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    • 1. 发明申请
    • MDS ARRAY CODES WITH OPTIMAL BUILDING
    • MDS阵列代码与最佳建筑
    • US20120278689A1
    • 2012-11-01
    • US13421723
    • 2012-03-15
    • Itzhak TamoZhiying WangJehoshua Bruck
    • Itzhak TamoZhiying WangJehoshua Bruck
    • H03M13/05G06F11/10
    • H03M13/033G06F11/1092H03M13/13
    • MDS array codes are widely used in storage systems to protect data against erasures. The rebuilding ratio problem is addressed and efficient parity codes are proposed. A controller as disclosed is configured for receiving configuration data at the controller that indicates operating features of the array and determining a parity code for operation of the array according to a permutation, wherein the configuration data specifies the array as comprising nodes defined by A=(ai,j) with size rm×k for some integers k, m, and wherein for T={v0, . . . , vk−1}Zrm a subset of vectors of size k, where for each v=(v1, . . . , vm)εT, gcd(v1, . . . , vm, r), where gcd is the greatest common divisor, such that for any l, 0≦l≦r−1, and vεT, the code values are determined by the permutation fvl:[0,rm−1]→[0,rm−1] by fvl(x)=x+lv.
    • MDS阵列代码被广泛应用于存储系统中,以保护数据免遭擦除。 重建比例问题得到解决,并提出了有效的奇偶校验码。 所公开的控制器被配置为在控制器处接收指示阵列的操作特征的配置数据,并根据排列确定用于阵列操作的奇偶校验码,其中配置数据将阵列指定为包括由A =( ai,j),对于一些整数k,m,其大小为rm×k,并且其中对于T = {v0, 。 。 ,vk-1} Zrm是尺寸为k的向量子集,其中对于每个v =(v1,...,vm)&egr; T,gcd(v1,...,vm,r),其中gcd是最大的 对于任何l,0≦̸ l≦̸ r-1和v&egr; T,代码值由置换fv1:[0,rm-1]→[0,rm-1]由fv1 x)= x + lv。
    • 2. 发明申请
    • Method and System of Multimedia Service Performance Monitoring
    • 多媒体服务性能监控方法与系统
    • US20100074126A1
    • 2010-03-25
    • US12447372
    • 2007-11-02
    • Rui ChenZhiying WangNing WangZhijun DaiJinian Liu
    • Rui ChenZhiying WangNing WangZhijun DaiJinian Liu
    • H04L12/26
    • H04L43/0829H04L41/509H04L65/605
    • A method and system of multimedia service performance monitoring is provided. The method comprises the following steps: (a) a reference point acquires and stores the association relationship between multimedia packet identification number and the corresponding multimedia information; (b) a sample point orders the received packets according to the multimedia packet identification numbers, detects the integrality of the packets, and feeds the identification numbers of the lost multimedia packets back to the reference point if there are lost packets; (c) the reference point obtains the corresponding multimedia information according to the identification numbers of the lost multimedia packets returned by the sample point and the stored association relationship between the multimedia packet identification number and the corresponding multimedia information, and then evaluates the multimedia service quality of the sample point. The method and system of multimedia according to the present invention is beneficial to digital copyright management, avoids the extra process of decoding multimedia in the server, and is beneficial to monitor the multimedia service performance for a plurality of receiving ends at the server.
    • 提供多媒体业务性能监控的方法和系统。 该方法包括以下步骤:(a)参考点获取并存储多媒体分组标识号与对应的多媒体信息之间的关联关系; (b)采样点根据多媒体分组标识号对接收到的分组进行排序,检测分组的完整性,并且如果丢失分组则将丢失的多媒体分组的标识号反馈给参考点; (c)参考点根据采样点返回的丢失的多媒体分组的标识号和存储的多媒体分组标识号与对应的多媒体信息之间的关联关系得到相应的多媒体信息,然后评估多媒体业务质量 的采样点。 根据本发明的多媒体的方法和系统有利于数字版权管理,避免了在服务器中解码多媒体的额外处理,有利于监视服务器上多个接收端的多媒体业务性能。
    • 3. 发明授权
    • MDS array codes with optimal building
    • 具有最佳构建的MDS阵列代码
    • US08694866B2
    • 2014-04-08
    • US13421723
    • 2012-03-15
    • Itzhak TamoZhiying WangJehoshua Bruck
    • Itzhak TamoZhiying WangJehoshua Bruck
    • G11C29/00
    • H03M13/033G06F11/1092H03M13/13
    • MDS (maximum distance separable) array codes are widely used in storage systems to protect data against erasures. The rebuilding ratio problem is addressed and efficient parity codes are proposed. A controller as disclosed is configured for receiving configuration data at the controller that indicates operating features of the array and determining a parity code for operation of the array according to a permutation, wherein the configuration data specifies the array as comprising nodes defined by A=(ai,j) with size rm×k for some integers k,m, and wherein for T={v0 , . . . , Vk-1} ⊂Zrm a subset of vectors of size k, where for each v=(v1, . . . , vm)∈T, gcd (v1, . . . , vm, r), where gcd is the greatest common divisor, such that for any l, 0≦l≦r−1, and v ∈T, the code values are determined by the permutation fvl:[0,rm−1]→[0,rm−1]by fvl(x)=x+lv.
    • MDS(最大距离可分离)阵列代码被广泛用于存储系统中以保护数据免遭擦除。 重建比例问题得到解决,并提出了有效的奇偶校验码。 所公开的控制器被配置为在控制器处接收指示阵列的操作特征的配置数据,并根据排列确定用于阵列操作的奇偶校验码,其中配置数据将阵列指定为包括由A =( ai,j),对于一些整数k,m,其大小为rm×k,并且其中对于T = {v0, 。 。 ,Vk-1}⊂Zrm是尺寸为k的向量子集,其中对于每个v =(v1,...,vm)∈T,gcd(v1,...,vm,r),其中gcd是最大的 对于任何l,0≦̸ l≦̸ r-1和v∈T,代码值由置换fv1:[0,rm-1]→[0,rm-1]由fvl x)= x + lv。
    • 4. 发明授权
    • Method and system of multimedia service performance monitoring
    • 多媒体业务性能监控方法与系统
    • US08649278B2
    • 2014-02-11
    • US12447372
    • 2007-11-02
    • Rui ChenZhiying WangNing WangZhijun DaiJinian Liu
    • Rui ChenZhiying WangNing WangZhijun DaiJinian Liu
    • H04L12/26
    • H04L43/0829H04L41/509H04L65/605
    • A method and system of multimedia service performance monitoring is provided. The method comprises the following steps: (a) a reference point acquires and stores the association relationship between multimedia packet identification number and the corresponding multimedia information; (b) a sample point orders the received packets according to the multimedia packet identification numbers, detects the integrality of the packets, and feeds the identification numbers of the lost multimedia packets back to the reference point if there are lost packets; (c) the reference point obtains the corresponding multimedia information according to the identification numbers of the lost multimedia packets returned by the sample point and the stored association relationship between the multimedia packet identification number and the corresponding multimedia information, and then evaluates the multimedia service quality of the sample point.
    • 提供多媒体业务性能监控的方法和系统。 该方法包括以下步骤:(a)参考点获取并存储多媒体分组标识号与对应的多媒体信息之间的关联关系; (b)采样点根据多媒体分组标识号对接收到的分组进行排序,检测分组的完整性,并且如果丢失分组则将丢失的多媒体分组的标识号反馈给参考点; (c)参考点根据由采样点返回的丢失的多媒体分组的标识号和存储的多媒体分组标识号与对应的多媒体信息之间的关联关系得到相应的多媒体信息,然后评估多媒体业务质量 的采样点。
    • 5. 发明申请
    • INFORMATION REPRESENTATION AND CODING FOR NONVOLATILE MEMORIES
    • 非易失性存储器的信息表示和编码
    • US20120096234A1
    • 2012-04-19
    • US13237897
    • 2011-09-20
    • Anxiao JiangBruck JehoshuaZhiying WangHongChao Zhou
    • Anxiao JiangBruck JehoshuaZhiying WangHongChao Zhou
    • G06F12/00
    • G11C11/5678G11C13/0004G11C13/0069
    • A memory device having a plurality of cells, each of which stores a value, where the values of the cells are mapped to discrete levels and the discrete levels represent data, is programmed by determining a maximum number of cell levels in the memory device, and determining the set of values that are associated with each of the cell levels. The maximum number of cell levels for the memory device is determined by an adaptive programming system connected to the memory device, based on a plurality of cell values attained by at least one cell of the memory device, in response to voltage applied by the adaptive programming system to the cells of the memory device. The adaptive programming system associates, for each of the cell levels, a different set of cell values of the plurality of cell values attained by the cells to which voltage is applied. This technique increases the number of cell levels that can be configured in a memory device as compared with conventional techniques, and increases the number of data values that can be programmed into the cells of a memory device.
    • 一种具有多个单元的存储器件,每个单元存储一个值,其中单元的值被映射到离散电平并且离散电平表示数据,通过确定存储器件中的单元电平的最大数量被编程,以及 确定与每个细胞水平相关联的值的集合。 基于由存储器件的至少一个单元获得的多个单元值,响应于由自适应编程所施加的电压,存储器件的单元电平的最大数量由连接到存储器件的自适应编程系统确定 系统到存储设备的单元。 自适应编程系统针对每个单元级别关联由施加电压的单元获得的多个单元值的不同的单元值集合。 与常规技术相比,该技术增加了可以配置在存储器件中的单元级的数量,并且增加了可被编程到存储器件的单元中的数据值的数量。
    • 6. 发明授权
    • Information representation and coding for nonvolatile memories
    • 用于非易失性存储器的信息表示和编码
    • US08780620B2
    • 2014-07-15
    • US13237897
    • 2011-09-20
    • Anxiao JiangBruck JehoshuaZhiying WangHongChao Zhou
    • Anxiao JiangBruck JehoshuaZhiying WangHongChao Zhou
    • G11C13/04
    • G11C11/5678G11C13/0004G11C13/0069
    • A memory device having a plurality of cells, each of which stores a value, where the values of the cells are mapped to discrete levels and the discrete levels represent data, is programmed by determining a maximum number of cell levels in the memory device, and determining the set of values that are associated with each of the cell levels. The maximum number of cell levels for the memory device is determined by an adaptive programming system connected to the memory device, based on a plurality of cell values attained by at least one cell of the memory device, in response to voltage applied by the adaptive programming system to the cells of the memory device. The adaptive programming system associates, for each of the cell levels, a different set of cell values of the plurality of cell values attained by the cells to which voltage is applied. This technique increases the number of cell levels that can be configured in a memory device as compared with conventional techniques, and increases the number of data values that can be programmed into the cells of a memory device.
    • 一种具有多个单元的存储器件,每个单元存储一个值,其中单元的值被映射到离散电平并且离散电平表示数据,通过确定存储器件中的单元电平的最大数量被编程,以及 确定与每个细胞水平相关联的值的集合。 基于由存储器件的至少一个单元获得的多个单元值,响应于由自适应编程所施加的电压,存储器件的单元电平的最大数量由连接到存储器件的自适应编程系统确定 系统到存储设备的单元。 自适应编程系统针对每个单元级别关联由施加电压的单元获得的多个单元值的不同的单元值集合。 与常规技术相比,该技术增加了可以配置在存储器件中的单元级的数量,并且增加了可被编程到存储器件的单元中的数据值的数量。