这种轻微增加提供了使用这种方法的ECC校正能力的显着增加。
    • 2. 发明申请
    • Clocking Chien searching at different frequency than other Reed-Solomon (RS) ECC decoding functions
    • 时钟Chien搜索不同于其他Reed-Solomon(RS)ECC解码功能的频率
    • US20070198903A1
    • 2007-08-23
    • US11356812
    • 2006-02-17
    • Kevin McGinnisJohn Mead
    • Kevin McGinnisJohn Mead
    • H03M13/00
    • H03M13/1545H03M13/1515
    • Clocking Chien searching at different frequency than other Reed-Solomon (RS) ECC decoding functions. An efficient implementation allows for a fast clock signal to govern the operation of the more computationally and time-intensive portions of the error correction code (ECC) time budget. For example, at least one module and/or decoding function within the ECC decoding is governed by using a first clock signal, and at least one other module and/or decoding function (or all the other modules and/or decoding functions) is/are governed by using a second clock signal. In one implementation of Reed-Solomon (RS) decoding, the Chien searching function is operated using a faster clock signal than at least one other RS error correction decoding function thereby allowing for a significant reduction in area and power than other architectural trade-offs.
    • 时钟Chien搜索不同于其他Reed-Solomon(RS)ECC解码功能的频率。 有效的实现允许快速时钟信号来控制纠错码(ECC)时间预算中更多的计算和时间密集部分的操作。 例如,通过使用第一时钟信号来控制ECC解码内的至少一个模块和/或解码功能,并且至少一个其他模块和/或解码功能(或所有其他模块和/或解码功能)是/ 由第二个时钟信号控制。 在Reed-Solomon(RS)解码的一个实现中,使用比至少一个其他RS纠错解码功能更快的时钟信号来操作Chien搜索功能,从而允许与其他架构权衡相比显着减小面积和功率。
    • 5. 发明申请
    • Video image processing with programmable scripting and remote diagnosis
    • 视频图像处理与可编程脚本和远程诊断
    • US20070046820A1
    • 2007-03-01
    • US11213426
    • 2005-08-26
    • John MeadCarl RuggieroThomas Moxon
    • John MeadCarl RuggieroThomas Moxon
    • H04N17/00H04N3/27H04N5/14
    • H04N5/145H04N7/012H04N9/8042H04N17/04
    • This document discusses, among other things, systems and methods for receiving a local input video signal, processing the video signal, and providing a processed video signal to a local digital television display panel. A communications port includes an Ethernet or other communications network connector for allowing access to the video signal processing system by a remote device. This allows a remote user to remotely diagnose, debug, and even modify operation of the video signal processing system. In certain examples, this involves downloading a Lua script that can take partial or complete control over operation of the video signal processing system from resident instruction code. In certain examples, the video signal processing system includes pipelined image analysis or processing stages. Video signal data intermediate to such processing, or the processed video signal being provided to the local display can be communicated to the remote user.
    • 本文件尤其涉及用于接收本地输入视频信号,处理视频信号以及将处理的视频信号提供给本地数字电视显示面板的系统和方法。 通信端口包括用于允许远程设备访问视频信号处理系统的以太网或其他通信网络连接器。 这允许远程用户远程诊断,调试,甚至修改视频信号处理系统的操作。 在某些例子中,这涉及到下载一个Lua脚本,该脚本可以从驻留指令代码部分或完全控制视频信号处理系统的操作。 在某些示例中,视频信号处理系统包括流水线图像分析或处理阶段。 被提供给本地显示器的中间的视频信号数据或被提供给本地显示器的处理的视频信号可以被传送给远程用户。
    • 6. 发明授权
    • Video image processing with programmable scripting and remote diagnosis
    • 视频图像处理与可编程脚本和远程诊断
    • US07872668B2
    • 2011-01-18
    • US11213426
    • 2005-08-26
    • John MeadCarl J. RuggieroThomas Moxon
    • John MeadCarl J. RuggieroThomas Moxon
    • H04N17/00H04N9/64H04N7/173
    • H04N5/145H04N7/012H04N9/8042H04N17/04
    • This document discusses, among other things, systems and methods for receiving a local input video signal, processing the video signal, and providing a processed video signal to a local digital television display panel. A communications port includes an Ethernet or other communications network connector for allowing access to the video signal processing system by a remote device. This allows a remote user to remotely diagnose, debug, and even modify operation of the video signal processing system. In certain examples, this involves downloading a Lua script that can take partial or complete control over operation of the video signal processing system from resident instruction code. In certain examples, the video signal processing system includes pipelined image analysis or processing stages. Video signal data intermediate to such processing, or the processed video signal being provided to the local display can be communicated to the remote user.
    • 本文件尤其涉及用于接收本地输入视频信号,处理视频信号以及将处理的视频信号提供给本地数字电视显示面板的系统和方法。 通信端口包括用于允许远程设备访问视频信号处理系统的以太网或其他通信网络连接器。 这允许远程用户远程诊断,调试,甚至修改视频信号处理系统的操作。 在某些例子中,这涉及到下载一个Lua脚本,该脚本可以从驻留指令代码部分或完全控制视频信号处理系统的操作。 在某些示例中,视频信号处理系统包括流水线图像分析或处理阶段。 被提供给本地显示器的中间的视频信号数据或被提供给本地显示器的处理的视频信号可以被传送给远程用户。
    • 7. 发明授权
    • Methods and structure for dynamic data density in a dynamically mapped mass storage device
    • 动态映射海量存储设备中动态数据密度的方法和结构
    • US07620772B1
    • 2009-11-17
    • US11583331
    • 2006-10-19
    • Bruce A. LiikanenMike L. MallaryJohn MeadEric D. MudamaJohn W. VanLaanenAndrew W. Vogan
    • Bruce A. LiikanenMike L. MallaryJohn MeadEric D. MudamaJohn W. VanLaanenAndrew W. Vogan
    • G06F12/00
    • G11B27/3027G06F2211/1004G11B27/322G11B2220/20
    • Methods and structures for dynamic density control to improve reliability of a dynamically mapped storage device. In a dynamically mapped storage device in which all user supplied logical blocks are dynamically mapped by the storage device controller to physical disk blocks, features and aspects hereof provide for dynamically altering the recording density of user data stored on the storage device. So long as the physical capacity utilization of the storage device permits, new data stored on the device may be stored at lower density to improve reliability in reading back the recorded data. Further features and aspects hereof may reduce the recording density only for data deemed to be critical. Radial (track) density, longitudinal (bit) density, or both may be dynamically controlled to reduce recording density. As physical capacity utilization increases, data previously recorded at lower density may be migrated (re-recorded) at normal higher density.
    • 动态密度控制的方法和结构,以提高动态映射存储设备的可靠性。 在其中所有用户提供的逻辑块由存储设备控制器动态映射到物理磁盘块的动态映射存储设备中,其特征和方面提供动态地改变存储在存储设备上的用户数据的记录密度。 只要存储设备的物理容量利用率允许,存储在设备上的新数据可以以较低密度存储,以提高读回记录数据的可靠性。 本文的其它特征和方面可以仅对于被认为是关键的数据来降低记录密度。 可以动态地控制径向(轨道)密度,纵向(位)密度或两者)以降低记录密度。 随着物理容量利用的增加,以较低密度记录的数据可能以正常较高的密度迁移(重新记录)。