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    • 3. 发明申请
    • NETWORK INTRUSION PROTECTION SYSTEM
    • 网络侵扰保护系统
    • US20090235355A1
    • 2009-09-17
    • US12049890
    • 2008-03-17
    • Yi CHENTom CHENWin-Harn LIU
    • Yi CHENTom CHENWin-Harn LIU
    • G06F21/00
    • H04L63/0209
    • A network intrusion protection system (NIPS) is built at an important network node, for example, at a boundary router, for filtering network packets containing malicious intrusion/attacking behaviors. A network card of the NIPS includes a microprocessor, a network packet decode procedure and a malicious intrusion packet filtering procedure, for filtering malicious network packets in advance according to header information of the network packets. Then, a central processor of the NIPS is used to parse the contents in the rest network packets, and determine whether the network packets are malicious packets according to an intrusion behavior definition file. The network packets are discarded if the network packets are malicious. Otherwise, the network packets are transferred to computers in internal local area network if the network packets not malicious.
    • 网络入侵保护系统(NIPS)建立在重要的网络节点上,例如边界路由器,用于过滤包含恶意入侵/攻击行为的网络报文。 NIPS的网卡包括微处理器,网络包解码程序和恶意入侵包过滤程序,用于根据网络包的头信息事先过滤恶意网络包。 然后,NIPS的中央处理器用于解析其余网络数据包中的内容,并根据入侵行为定义文件确定网络数据包是否为恶意数据包。 如果网络报文恶意,则丢弃网络报文。 否则,如果网络报文不恶意,则网络报文将传输到内部局域网内的计算机。
    • 4. 发明申请
    • METHOD OF GENERATING IMAGE FILE
    • 生成图像文件的方法
    • US20090185761A1
    • 2009-07-23
    • US12016268
    • 2008-01-18
    • Jiang HETom CHENWin-Harn LIU
    • Jiang HETom CHENWin-Harn LIU
    • G06K9/54
    • G06F8/63G06F11/1464G06F11/1469
    • A method of generating an image file may generate corresponding image files from data units in a first storage device of a source. The method of generating an image file includes generating an image file head according to hardware parameter information of the first storage device; partitioning the first storage device into a plurality of data units with the same size; performing a compression process to compress data in the data units, respectively, thereby generating corresponding compressed data blocks; sequentially storing the compressed data blocks in a data area of the image file; creating an index table to use an index value to record start positions of the data units in the first storage device and positions of the compressed data blocks in the data area into the index table; and creating a file foot information to mark a file length of the image file.
    • 生成图像文件的方法可以从源的第一存储设备中的数据单元生成相应的图像文件。 生成图像文件的方法包括:根据第一存储装置的硬件参数信息生成图像文件头; 将第一存储设备划分成具有相同大小的多个数据单元; 执行压缩处理以分别压缩数据单元中的数据,从而生成相应的压缩数据块; 顺序地将压缩数据块存储在图像文件的数据区域中; 创建索引表以使用索引值来记录第一存储设备中的数据单元的起始位置和数据区域中的压缩数据块的位置到索引表中; 并创建文件脚信息来标记图像文件的文件长度。
    • 6. 发明申请
    • SYSTEM AND METHOD FOR RAPIDLY DIAGNOSING BUGS OF SYSTEM SOFTWARE
    • 系统和方法快速诊断系统软件的BUG
    • US20090132860A1
    • 2009-05-21
    • US11943985
    • 2007-11-21
    • Qing-Biao LIUQin-Ping ZHUANGTom CHENWin-Harn LIU
    • Qing-Biao LIUQin-Ping ZHUANGTom CHENWin-Harn LIU
    • G06F11/00
    • G06F11/366
    • A system and a method for rapidly diagnosing bugs of system software are apply for rapidly localizing a system program fault that causes a system error and then feeding back to a subscriber. First, according to the subscriber's requirement, a program of system fault analysis standard is preset and written into the system. Next, a plurality of fault insertion points is added into a program module of the system according to the subscriber's requirement for the precision of the fault analysis result. Then, fault management information is generated at the fault insertion points during the running process of the system program, and the management information is monitored for collecting relevant system fault data. After that, the collected system fault data is analyzed in real time through the program of system fault analysis standard, so as to obtain the minimum fault set for causing the system error.
    • 用于快速诊断系统软件错误的系统和方法适用于快速定位导致系统错误然后反馈给用户的系统程序故障。 首先,根据用户要求,将系统故障分析标准程序预设并写入系统。 接下来,根据用户对故障分析结果精度的要求,将多个故障插入点添加到系统的程序模块中。 然后在系统程序运行过程中的故障插入点生成故障管理信息,监控管理信息,收集相关系统故障数据。 之后,通过系统故障分析标准程序实时分析收集到的系统故障数据,以获得导致系统错误的最小故障集。
    • 7. 发明申请
    • SYSTEM AND METHOD FOR PARALLEL BURNING USING MULTIPLEX TECHNOLOGY
    • 使用多重技术并行打火的系统和方法
    • US20090085605A1
    • 2009-04-02
    • US11864570
    • 2007-09-28
    • Quan-Jie ZHENGXue-Shan HANJeff SONGJhih-Ren JINTom CHENWin-Harn LIU
    • Quan-Jie ZHENGXue-Shan HANJeff SONGJhih-Ren JINTom CHENWin-Harn LIU
    • H03K19/173
    • G01R31/2868H01L2223/5444
    • A system and method for parallel burning using multiplex technology is used for burning chips of different bus types on the same transmission bus at the same time in parallel. A main control unit divides bandwidth of the transmission bus into different frequency bands, sends a control command including a command for sending data carrying bus signals of designated types, and controls data carrying the bus signals of the designated types to be transmitted in designated frequency bands of the transmission bus. Then, a sending unit sends the data carrying the bus signals of the designated types in the designated frequency band. Finally, receiving units receive the data transmitted in the designated frequency bands, and then output them to a plurality of burners such as to burn the data onto the chips of the designated bus types in parallel.
    • 使用多路复用技术并行烧录的系统和方法用于同时在同一传输总线上同时刻录不同总线类型的芯片。 主控制单元将传输总线的带宽划分成不同的频带,发送包括用于发送携带指定类型的总线信号的数据的命令的控制命令,并且控制携带指定类型的总线信号的数据以指定的频带发送 的传输总线。 然后,发送单元将指定类型的总线信号的数据发送到指定的频带。 最后,接收单元接收在指定频带中发送的数据,然后将它们输出到多个燃烧器,以将数据并行地烧录到指定总线类型的芯片上。
    • 8. 发明申请
    • TESTING DEVICE OF CARD READING INTERFACE AND TESTING METHOD THEREOF
    • 卡读取接口的测试设备及其测试方法
    • US20090083486A1
    • 2009-03-26
    • US11858201
    • 2007-09-20
    • Town CHENQi ZHAOGang ZHOUTom CHENWin-Harn LIU
    • Town CHENQi ZHAOGang ZHOUTom CHENWin-Harn LIU
    • G06F12/00
    • G06F11/2733
    • A testing device and method of card reading interface are applied to a card reading interface including a plurality of memory cards, and are used to integrate memory card interfaces in a memory card slot. The testing device includes memory cards, a switching unit, a connecting part, and a connecting circuit. Wherein, the switching unit receives a switching instruction and selects a corresponding memory card according to the switching instruction. The connecting part is electrically connected between the memory card slot and the switching unit. The connecting circuit is connected between the switching unit and the memory cards, and transmits detection data to the laptop computer. The laptop computer checks the detection data before testing and after testing. Thus, the device and method thereof can detects function normally or not on the memory card slot, and reduces the plugging times from the memory card slot.
    • 卡读取接口的测试装置和方法被应用于包括多个存储卡的读卡接口,并用于将存储卡接口集成在存储卡插槽中。 测试装置包括存储卡,开关单元,连接部分和连接电路。 其中,切换单元接收切换指令,并根据切换指令选择对应的存储卡。 连接部分电连接在存储卡插槽和开关单元之间。 连接电路连接在开关单元和存储卡之间,并将检测数据发送到膝上型计算机。 笔记本电脑在测试和测试之后检查检测数据。 因此,其装置和方法可以在存储卡插槽上正常或不正常地检测功能,并且减少从存储卡插槽的插入时间。
    • 9. 发明申请
    • SYSTEM TESTING METHOD THROUGH SUBSYSTEM PERFORMANCE-BASED GENERATOR
    • 通过基于子系统性能的发电机的系统测试方法
    • US20090228241A1
    • 2009-09-10
    • US12044618
    • 2008-03-07
    • Miao MATom CHENWin-Harn LIU
    • Miao MATom CHENWin-Harn LIU
    • G06F15/00
    • G06F11/3409G06F11/3414G06F11/3419G06F2201/81
    • A system testing method through a subsystem performance-based generator is used to perform tests on a single module performance in a Linux system. The subsystem performance-based generator generates an initial performance testing parameter, and sets a memory occupying space, CPU occupation rate, and I/O performance of a module to be tested according to the testing parameter. After setting the testing parameter, the performance of the whole Linux system is tested through a performance testing tool. Next, another performance testing parameter is generated by the subsystem performance-based generator, and then the system performance test is performed after setting the module to be tested accordingly. Various performance value settings of the module to be tested are dynamically adjusted through the method, and then the performance test of the whole system is performed, so as to accurately find out the bottleneck problem of the performance, thereby improving reliability of the system test.
    • 通过基于子系统性能的生成器的系统测试方法用于对Linux系统中的单个模块性能执行测试。 基于子系统性能的发生器生成初始性能测试参数,并根据测试参数设置要测试的模块的内存占用空间,CPU占用率和I / O性能。 设置测试参数后,通过性能测试工具测试整个Linux系统的性能。 接下来,由基于子系统性能的生成器生成另一个性能测试参数,然后在相应地设置要测试的模块之后执行系统性能测试。 通过该方法动态调整要测试的模块的各种性能值设置,然后进行整个系统的性能测试,以准确找出性能瓶颈问题,从而提高系统测试的可靠性。
    • 10. 发明申请
    • DATA STRUCTURE FOR IMAGE FILE
    • 图像文件的数据结构
    • US20090185762A1
    • 2009-07-23
    • US12016283
    • 2008-01-18
    • Jiang HETom CHENWin-Harn LIU
    • Jiang HETom CHENWin-Harn LIU
    • G06K9/54
    • G06F16/51G06F11/1469
    • A data structure for an image file includes an image file head, a data area, an index table, and file tail information. The image file head records hardware parameter information of a storage device and partitions the storage device into a plurality of data units. The data units are compressed to generate corresponding compressed data blocks. The generated compressed data blocks are stored in the data area. The index table uses an index value to record start positions of the data units and positions of the compressed data blocks in the image file into the index table. The file tail information marks a file length of the image file. During network transmission of the image file, a destination may restore the received compressed data blocks to the corresponding positions.
    • 图像文件的数据结构包括图像文件头,数据区,索引表和文件尾信息。 图像文件头记录存储装置的硬件参数信息,并将存储装置分割成多个数据单元。 数据单元被压缩以产生相应的压缩数据块。 生成的压缩数据块被存储在数据区域中。 索引表使用索引值将图像文件中的数据单元的开始位置和压缩数据块的位置记录到索引表中。 文件尾信息标记图像文件的文件长度。 在图像文件的网络传输期间,目的地可以将接收到的压缩数据块恢复到对应的位置。