会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 61. 发明授权
    • Buffer optimization for simultaneous encoding-decoding and pause-catch-up for real time DVD recorder
    • 用于实时DVD刻录机的同时编码解码和暂停追踪的缓冲区优化
    • US06985416B1
    • 2006-01-10
    • US10130014
    • 2000-11-02
    • Shu Lin
    • Shu Lin
    • G11B7/00
    • G11B20/10527G11B2020/1062G11B2020/10722G11B2020/10962
    • A method and system for optimizing performance of a read buffer and a write buffer in a disc media having a feature requiring apparently simultaneous reading and writing. The method includes alternately writing data to the disc media from the write buffer during a write time tW and reading data from the disc media to the read buffer during a read time tR. The read time and the write time are generally separated by a jump time tJ. The write time is selectively controlled so that it is optimized in accordance with respect to the front end read speed, the decoding bit rate, the front end write speed of the recordable media device and the encoding bit rate.
    • 一种用于优化具有要求明显同时读写的特征的盘介质中的读缓冲器和写缓冲器的性能的方法和系统。 该方法包括在写入时间t T W中从写入缓冲器交替地将数据写入盘介质,并且在读取时间期间从盘介质读取数据到读取缓冲器 >。 读取时间和写入时间通常由跳转时间t分开。 选择性地控制写入时间,使得根据前端读取速度,解码比特率,可记录媒体设备的前端写入速度和编码比特率进行优化。
    • 63. 发明授权
    • Low bit rate compression format conversion for improved resolution
    • 低比特率压缩格式转换,提高分辨率
    • US06573941B1
    • 2003-06-03
    • US10127743
    • 2002-04-22
    • Donald Henry WillisShu Lin
    • Donald Henry WillisShu Lin
    • H04N701
    • H04N21/234363H04N7/01H04N7/012H04N7/0135H04N7/12
    • A method for format conversion includes providing a first interlaced video signal including non-progressive video of a first resolution, downconverting fields of the first resolution to fields of a second resolution, and combining and interlacing the fields at a third resolution. The video signal is transmitted at the third resolution. The video signal of the third resolution is deinterlaced to form a progressive format video. The progressive format video is converted to the first non-progressive resolution by alternately adjusting position of the progressive format of the third resolution up and down to make upper and lower fields, respectively, of the first resolution for display.
    • 一种用于格式转换的方法包括提供包括第一分辨率的非逐行视频的第一隔行视频信号,将第一分辨率的场下变频为第二分辨率的场,以及以第三分辨率合并和交织场。 视频信号以第三分辨率传输。 第三分辨率的视频信号被去隔行扫描以形成逐行格式视频。 通过交替地调整第三分辨率的逐行格式的上下位置来逐行格式视频被转换成第一非逐行分辨率,以分别形成用于显示的第一分辨率的上和下场。
    • 66. 发明授权
    • Fast motion estimation for multiple reference pictures
    • 多参考图片的快速运动估计
    • US09253493B2
    • 2016-02-02
    • US11660473
    • 2005-06-07
    • Shu Lin
    • Shu Lin
    • H04N19/105H04N19/142H04N19/51H04N19/573
    • H04N19/142H04N19/105H04N19/176H04N19/51H04N19/573H04N19/58
    • An apparatus and corresponding method for fast motion estimation with multiple reference pictures are provided, where an exemplary video encoder for encoding video signal data for an image block relative to multiple reference pictures includes a fast motion estimator for providing motion vectors corresponding to one of the reference pictures, including a scene detection portion for performing fast motion estimation while excluding reference pictures that fall across a scene change; and where a corresponding method for encoding video signal data for an image block having multiple reference pictures includes receiving a substantially uncompressed image block, detecting a scene change, excluding reference pictures that fall across the scene change, and computing motion vectors corresponding to a difference between the image block and one of the plurality of reference pictures.
    • 提供了一种用于具有多个参考图像的快速运动估计的装置和相应方法,其中用于编码用于图像块的视频信号数据相对于多个参考图像的示例性视频编码器包括快速运动估计器,用于提供与参考图像中的一个相对应的运动矢量 图像,包括用于执行快速运动估计的场景检测部分,同时排除落在场景变化的参考图像; 并且其中用于编码具有多个参考图像的图像块的视频信号数据的相应方法包括:接收基本上未压缩的图像块,检测场景改变,排除落在场景变化之外的参考图像,以及计算与所述场景变化之间的差相对应的运动矢量 所述图像块和所述多个参考图像中的一个。
    • 67. 发明授权
    • Trick mode on bidirectional predictive frames
    • 双向预测帧技巧模式
    • US08705947B2
    • 2014-04-22
    • US10099710
    • 2002-03-14
    • Shu LinDonald Henry Willis
    • Shu LinDonald Henry Willis
    • H04N5/783
    • H04N5/783G06T9/004H04N5/775H04N5/85H04N9/8042H04N21/4325H04N21/440281
    • A method (200) and system (100) for performing a trick mode on a video signal. The method includes the steps of receiving (210) a trick mode command, in response to the trick mode command, repeating (212) a picture in the video signal to form a trick mode video signal in which the picture contains a display indicator; setting (214) the display indicator of the picture being repeated to a predetermined value; and setting (216) the display indicators of subsequent repeated pictures of the picture being repeated to the predetermined value. In one arrangement, the trick mode can be a freeze trick mode, and the picture to be repeated can be a bidirectional predictive picture. In addition, the display indicator can be a temporal reference field having an integer value.
    • 一种用于对视频信号执行特技模式的方法(200)和系统(100)。 该方法包括以下步骤:响应于特技模式命令,接收(210)特技模式命令,重复(212)视频信号中的图像,以形成图像包含显示指示符的特技模式视频信号; 将重复的图像的显示指示器设置(214)到预定值; 并且将重复的图像的后续重复图像的显示指示符设置(216)到预定值。 在一种布置中,特技模式可以是冻结特技模式,并且要重复的图像可以是双向预测图像。 此外,显示指示符可以是具有整数值的时间参考字段。
    • 69. 发明申请
    • UNIVERSAL PACKET LOSS RECOVERY FOR DELIVERY OF REAL-TIME STREAMING MULTIMEDIA CONTENT OVER PACKET-SWITCHED NETWORKS
    • 通过分组交换网络实时流式传输多媒体内容的通用分组丢包恢复
    • US20120110420A1
    • 2012-05-03
    • US13344384
    • 2012-01-05
    • Shu LinHarry TanRobert M. Liang
    • Shu LinHarry TanRobert M. Liang
    • H03M13/00
    • H03M13/29H03M13/293H04L1/0057H04L2001/0093
    • The Universal Packet Loss Recovery System (UPLRS) is capable of recovering end-to-end network packet losses to obtain reliable end-to-end network delivery of multimedia streaming content over IP networks where packet losses appear above the transport layer. The UPLRS incorporates the use of Packet Forward Error Correction Coding (FEC) with packet interleaving processing prior to transport. Packet FEC is an error correction coding method at the packet level to improve link transmission reliability. At the source end of the packet-switching network, the Packet FEC scheme encodes a stream of transport multimedia content packets by including redundant packets in the stream to allow for the recovery of lost packets by the Packet FEC decoder at the user end of the packet-switching network. Since lost packets appear only above the transport layer in the IP network protocol stack, Packet FEC can be viewed as a transport layer or an application layer coding method.
    • 通用分组丢失恢复系统(UPLRS)能够恢复端到端网络分组丢失,以通过IP网络获得可靠的端到端网络传输多媒体流内容,其中分组丢失出现在传输层上方。 UPLRS在传输之前结合使用分组前向纠错编码(FEC)与分组交织处理。 分组FEC是分组级别的纠错编码方法,以提高链路传输的可靠性。 在分组交换网络的源端,分组FEC方案通过在流中包括冗余分组来编码传输多媒体内容分组流,以允许分组FEC解码器在分组的用户端恢复丢失的分组 切换网络。 由于丢失的分组仅出现在IP网络协议栈中的传输层之上,所以分组FEC可以被视为传输层或应用层编码方法。
    • 70. 发明授权
    • Method of disaster recovery for re-writable disk media
    • 可重写磁盘介质的灾难恢复方法
    • US08155504B1
    • 2012-04-10
    • US10129862
    • 2000-11-07
    • Shu Lin
    • Shu Lin
    • H04N5/94
    • G11B27/34G11B20/1217G11B20/18G11B20/1816G11B20/1883G11B27/3027G11B27/329G11B2020/1873G11B2220/20G11B2220/216G11B2220/218G11B2220/2562G11B2220/2575
    • A method for media disaster recovery when recording data to re-writable disk media can include defining a sequence of recordable units (RUs) in the re-writable disk media wherein each RU in the sequence has a maximum data capacity. Data can be sequentially recorded in each RU, in sequence. When data has been completely recorded in an RU, RU metrics can be computed. Subsequently, the computed RU metrics can be stored in an RU information file in the re-writable disk media. Significantly, responsive to a media disaster, for example a power outage, a disaster RU can be identified in the RU information file. Specifically, the disaster RU can be an RU in which data had been incompletely recorded during the media disaster. Upon identifying the disaster RU, the sequential recording of data can resume in an RU next in sequence to the disaster RU.
    • 将数据记录到可重写磁盘介质时的媒体灾难恢复方法可以包括在可重写磁盘介质中定义可记录单元序列(RU),其中序列中的每个RU具有最大数据容量。 数据可以顺序地顺序记录在每个RU中。 当数据被完全记录在RU中时,可以计算RU度量。 随后,所计算的RU度量可被存储在可重写盘介质中的RU信息文件中。 重要的是,响应于媒体灾难,例如断电,可以在RU信息文件中识别灾难RU。 具体来说,灾害RU可以是在媒体灾难期间数据不完整记录的RU。 在识别灾难RU之后,数据的连续记录可以在下一个RU中恢复到RU的顺序。