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    • 1. 发明申请
    • Memory with serial input/output terminals for address and data and method therefor
    • 具有用于地址和数据的串行输入/输出端子的存储器及其方法
    • US20050276141A1
    • 2005-12-15
    • US10854554
    • 2004-05-26
    • Perry PelleyCarlos Greaves
    • Perry PelleyCarlos Greaves
    • G11C7/00G11C11/406
    • G11C11/40618G11C11/406G11C11/40615
    • A memory (10) has a plurality of memory cells, a serial address port (47) for receiving a low voltage high frequency differential address signal, and a serial input/output data port (52, 54) for receiving a high frequency low voltage differential data signal. The memory (10) can operate in one of two different modes, a normal mode and a cache line mode. In cache line mode, the memory can access an entire cache line from a single address. A fully hidden refresh mode allows for timely refresh operations while operating in cache line mode. Data is stored in the memory array (14) by interleaving in multiple sub-arrays (15, 17). During a hidden refresh mode of operation, one sub-array (15) is accessed while another sub-array (17) is refreshed. Two or more of the memories (10) may be chained together to provide a high speed low power memory system.
    • 存储器(10)具有多个存储单元,用于接收低电压高频差分地址信号的串行地址端口(47)和用于接收高频低电压的串行输入/输出数据端口(52,54) 差分数据信号。 存储器(10)可以以两种不同模式之一工作,即正常模式和高速缓存行模式。 在高速缓存行模式下,内存可以从单个地址访问整个高速缓存行。 完全隐藏的刷新模式允许在高速缓存线模式下运行时进行及时的刷新操作。 数据通过在多个子阵列(15,17)中交错存储在存储器阵列(14)中。 在隐藏的刷新操作模式期间,一个子阵列(15)被访问,而另一个子阵列(17)被刷新。 两个或多个存储器(10)可以链接在一起以提供高速低功率存储器系统。
    • 2. 发明申请
    • MEMORY WITH SERIAL INPUT-OUTPUT TERMINALS FOR ADDRESS AND DATA AND METHOD THEREFOR
    • 具有用于地址和数据的串行输入输出终端的存储器及其方法
    • US20070211554A1
    • 2007-09-13
    • US11736231
    • 2007-04-17
    • Perry PellyCarlos Greaves
    • Perry PellyCarlos Greaves
    • G11C8/00
    • G11C11/40618G11C11/406G11C11/40615
    • A memory (10) has a plurality of memory cells, a serial address port (47) for receiving a low voltage high frequency differential address signal, and a serial input/output data port (52, 54) for receiving a high frequency low voltage differential data signal. The memory (10) can operate in one of two different modes, a normal mode and a cache line mode. In cache line mode, the memory can access an entire cache line from a single address. A fully hidden refresh mode allows for timely refresh operations while operating in cache line mode. Data is stored in the memory array (14) by interleaving in multiple sub-arrays (15, 17). During a hidden refresh mode of operation, one sub-array (15) is accessed while another sub-array (17) is refreshed. Two or more of the memories (10) may be chained together to provide a high speed low power memory system.
    • 存储器(10)具有多个存储单元,用于接收低电压高频差分地址信号的串行地址端口(47)和用于接收高频低电压的串行输入/输出数据端口(52,54) 差分数据信号。 存储器(10)可以以两种不同模式之一工作,即正常模式和高速缓存行模式。 在高速缓存行模式下,内存可以从单个地址访问整个高速缓存行。 完全隐藏的刷新模式允许在高速缓存线模式下运行时进行及时的刷新操作。 数据通过在多个子阵列(15,17)中交错存储在存储器阵列(14)中。 在隐藏的刷新操作模式期间,一个子阵列(15)被访问,而另一个子阵列(17)被刷新。 两个或多个存储器(10)可以链接在一起以提供高速低功率存储器系统。
    • 3. 发明申请
    • Network message processing using inverse pattern matching
    • 使用逆模式匹配的网络消息处理
    • US20050108943A1
    • 2005-05-26
    • US10721196
    • 2003-11-25
    • Harold MartinCarlos GreavesThang NguyenJose Nunez
    • Harold MartinCarlos GreavesThang NguyenJose Nunez
    • E05F15/20G01C17/38G01P21/00G01R31/08G06F19/00H04L20060101H04L12/28H04L12/56
    • H04L47/10H04L45/745H04L47/2441
    • Hashing and pattern matching are used in an information processing system to process incoming messages from a network such as an Ethernet-based network. Using hashing and pattern matching increases the efficiency of message acceptance and rejection without increasing software-based processor tasks. A hash function and a pattern matching function are performed on a message received by an information processing system, and the message is selectively accepted based on at least one of a hash result and a pattern matching result. The incoming message can be searched for the existence of patterns and the absence of the patterns. The incoming message can be searched for the existence of multiple patterns. The results of pattern matching can be used not only for acceptance and rejection of messages, but also for other post-receipt tasks such as selective storage of incoming messages according to identified relative priorities or absolute criticality of messages having particular pattern matches.
    • 在信息处理系统中使用散列和模式匹配来处理来自诸如以太网的网络之类的网络的传入消息。 使用散列和模式匹配增加了消息接受和拒绝的效率,而不增加基于软件的处理器任务。 对由信息处理系统接收到的消息执行散列函数和模式匹配功能,并且基于散列结果和模式匹配结果中的至少一个选择性地接受该消息。 可以搜索传入的消息中的模式的存在和模式的缺失。 可以搜索输入的消息以存在多个模式。 模式匹配的结果不仅可以用于消息的接收和拒绝,而且可以用于其他后接收任务,例如根据所识别的相对优先级或具有特定模式匹配的消息的绝对关键性选择性地存储传入消息。
    • 7. 发明申请
    • Network message filtering using hashing and pattern matching
    • 使用散列和模式匹配的网络消息过滤
    • US20050111446A1
    • 2005-05-26
    • US10721201
    • 2003-11-25
    • Carlos GreavesHarold MartinThang NguyenJose Nunez
    • Carlos GreavesHarold MartinThang NguyenJose Nunez
    • H04L12/413H04L12/56H04L12/28
    • H04L49/351H04L49/201H04L49/3018
    • Hashing and pattern matching are used in an information processing system to process incoming messages from a network such as an Ethernet-based network. Using hashing and pattern matching increases the efficiency of message acceptance and rejection without increasing software-based processor tasks. A hash function and a pattern matching function are performed on a message received by an information processing system, and the message is selectively accepted based on at least one of a hash result and a pattern matching result. The incoming message can be searched for the existence of patterns and the absence of the patterns. The incoming message can be searched for the existence of multiple patterns. The results of pattern matching can be used not only for acceptance and rejection of messages, but also for other post-receipt tasks such as selective storage of incoming messages according to identified relative priorities or absolute criticality of messages having particular pattern matches.
    • 在信息处理系统中使用散列和模式匹配来处理来自诸如以太网的网络之类的网络的传入消息。 使用散列和模式匹配增加了消息接受和拒绝的效率,而不增加基于软件的处理器任务。 对由信息处理系统接收到的消息执行散列函数和模式匹配功能,并且基于散列结果和模式匹配结果中的至少一个选择性地接受该消息。 可以搜索传入的消息中的模式的存在和模式的缺失。 可以搜索输入的消息以存在多个模式。 模式匹配的结果不仅可以用于消息的接受和拒绝,而且可以用于其他后接收任务,例如根据所识别的相对优先级或具有特定模式匹配的消息的绝对关键性选择性地存储传入消息。