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    • 1. 发明授权
    • Format calculator for headerless hard disk with embedded servo wedges
    • 磁盘定序器包括一个带嵌入式伺服楔的无头硬盘的格式计算器
    • US6049436A
    • 2000-04-11
    • US339069
    • 1999-06-23
    • Joanne C. Wu
    • Joanne C. Wu
    • G11B20/12G11B5/02
    • G11B20/1258G11B2020/10916G11B2020/1234G11B2020/1282G11B2020/1284
    • A disk sequencer in a headerless disk drive system includes a format calculator that performs arithmetic processing on a frame number to generate frame parameters that indicate the format of a data frame associated with the frame number. The disk sequencer then uses the frame parameters to identify boundaries of data segments during a read or write. Arguments of the arithmetic processing include the frame number, static parameters that indicate fixed field sizes, and zone parameters that depend on the track. The static and zone parameters can be transferred to the disk sequencer during initialization and a seek respectively. The arithmetic processing is completed during processing of a servo sector to permit zero latency accesses. In one embodiment, the zone parameters are less than two words per zone and include a byte count for an ending partial data sector and a number of full data sectors in a first frame. Thus, a small amount memory and bandwidth is required for storage and transmission of zone parameters. The frame parameters generated include a byte count for a beginning partial data sector, a number of full data sectors in the frame, and a byte count for an ending partial data sector.
    • 无头磁盘驱动器系统中的盘定序器包括格式计算器,其对帧号执行算术处理,以生成指示与帧号相关联的数据帧的格式的帧参数。 然后,磁盘定序器在读取或写入期间使用帧参数来识别数据段的边界。 算术处理的参数包括帧号,指示固定字段大小的静态参数,以及依赖于该轨道的区域参数。 静态和区域参数可以分别在初始化和寻道期间传输到磁盘定序器。 算术处理在伺服扇区的处理期间完成,以允许零延迟访问。 在一个实施例中,每个区域的区域参数小于两个字,并且包括第一帧中的结束部分数据扇区和多个完整数据扇区的字节计数。 因此,存储和传输区域参数需要少量的存储器和带宽。 生成的帧参数包括开始的部分数据扇区的字节计数,帧中的全部数据扇区的数量以及结束的部分数据扇区的字节计数。
    • 3. 发明申请
    • Synchronous rate adapter
    • 同步速率适配器
    • US20090119411A1
    • 2009-05-07
    • US12317296
    • 2008-12-22
    • Franklin E. RutherfordJoanne C. Wu
    • Franklin E. RutherfordJoanne C. Wu
    • G06F15/16
    • H04L47/10H04L47/22
    • Systems and methods for transporting client data received at a first rate over an interconnect at a second, higher rate, wherein the client data is combined with dummy data according to a pattern that minimizes the amount of buffer space required to store the received client data. In one embodiment, a method comprises receiving client data at the first rate, buffering the client data, retrieving the client data, combining the client data with dummy data according to the pattern, and transmitting the combined data at the second rate. The pattern comprises K blocks, of which a first number contain P w-bytes of client data, and of which the remainder contain P+1 w-bytes of client data. The remainder of the space in the blocks is stuffed with dummy data. The pattern may also include a residual slot that contains one or more bytes of client data.
    • 用于以第二较高速率在互连上传送以第一速率接收的客户端数据的系统和方法,其中根据最小化存储所接收的客户端数据所需的缓冲空间量的模式,将客户端数据与虚拟数据组合。 在一个实施例中,一种方法包括以第一速率接收客户端数据,缓冲客户端数据,检索客户端数据,根据模式将客户端数据与虚拟数据组合,并以第二速率发送组合数据。 该模式包括K个块,其中第一个数字包含P w个字节的客户端数据,其余部分包含P + 1个w字节的客户端数据。 块中剩余的空格填充有虚拟数据。 该模式还可以包括包含一个或多个客户端数据字节的剩余时隙。
    • 4. 发明授权
    • System and method for receiving data at a first rate and adapting the data for being transported at a second rate
    • 用于以第一速率接收数据并适配用于以第二速率传输的数据的系统和方法
    • US07472199B1
    • 2008-12-30
    • US10401474
    • 2003-03-28
    • Franklin E. RutherfordJoanne C. Wu
    • Franklin E. RutherfordJoanne C. Wu
    • H04L25/02
    • H04L47/10H04L47/22
    • Systems and methods for transporting client data received at a first rate over an interconnect at a second, higher rate, wherein the client data is combined with dummy data according to a pattern that minimizes the amount of buffer space required to store the received client data. In one embodiment, a method comprises receiving client data at the first rate, buffering the client data, retrieving the client data, combining the client data with dummy data according to the pattern, and transmitting the combined data at the second rate. The pattern comprises K blocks, of which a first number contain P w-bytes of client data, and of which the remainder contain P+1 w-bytes of client data. The remainder of the space in the blocks is stuffed with dummy data. The pattern may also include a residual slot that contains one or more bytes of client data.
    • 用于以第二较高速率在互连上传送以第一速率接收的客户端数据的系统和方法,其中根据最小化存储所接收的客户端数据所需的缓冲空间量的模式,将客户端数据与虚拟数据组合。 在一个实施例中,一种方法包括以第一速率接收客户端数据,缓冲客户端数据,检索客户端数据,根据模式将客户端数据与虚拟数据组合,并以第二速率发送组合数据。 该模式包括K个块,其中第一个数字包含P w个字节的客户端数据,其余部分包含P + 1个w字节的客户端数据。 块中剩余的空格填充有虚拟数据。 该模式还可以包括包含一个或多个客户端数据字节的剩余时隙。
    • 5. 发明授权
    • Synchronous rate adapter
    • 同步速率适配器
    • US07934013B2
    • 2011-04-26
    • US12317296
    • 2008-12-22
    • Franklin E. RutherfordJoanne C. Wu
    • Franklin E. RutherfordJoanne C. Wu
    • G06F15/16
    • H04L47/10H04L47/22
    • Systems and methods for transporting client data received at a first rate over an interconnect at a second, higher rate, wherein the client data is combined with dummy data according to a pattern that minimizes the amount of buffer space required to store the received client data. In one embodiment, a method comprises receiving client data at the first rate, buffering the client data, retrieving the client data, combining the client data with dummy data according to the pattern, and transmitting the combined data at the second rate. The pattern comprises K blocks, of which a first number contain P w-bytes of client data, and of which the remainder contain P+1 w-bytes of client data. The remainder of the space in the blocks is stuffed with dummy data. The pattern may also include a residual slot that contains one or more bytes of client data.
    • 用于以第二较高速率在互连上传送以第一速率接收的客户端数据的系统和方法,其中根据最小化存储所接收的客户端数据所需的缓冲空间量的模式,将客户端数据与虚拟数据组合。 在一个实施例中,一种方法包括以第一速率接收客户端数据,缓冲客户端数据,检索客户端数据,根据模式将客户端数据与虚拟数据组合,并以第二速率发送组合数据。 该模式包括K个块,其中第一个数字包含P w个字节的客户端数据,其余部分包含P + 1个w字节的客户端数据。 块中剩余的空格填充有虚拟数据。 该模式还可以包括包含一个或多个客户端数据字节的剩余时隙。
    • 6. 发明授权
    • Hard drive with format calculator for generating sector numbers on track
    • 带有格式计算器的硬盘驱动器,用于在轨上生成扇区号
    • US06487029B1
    • 2002-11-26
    • US09602563
    • 2000-06-22
    • Joanne C. Wu
    • Joanne C. Wu
    • G11B502
    • G11B27/3027G11B5/59633G11B2220/20
    • Disclosed is a headerless hard drive system that includes a head-disk assembly, a servo control logic, and a format calculator. The head-disk assembly includes a set of recordable disks for storing data. Each recordable disk having a plurality of tracks with each track having a plurality of servo wedges for dividing the track into a plurality of data frames. In this arrangement, one data frame is associated with one servo wedge and the tracks do not contain any header information that uniquely identifies the data frames in the tracks. The servo control logic coupled to the head-disk assembly to process the servo wedges for generating a signal that identifies a servo wedge being processed on a track. The format calculator is configured to convert the signal that identifies the servo wedge being processed to an associated sector number on the track. In addition, the format calculator is adapted to compute a set of parameters including ending and beginning split sector sizes and the number of whole sectors in the data frame associated with the servo wedge being processed.
    • 公开了一种无头硬盘驱动器系统,其包括头盘组件,伺服控制逻辑和格式计算器。 头盘组件包括用于存储数据的一组可记录盘。 每个可记录盘具有多个轨道,每个轨道具有多个伺服楔块,用于将轨道分成多个数据帧。 在这种布置中,一个数据帧与一个伺服楔形相关联,并且轨道不包含唯一地标识轨道中的数据帧的任何头部信息。 耦合到磁头 - 磁盘组件的伺服控制逻辑来处理伺服楔形件,用于产生识别在轨道上正在处理的伺服楔的信号。 格式计算器被配置为将标识正在处理的伺服楔形的信号转换成轨道上相关联的扇区号。 此外,格式计算器适于计算一组参数,包括结束和开始的分割扇区大小以及与正被处理的伺服楔相关联的数据帧中的整个扇区的数量。
    • 7. 发明授权
    • Format calculator for headerless hard disk with embedded servo wedges
    • 带无刷硬盘的计算器,带嵌入式伺服楔
    • US6144514A
    • 2000-11-07
    • US177670
    • 1998-10-22
    • Joanne C. Wu
    • Joanne C. Wu
    • G11B20/12G11B5/09
    • G11B20/1258G11B2020/10916G11B2020/1234G11B2020/1282G11B2020/1284
    • A disk sequencer in a headerless disk drive system includes a format calculator that performs arithmetic processing on a frame number to generate frame parameters that indicate the format of a data frame associated with the frame number. The disk sequencer then uses the frame parameters to identify boundaries of data segments during a read or write. Arguments of the arithmetic processing include the frame number, static parameters that indicate fixed field sizes, and zone parameters that depend on the track. The static and zone parameters can be transferred to the disk sequencer during initialization and a seek respectively. The arithmetic processing is completed during processing of a servo sector to permit zero latency accesses. In one embodiment, the zone parameters are less than two words per zone and include a byte count for an ending partial data sector and a number of full data sectors in a first frame. Thus, a small amount memory and bandwidth is required for storage and transmission of zone parameters. The frame parameters generated include a byte count for a beginning partial data sector, a number of full data sectors in the frame, and a byte count for an ending partial data sector.
    • 无头磁盘驱动器系统中的盘定序器包括格式计算器,其对帧号执行算术处理,以生成指示与帧号相关联的数据帧的格式的帧参数。 然后,磁盘定序器在读取或写入期间使用帧参数来识别数据段的边界。 算术处理的参数包括帧号,指示固定字段大小的静态参数,以及依赖于该轨道的区域参数。 静态和区域参数可以分别在初始化和寻道期间传输到磁盘定序器。 算术处理在伺服扇区的处理期间完成,以允许零延迟访问。 在一个实施例中,每个区域的区域参数小于两个字,并且包括第一帧中的结束部分数据扇区和多个完整数据扇区的字节计数。 因此,存储和传输区域参数需要少量的存储器和带宽。 生成的帧参数包括开始的部分数据扇区的字节计数,帧中的全部数据扇区的数量以及结束的部分数据扇区的字节计数。