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    • 2. 发明授权
    • Method for processing information fragments and a device having information fragment processing capabilities
    • 用于处理信息片段的方法和具有信息片段处理能力的装置
    • US07986697B2
    • 2011-07-26
    • US12304187
    • 2006-06-13
    • Boaz ShaharLiat KochaviNoam ShefferMichal Shmueli
    • Boaz ShaharLiat KochaviNoam ShefferMichal Shmueli
    • H04L12/28
    • H04L47/10H04L47/34H04L49/90H04L49/9094
    • A device and method for processing information fragments, the method includes: receiving multiple information fragments from multiple communication paths; wherein the each information fragment is associated with a cyclic serial number indicating of a generation time of the information fragment; storing the multiple information fragments in multiple input queues, each input queue being associated with a communication path out of the multiple communication paths; determining whether at least one serial number associated with at least one valid information fragment positioned in a head of one of the multiple input queues is located within a pre-rollout serial number range; mapping, in response to the determination, serial numbers associated with each of the valid information fragment positioned in the heads of the multiple input queues to at least one serial number range that differs from the pre-rollout serial number range; and sending to an output queue information fragment metadata associated with a minimal valued serial number out of the serial numbers associated with each of the valid information fragment positioned in the heads of the multiple input queues.
    • 一种用于处理信息片段的装置和方法,所述方法包括:从多个通信路径接收多个信息片段; 其中每个信息片段与指示信息片段的生成时间的循环序列号相关联; 将多个信息片段存储在多个输入队列中,每个输入队列与多个通信路径中的通信路径相关联; 确定与位于多个输入队列之一的头部中的至少一个有效信息片段相关联的至少一个序列号是否位于预先卷入序列号范围内; 响应于所述确定,将与位于所述多个输入队列的头部中的每个有效信息片段相关联的序列号映射到与所述预先推出序列号范围不同的至少一个序列号范围; 并且将与位于多个输入队列的头部中的每个有效信息片段相关联的序列号中的最小值序列号相关联的数据发送到输出队列信息片段。
    • 4. 发明申请
    • Error correction of balanced codeword sequence
    • 平衡码字序列的纠错
    • US20060153116A1
    • 2006-07-13
    • US10499236
    • 2002-12-17
    • Eyran LidaBoaz Shahar
    • Eyran LidaBoaz Shahar
    • G06F11/00H04J3/08H04B7/14
    • H04L7/0338H03M13/31H04L1/0026H04L1/0045H04L25/14H04L25/4908
    • A method for recoding an input sequence of words, including assigning a respective bit-grade such as a reliability valve depending on sampling phases to at least one of the bits in a first word in the input sequence, deriving candidate words (161, W1, W2) from the first word in response to the respective bit-grade, and inserting one of the candidate words into each of a plurality of candidate sequences (T1, T2, T3), so that each of the candidate sequences contains one of the candidate words. The method further includes adding subsequent words (Wx(t), Wx(t−1), . . . ) to the candidate sequences, the subsequent words consisting of a further candidate word derived from a further word in the input sequence, computing respective sequence parameters for the candidate sequences, based on a relation between the candidate words and the subsequent words in the candidate sequences involving the digital sum variation, selecting one of die candidate sequences (T1) in response to the sequence parameters, and outputting one of the candidate words contained in the selected candidate sequence. For gigabit ethernet using a 8b/10b coding scheme.
    • 一种用于对输入序列进行重新编码的方法,包括根据采样相位将诸如可靠性阀的相应比特等级分配给输入序列中的第一个字中的至少一个比特,导出候选词(161,W 1 ,W 2),并且将候选词中的一个插入到多个候选序列(T 1,T 2,T 3)中的每一个中,使得每个候选序列 包含候选词之一。 该方法还包括将后续字(Wx(t),Wx(t-1),...)添加到候选序列,后续字由由输入序列中的另一个字导出的另外的候选词组成, 基于涉及数字和变化的候选序列中的候选字与后续字之间的关系,候选序列的序列参数,响应于序列参数选择一个候选序列(T 1),并输出其中之一 包含在所选候选序列中的候选词。 对于千兆以太网使用8b / 10b编码方案。
    • 7. 发明授权
    • Deserializer
    • 解串器
    • US07257169B2
    • 2007-08-14
    • US10320774
    • 2002-12-16
    • Boaz ShaharEyran LidaEyal Massad
    • Boaz ShaharEyran LidaEyal Massad
    • H03D1/00
    • H04L7/0338H03M13/31H04L1/0026H04L1/0045H04L25/14H04L25/4908
    • A receiver for deserializing a stream of data bits, including a single clock which is adapted to generate a first plurality of clock phases, and a sample generator which is adapted to sample the stream so as to generate initial data values of each of the bits at times defined by the first plurality of clock phases.The receiver further includes digital circuitry which is adapted to group the initial values into a second plurality of sampling phase sets, according to the clock phases at which the values were sampled, and assign each of the phase sets a respective grade in response to at least some of the initial values. The circuitry selects a decoding phase set from the phase sets in response to the respective grades, and decodes the stream in response to initial values of the decoding phase set to generate decoded values of the consecutive bits.
    • 一种用于反序列化数据比特流的接收机,包括适于产生第一多个时钟相位的单个时钟,以及适于对该流进行采样以便生成每个比特的初始数据值的采样发生器 时间由第一多个时钟相位定义。 接收机还包括数字电路,其适于根据采样值的时钟相位将初始值分组为第二多个采样相位集合,并且响应于至少对每个相位集合分配相应的等级 一些初始值。 该电路根据相应的等级从相位集合中选择解码相位集合,并且响应于设置的解码相位的初始值对该流进行解码以生成连续比特的解码值。
    • 9. 发明申请
    • METHOD FOR PROCESSING INFORMATION FRAGMENTS AND A DEVICE HAVING INFORMATION FRAGMENT PROCESSING CAPABILITIES
    • 处理信息片段的方法和具有信息片段处理能力的装置
    • US20090323710A1
    • 2009-12-31
    • US12304187
    • 2006-06-13
    • Boaz ShaharLiat KochaviNoam ShefferMichal Shmueli
    • Boaz ShaharLiat KochaviNoam ShefferMichal Shmueli
    • H04L12/56
    • H04L47/10H04L47/34H04L49/90H04L49/9094
    • A device and method for processing information fragments, the method includes: receiving multiple information fragments from multiple communication paths; wherein the each information fragment is associated with a cyclic serial number indicating of a generation time of the information fragment; storing the multiple information fragments in multiple input queues, each input queue being associated with a communication path out of the multiple communication paths; determining whether at least one serial number associated with at least one valid information fragment positioned in a head of one of the multiple input queues is located within a pre-rollout serial number range; mapping, in response to the determination, serial numbers associated with each of the valid information fragment positioned in the heads of the multiple input queues to at least one serial number range that differs from the pre-rollout serial number range; and sending to an output queue information fragment metadata associated with a minimal valued serial number out of the serial numbers associated with each of the valid information fragment positioned in the heads of the multiple input queues.
    • 一种用于处理信息片段的装置和方法,所述方法包括:从多个通信路径接收多个信息片段; 其中每个信息片段与指示信息片段的生成时间的循环序列号相关联; 将多个信息片段存储在多个输入队列中,每个输入队列与多个通信路径中的通信路径相关联; 确定与位于多个输入队列之一的头部中的至少一个有效信息片段相关联的至少一个序列号是否位于预先卷入序列号范围内; 响应于所述确定,将与位于所述多个输入队列的头部中的每个有效信息片段相关联的序列号映射到与所述预先推出序列号范围不同的至少一个序列号范围; 并且将与位于多个输入队列的头部中的每个有效信息片段相关联的序列号中的最小值序列号相关联的数据发送到输出队列信息片段。
    • 10. 发明授权
    • Method of prechecking the validity of a write access request
    • 预读写访问请求的有效性的方法
    • US5438670A
    • 1995-08-01
    • US84316
    • 1993-06-25
    • Gigi BarorMoti BeckDan BiranElliot CohenYair HadasBenny KonstantinJonanthan LevyReuven MarkoAharon OstrerRami SabanAlon ShackamBoaz Shahar
    • Gigi BarorMoti BeckDan BiranElliot CohenYair HadasBenny KonstantinJonanthan LevyReuven MarkoAharon OstrerRami SabanAlon ShackamBoaz Shahar
    • G06F9/38G06F12/08G06F12/10G06F15/78G06F12/00
    • G06F9/3802G06F12/0848G06F12/1054G06F15/7832
    • A method and apparatus for prechecking (probing) the validity of an access request for writing result data to an external system prior to executing the instruction that generates the result is provided. This allows instruction execution to continue uninterrupted in the event that the write is allowed. The microprocessor's Address Unit issues a "probe" request to the Memory Management Unit (MMU) via an internal bus while saving the instruction's virtual address in a virtual address buffer local to the Address Unit. The MMU checks the validity of the "probe" request without converting the virtual address to a physical address and issues an access grant signal which is saved by the microprocessor's Execution Unit for subsequent use. The Execution Unit processes the data in parallel to the MMU checking the validity of the probe request. If the virtual address associated with the probe request resulted in an access grant signal, then the Execution Unit issues a write request while the virtual address previously stored in the Address Unit is sent to the MMU for translation to a physical address. Both the write data and the physical address are stored in a buffer in the microprocessor's Bus Interface Unit (BIU) for subsequent transfer to an external system. The data is then written to the external system at the physical address provided by the BIU.
    • 提供了一种用于在执行生成结果的指令之前预先检查(探测)用于将结果数据写入外部系统的访问请求的有效性的方法和装置。 这允许指令执行在允许写入的情况下不间断地继续。 微处理器的地址单元通过内部总线向存储器管理单元(MMU)发出“探测”请求,同时将指令的虚拟地址保存在地址单元本地的虚拟地址缓冲区中。 MMU检查“探测”请求的有效性,而不将虚拟地址转换为物理地址,并发出由微处理器的执行单元保存以供后续使用的访问许可信号。 执行单元与MMU并行处理数据,检查探测请求的有效性。 如果与探测请求相关联的虚拟地址导致访问许可信号,则执行单元发出写请求,而将先前存储在地址单元中的虚拟地址发送到MMU以转换为物理地址。 写入数据和物理地址都存储在微处理器总线接口单元(BIU)中的缓冲器中,以便后续传输到外部系统。 然后将数据以BIU提供的物理地址写入外部系统。