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    • 1. 发明授权
    • Integrated controller to process both optical reads and optical writes of multiple optical media
    • 集成控制器,用于处理多个光学介质的光学读取和光学写入
    • US06691203B1
    • 2004-02-10
    • US09652254
    • 2000-08-30
    • Joseph ChenLi-Chun Robert ChenLam DangPaul Phuc TranTom Vu
    • Joseph ChenLi-Chun Robert ChenLam DangPaul Phuc TranTom Vu
    • G06F1200
    • G06F3/061G06F3/0658G06F3/0677G11B20/18H03M13/29H03M13/2909H03M13/293
    • The present invention provides an integrated controller to process both optical reads and optical writes of multiple optical media. The integrated controller includes a host interface; a buffer manager coupled to the host interface; an embedded memory coupled to the buffer manager; an integrated encoding/decoding engine coupled to the buffer manager; a data channel interface coupled to the integrated encoding/decoding engine; and an integrated servo/recording processor coupled to the integrated encoding/decoding engine and the data channel interface, where the integrated servo/recording processor includes a set of write strategies. The present invention provides a controller which integrates the functionality of the conventional controllers into an integrated processor. With the controller in accordance with the present invention, a single drive may be provided which can read CD-based and DVD-based formats, read and write to Write Once Media, and read and write to Rewritable Media. The architecture of the controller is designed such that its manufacture is cost effective and a performance penalty for the host does not occur. In addition, the controller may also be used with conventional optical drives. Thus, with the present invention, the same controller may be used for all conventional optical drives as well as with an integrated drive.
    • 本发明提供一种用于处理多个光学介质的光学读取和光学写入的集成控制器。 集成控制器包括主机接口; 耦合到主机接口的缓冲器管理器; 耦合到缓冲器管理器的嵌入式存储器; 耦合到缓冲器管理器的集成编码/解码引擎; 耦合到所述集成编码/解码引擎的数据信道接口; 以及耦合到集成编码/解码引擎和数据通道接口的集成伺服/记录处理器,其中集成伺服/记录处理器包括一组写入策略。 本发明提供了一种将常规控制器的功能集成到集成处理器中的控制器。 利用根据本发明的控制器,可以提供单个驱动器,其可以读取基于CD的和基于DVD的格式,读写写入一次媒体,以及读写到可重写媒体。 控制器的架构设计使其制造成本有效,并且不会发生主机的性能损失。 此外,控制器也可以与传统的光驱一起使用。 因此,利用本发明,相同的控制器可以用于所有常规光驱以及集成驱动器。
    • 2. 发明授权
    • Method and system for improved audio data retrieval from an optical media
    • 用于从光学介质改进音频数据检索的方法和系统
    • US06829671B1
    • 2004-12-07
    • US09542175
    • 2000-04-04
    • (Paul) Phuc Thanh TranThien-Phuc Nguyen DoTom Vu
    • (Paul) Phuc Thanh TranThien-Phuc Nguyen DoTom Vu
    • G06F1200
    • G11B20/1809G11B20/10527G11B2020/10546
    • The present invention provides a method and system for audio data retrieval from an optical media. The method includes reading a sector of audio data from the optical media, the sector comprising a sector data and a sector sub-code; collecting the sector sub-code; correcting any errors in the sector data in a fixed time period; calculating a time offset between a time for the collecting of the sector sub-code and the fixed time period; and matching the corrected sector data to the sector sub-code based on the calculated time offset. A method and system for retrieving audio data from an optical media has been disclosed. The present invention uses a fixed time period for the sector data error correction process. By using a fixed correction time, the sector data and the sector sub-code can be automatically matched based upon an offset calculated from the fixed correction time. In this manner, the sector data and its corresponding sector sub-code may be accurately matched without the need for complicated algorithms. This saves significant processing resources. The location from which the reading of the audio data is resumed is more accurately determined.
    • 本发明提供了一种用于从光学介质检索音频数据的方法和系统。 该方法包括从光学介质读取音频数据的扇区,该扇区包括扇区数据和扇区子代码; 收集扇区子代码; 在固定时间段内纠正扇区数据中的任何错误; 计算用于收集扇区子代码的时间与固定时间段之间的时间偏移; 以及基于所计算的时间偏移量将校正的扇区数据与扇区子代码进行匹配。 已经公开了一种用于从光学介质中检索音频数据的方法和系统。 本发明使用固定时间段用于扇区数据纠错处理。 通过使用固定校正时间,可以基于从固定校正时间计算的偏移量自动匹配扇区数据和扇区子代码。 以这种方式,可以精确匹配扇区数据及其对应的扇区子代码,而不需要复杂的算法。 这节省了大量的处理资源。 更准确地确定恢复音频数据的读取的位置。
    • 3. 发明授权
    • Method and system for multiple column syndrome generation
    • 多列综合征生成方法与系统
    • US06651208B1
    • 2003-11-18
    • US09542893
    • 2000-04-04
    • Phuc Thanh TranThien-Phuc Nguyen DoTom Vu
    • Phuc Thanh TranThien-Phuc Nguyen DoTom Vu
    • H03M1329
    • H03M13/2909G11B20/18H03M13/29
    • The present invention provides a method and system for syndrome generation for data from an optical media. The method includes reading data bytes for a plurality of columns of a row of the data; reading a plurality of partial syndromes from a memory, each of the plurality of partial syndromes corresponding to one of the plurality of columns; updating each of the plurality of partial syndromes with the data byte of the corresponding column; and writing the plurality of updated partial syndromes into the memory. The present invention obtains data bytes for multiple columns at one time. Syndrome generation is then performed for each column, with the partial syndromes for each column stored in a memory. As the data bytes of subsequent rows of data for multiple columns are obtained, the partial syndromes for each column are read from the memory and loaded into a syndrome generation logic, thus updating the partial syndrome for each column. The updated syndromes are written back into the memory. This continues until the syndromes for all of the rows for the multiple columns have been generated. By storing partial syndromes in a memory, multiple sets of syndrome generation logic is not needed to simultaneously process multiple columns of data bytes, thus avoiding a space penalty for the controller. Since multiple columns are read at one time, fewer clock cycles are required to access the data bytes, saving time. Therefore, clock cycle penalties are decreased while also avoiding a space penalty for the controller.
    • 本发明提供了一种用于来自光学介质的数据的校正子产生的方法和系统。 该方法包括读取数据行的多列的数据字节; 从存储器读取多个部分综合征,所述多个部分综合征中的每一个对应于所述多个列之一; 用相应列的数据字节更新多个部分综合征中的每一个; 以及将所述多个更新的部分综合征写入所述存储器。 本发明一次获得多列的数据字节。 然后对每列执行综合征生成,每列的部分综合征存储在存储器中。 随着获得多列的后续数据行的数据字节,从存储器中读取每列的部分校正子,并将其加载到校正子生成逻辑中,从而更新每列的部分校正子。 更新的综合征被写回到内存中。 这一直持续到多列的所有行的综合征已被生成。 通过将部分综合征存储在存储器中,不需要多套校正子生成逻辑来同时处理多列数据字节,从而避免了控制器的空间损失。 由于同时读取多个列,所以访问数据字节需要更少的时钟周期,从而节省时间。 因此,时钟周期损失减少,同时也避免了控制器的空间损失。