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    • 2. 发明申请
    • Apparatus and method for processing of security capabilities through in-field upgrades
    • 通过现场升级处理安全能力的装置和方法
    • US20070162972A1
    • 2007-07-12
    • US11330973
    • 2006-01-11
    • Teewoon TanSimon RatnerDarren WilliamsStephen GouldRobert Barrie
    • Teewoon TanSimon RatnerDarren WilliamsStephen GouldRobert Barrie
    • G06F12/14
    • G06F21/76G06F2221/2111
    • A method for upgrading one or more security applications, e.g., anti-spam, anti-virus, intrusion detection/prevention. The method includes deriving a second hardware logic from a security knowledge base. The method includes operating a computing system including a security device. The computer system is coupled to the one or more computer networks, e.g., local area networks, wide area networks, Internet. The security device has one or more security logic processors, which include one or more respective first hardware logic. The method transfers an FPGA image representative of at least the second hardware logic through the computer network to one or more first memory devices. The method includes temporarily halting one or more of the security logic processors at a predetermined portion of the stream of information according to a specific embodiment. The method includes loading the second hardware logic onto the one or more security logic processors while the one or more security logic processors have been paused. The method resumes the operation of the one or more security logic processors.
    • 一种用于升级一个或多个安全应用的方法,例如反垃圾邮件,防病毒,入侵检测/预防。 该方法包括从安全知识库导出第二硬件逻辑。 该方法包括操作包括安全设备的计算系统。 计算机系统耦合到一个或多个计算机网络,例如局域网,广域网,因特网。 安全设备具有一个或多个安全逻辑处理器,其包括一个或多个相应的第一硬件逻辑。 该方法将表示至少第二硬件逻辑的FPGA图像通过计算机网络传送到一个或多个第一存储器件。 该方法包括根据具体实施例暂时停止信息流的预定部分处的一个或多个安全逻辑处理器。 该方法包括在一个或多个安全逻辑处理器已经暂停时将第二硬件逻辑加载到一个或多个安全逻辑处理器上。 该方法恢复一个或多个安全逻辑处理器的操作。
    • 7. 发明申请
    • Fast pattern matching using large compressed databases
    • 使用大型压缩数据库的快速模式匹配
    • US20060193159A1
    • 2006-08-31
    • US11326131
    • 2006-01-04
    • Teewoon TanStephen GouldDarren WilliamsErnest PeltzerRobert Barrie
    • Teewoon TanStephen GouldDarren WilliamsErnest PeltzerRobert Barrie
    • G11C15/00
    • G06F16/9014
    • A pattern matching system includes, in part, a multitude of databases each configured to store and supply compressed data for matching to the received data. The system divides each data stream into a multitude of segments and optionally computes a data pattern from the data stream prior to the division into a multitude of segments. Segments of the data pattern are used to define an address for one or more memory tables. The memory tables are read such that the outputs of one or more memory tables are used to define the address of another memory table. If during any matching cycle, the data retrieved from any of the successively accessed memory tables include an identifier related to any or all previously accessed memory tables, a matched state is detected. A matched state contains information related to the memory location at which the match occurs as well as information related to the matched pattern, such as the match location in the input data stream.
    • 模式匹配系统部分地包括多个数据库,每个数据库被配置为存储和提供压缩数据以匹配所接收的数据。 该系统将每个数据流划分成多个段,并且可选地在分割成多个段之前从数据流计算数据模式。 数据模式的段用于定义一个或多个存储表的地址。 读取存储器表,使得一个或多个存储器表的输出用于定义另一个存储器表的地址。 如果在任何匹配周期期间,从任何连续访问的存储器表中检索的数据包括与任何或所有先前访问的存储器表相关的标识符,则检测到匹配状态。 匹配状态包含与匹配发生的存储器位置有关的信息以及与匹配模式相关的信息,例如输入数据流中的匹配位置。
    • 10. 发明申请
    • APPARATUS AND METHOD FOR HIGH THROUGHPUT NETWORK SECURITY SYSTEMS
    • 高速网络安全系统的设备和方法
    • US20080077793A1
    • 2008-03-27
    • US11859530
    • 2007-09-21
    • Teewoon TanAnthony PlaceDarren WilliamsRobert Barrie
    • Teewoon TanAnthony PlaceDarren WilliamsRobert Barrie
    • H04L9/06
    • H04L9/00G06F21/56G06F21/71G06F21/85H04L63/14H04L2209/125H04L2209/30
    • An accelerated network security system includes, in part, a network security engine and a processing module configured to perform network security functions. The network security engine includes an input module configured to receive input data and generate an intermediate data in response, a core engine configured to perform security function operations on the first intermediate data to generate a first output data, and an output module configured to receive the first output data and generate a processed output data in response. The processing module includes a multitude of processing cores configured to operate concurrently, a memory configured to store processing core instructions and processing core data associated with the multitude of processing cores, and a processing controller configured to periodically allocate to each processing core one or more discrete blocks of processing time. The number of processing core data is greater than the number of processing cores.
    • 加速网络安全系统部分地包括被配置为执行网络安全功能的网络安全引擎和处理模块。 所述网络安全引擎包括被配置为接收输入数据并响应于生成中间数据的输入模块,核心引擎被配置为对所述第一中间数据执行安全功能操作以产生第一输出数据,以及输出模块, 第一输出数据并且响应地产生经处理的输出数据。 处理模块包括被配置为同时操作的多个处理核心,被配置为存储处理核心指令并处理与多个处理核心相关联的核心数据的处理核心;以及处理控制器,被配置为周期性地向每个处理核心分配一个或多个离散的 处理时间块。 处理核心数据的数量大于处理核心数量。