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    • 1. 发明授权
    • Method for performing copy back operations and flash storage device
    • 执行复印操作和闪存存储设备的方法
    • US08458566B2
    • 2013-06-04
    • US12759822
    • 2010-04-14
    • Chi-Wei PengChien-Chung WuHong-Ching Chen
    • Chi-Wei PengChien-Chung WuHong-Ching Chen
    • G11C29/00
    • G11C5/143G06F12/0246G06F2212/7201G11C16/30
    • The invention provides a method for performing copy back operations. First, a copy back command is sent to a flash memory for reading a first error correction code (ECC) data from a first address. The first ECC data is then received from the flash memory. The first ECC data is then decoded without performing error correction to calculate a fail count of the first ECC data. The fail count is then compared with a first threshold value. When the fail count is less than the first threshold value, a first program command is sent to the flash memory for storing the first ECC data to a second address of the flash memory. When the fail count is less than the first threshold value, the first ECC data is not sent back to the flash memory.
    • 本发明提供一种执行复制操作的方法。 首先,将复制命令发送到闪速存储器,以从第一地址读取第一纠错码(ECC)数据。 然后从闪存接收第一ECC数据。 然后对第一ECC数据进行解码,而不执行纠错以计算第一ECC数据的故障计数。 然后将故障计数与第一阈值进行比较。 当故障计数小于第一阈值时,将第一程序命令发送到闪速存储器,以将第一ECC数据存储到闪速存储器的第二地址。 当故障计数小于第一阈值时,第一ECC数据不发送回闪速存储器。
    • 3. 发明申请
    • METHOD FOR CONTROLLING STORAGE SYSTEM HAVING MULTIPLE NON-VOLATILE MEMORY UNITS AND STORAGE SYSTEM USING THE SAME
    • 用于控制具有多个非易失性存储器单元的存储系统和使用该存储单元的存储系统的方法
    • US20110010512A1
    • 2011-01-13
    • US12500457
    • 2009-07-09
    • Tzu-chieh LinHong-ching ChenYeow-chyi Chen
    • Tzu-chieh LinHong-ching ChenYeow-chyi Chen
    • G06F12/00
    • G06F13/4239
    • A method for controlling a storage system and the storage system using this method are disclosed. In the storage system, at least two memory units share an I/O bus. The shared I/O bus transfers information for each memory unit to execute an operation. The operation has at least one high priority cycle and at least one low priority cycle. When a low priority cycle is overlapped with a high priority cycle, the low priority cycle is suspended, and the high priority cycle is operated first. After the high priority cycle is finished, the suspended low priority cycle is then resumed. By doing so, the shared I/O bus may be used by one memory unit during a busy cycle for another memory unit, during which the latter memory unit does not use the I/O bus. Therefore, the I/O bus can be more efficiently used.
    • 公开了一种使用该方法控制存储系统和存储系统的方法。 在存储系统中,至少两个存储器单元共享I / O总线。 共享I / O总线传送每个存储器单元的信息以执行操作。 该操作具有至少一个高优先级循环和至少一个低优先级循环。 当低优先级周期与高优先级周期重叠时,低优先级周期被暂停,并且首先操作高优先级循环。 高优先级循环结束后,恢复暂停的低优先级循环。 通过这样做,在另一个存储器单元的繁忙周期期间,一个存储器单元可以使用共享的I / O总线,在此期间,后一个存储器单元不使用I / O总线。 因此,可以更有效地使用I / O总线。
    • 7. 发明申请
    • Device and method for connecting interrupted recording
    • 连接中断录音的设备和方法
    • US20090073831A1
    • 2009-03-19
    • US12076644
    • 2008-03-20
    • Wen-Yi WuHong-Ching Chen
    • Wen-Yi WuHong-Ching Chen
    • G11B20/10
    • G11B20/1217G11B7/0045G11B20/10425G11B20/1403G11B27/24G11B2020/10972G11B2020/1268G11B2020/1287G11B2220/216G11B2220/218G11B2220/2537
    • This invention provides an optical storage device for recording a plurality of data onto an optical storage medium. If recording interrupted, the optical storage device generates a data-interrupted address, and re-connects the interrupted data with a data re-connecting physical address. The optical storage device comprises a physical addressing module, a record-interrupt generator, a data recording controller, a data-interrupt address generator and a data-reconnecting physical address generator. The physical addressing module provides a reference physical address for recording data onto the optical storage medium. When detecting the interrupt of data recording, the data-interrupt address generator generates the address of the interrupted data. According to the address of the interrupted data, the data-reconnecting physical address generator generates a data-reconnecting physical address. The optical storage device utilizes the data-reconnecting physical address to continue to record the interrupted data onto the optical storage medium.
    • 本发明提供了一种用于将多个数据记录到光存储介质上的光存储装置。 如果记录中断,光存储设备产生数据中断的地址,并重新连接中断的数据与数据重连物理地址。 光学存储设备包括物理寻址模块,记录中断发生器,数据记录控制器,数据中断地址发生器和数据重新连接的物理地址发生器。 物理寻址模块提供用于在光学存储介质上记录数据的参考物理地址。 当检测到数据记录的中断时,数据中断地址发生器产生中断数据的地址。 根据中断数据的地址,数据重新连接的物理地址发生器产生数据重新连接的物理地址。 光学存储设备利用数据重新连接的物理地址继续将中断的数据记录到光学存储介质上。
    • 9. 发明授权
    • Device and method for connecting interrupted recording
    • 连接中断录音的设备和方法
    • US07379401B2
    • 2008-05-27
    • US10639808
    • 2003-08-13
    • Wen-Yi WuHong-Ching Chen
    • Wen-Yi WuHong-Ching Chen
    • G11B7/00
    • G11B20/1217G11B7/0045G11B20/10425G11B20/1403G11B27/24G11B2020/10972G11B2020/1268G11B2020/1287G11B2220/216G11B2220/218G11B2220/2537
    • This invention provides an optical storage device for recording a plurality of data onto an optical storage medium. If recording interrupted, the optical storage device generates a data-interrupted address, and re-connects the interrupted data with a data re-connecting physical address. The optical storage device comprises a physical addressing module, a record-interrupt generator, a data recording controller, a data-interrupt address generator, and a data-reconnecting physical address generator. The physical addressing module provides a reference physical address for recording data onto the optical storage medium. When detecting the interrupt of data recording, the data-interrupt address generator generates the address of the interrupted data. According to the address of the interrupted data, the data-reconnecting physical address generator generates a data-reconnecting physical address. The optical storage device utilizes the data-reconnecting physical address to continue to record the interrupted data onto the optical storage medium.
    • 本发明提供了一种用于将多个数据记录到光存储介质上的光存储装置。 如果记录中断,光存储设备产生数据中断的地址,并重新连接中断的数据与数据重连物理地址。 光学存储设备包括物理寻址模块,记录中断发生器,数据记录控制器,数据中断地址发生器和数据重连物理地址发生器。 物理寻址模块提供用于在光学存储介质上记录数据的参考物理地址。 当检测到数据记录的中断时,数据中断地址发生器产生中断数据的地址。 根据中断数据的地址,数据重新连接的物理地址发生器产生数据重新连接的物理地址。 光学存储设备利用数据重新连接的物理地址继续将中断的数据记录到光学存储介质上。
    • 10. 发明授权
    • Clock rate adjustment apparatus and method for adjusting clock rate
    • 用于调整时钟频率的时钟速率调整装置和方法
    • US07339405B2
    • 2008-03-04
    • US11346970
    • 2006-02-02
    • Bing-Yu HsiehHong-Ching Chen
    • Bing-Yu HsiehHong-Ching Chen
    • G06F1/08H03K17/00
    • G06F1/08
    • A clock rate adjustment apparatus and a method for adjusting a clock rate of a clock for an optical storage system are provided. The clock rate adjustment apparatus comprises an indication provider, a throughput rate detector, and a clock generator. The method performs the following steps. The indication provider generates an indicatory signal indicating a state of the optical storage system. The throughput rate detector generates a control signal in response to the indicatory signal. The clock generator generates the clock at the clock rate in response to the control signal. The clock rate determined by the clock rate adjustment apparatus may be adjusted dynamically in response to a required minimum clock rate and a variable data rate.
    • 提供了一种时钟速率调整装置和用于调整用于光学存储系统的时钟的时钟速率的方法。 时钟速率调整装置包括指示提供者,吞吐率检测器和时钟发生器。 该方法执行以下步骤。 指示提供者产生指示光存储系统的状态的指示信号。 吞吐率检测器响应于指示信号产生控制信号。 时钟发生器响应于控制信号以时钟速率产生时钟。 可以响应于所需的最小时钟速率和可变数据速率动态地调整由时钟速率调整装置确定的时钟速率。