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    • 2. 发明授权
    • Method and system for testing websites
    • 网站测试方法和系统
    • US08327271B2
    • 2012-12-04
    • US12795553
    • 2010-06-07
    • Edward F. Miller
    • Edward F. Miller
    • G06F3/00
    • G06F17/2247G06F11/3664H04L29/08846H04L43/50H04L67/02H04L67/28H04L67/2819H04L67/2842H04L67/289H04L69/329
    • A method and system is provided for testing and analyzing websites via a test-enabled web browser. In the representative embodiment a user controls a test-enabled web browser via a set of pull-down menus, thereby choosing between alternative testing and analysis functional capabilities, selecting files in which to store recordings (scripts), choosing files into which to place test results and messages, and setting various parameters that affect how the testing and analysis functions are performed. When the user requests it, the representative embodiment provides for deep recording of user interactions as they relate to a specific web page currently on display in the browser view area, for extracting key information from the current web page sufficient to validate that a future playback does or does not produce the same effects on the chosen website page, for playing back a prior recording to confirm that a website page continues to pass the user-defined tests, and for providing detailed analyses based on the specific contents of the current website page. The general result of systematic use of the test-enabled browser on websites is improved content quality, demonstrated website server behavior for deep tests, quicker delivery by the website server, and better serviceability for e-business.
    • 提供了一种方法和系统,用于通过支持测试的Web浏览器来测试和分析网站。 在代表性的实施例中,用户通过一组下拉菜单来控制启用测试的web浏览器,从而在备选测试和分析功能能力之间进行选择,选择用于存储记录(脚本)的文件,选择要放置测试的文件 结果和消息,并设置影响测试和分析功能执行的各种参数。 当用户请求时,代表性实施例提供用户交互的深度记录,因为它们与当前在浏览器视图区域中显示的特定网页相关,用于从当前网页提取足以验证未来播放的密钥信息 或者在所选择的网站页面上不产生相同的效果,用于回放先前的记录以确认网站页面继续通过用户定义的测试,并且基于当前网站页面的具体内容提供详细的分析。 系统使用测试启用浏览器在网站上的一般结果是提高了内容质量,展示了深度测试的网站服务器行为,网站服务器更快的交付和更好的电子商务可用性。
    • 3. 发明申请
    • DATA STORAGE SYSTEM AND DATA STORAGE PROGRAM
    • 数据存储系统和数据存储程序
    • US20110022813A1
    • 2011-01-27
    • US12514289
    • 2008-11-04
    • Shuji Yatsuki
    • Shuji Yatsuki
    • G06F12/02G06F12/00
    • G06F17/30315G06F11/1435G06F11/1441G06F11/1474
    • Atomic data are stored in blocks on a hard disk. The blocks are grouped into a committed block aggregate P1, which exists only on the hard disk, a next-generation committed block aggregate C1, which is converted into a committed block aggregate at predetermined times, and an atomic block aggregate S3, which is created for every user based on the committed block aggregate C1. User A makes desired data changes to S3. When user A terminates the data processing, the block aggregate storing the data is merged, like from the atomic block aggregate S4 to committed block aggregate C2, and stored on the hard disk as a committed block aggregate P3.
    • 原子数据存储在硬盘上的块中。 块被分组为只存在于硬盘上的提交块聚合P1,下一代提交块聚合C1,其在预定时间被转换为提交块聚合,并且创建了原子块聚集S3 针对每个用户基于承诺块聚合C1。 用户A对S3进行所需的数据更改。 当用户A终止数据处理时,存储数据的块聚合从原子块聚合S4到承诺块聚合C2合并,并作为承诺块聚合P3存储在硬盘上。
    • 7. 发明申请
    • MULTI-LEVEL CELL FLASH MEMORY
    • 多级电池闪存
    • US20090262577A1
    • 2009-10-22
    • US12495078
    • 2009-06-30
    • Yasuyuki TANAKA
    • Yasuyuki TANAKA
    • G11C16/04
    • G11C11/5628G11C29/00G11C29/74
    • Most drivers of flash memories used for embedded systems are often designed to use power from batteries, but not from a commercial power supply, and therefore are required to be protected against power failures. In addition, if a power failure occurs in the middle of programming a cell, the driver of an MLC flash memory may corrupt not only data in a page subjected to the program operation but also data already stored in the other pages in the same cell, which is an unrecoverable problem. According to the present invention, in order to write data into a block, the driver of the MLC flash memory has steps for preparing another block and writing identical data into corresponding pages of the two blocks alternately and makes it possible to write the data without data loss even if a power discontinuity or power failure occurs.
    • 用于嵌入式系统的大多数闪存驱动器通常设计为使用电池供电,而不是来自商用电源,因此需要防止电源故障。 此外,如果在编程单元的中间发生电源故障,则MLC闪速存储器的驱动器不仅可能损坏经过程序操作的页面中的数据,而且可能会损坏已经存储在同一单元中的其他页面中的数据, 这是一个不可恢复的问题。 根据本发明,为了将数据写入块,MLC闪速存储器的驱动器具有用于准备另一块并且将相同数据交替地写入相应的两个块的相应页面的步骤,并且使得可以无数据地写入数据 即使发生电源中断或电源故障,也会丢失。
    • 10. 发明授权
    • Data storage system and data storage program for atomic transactions
    • 用于原子事务的数据存储系统和数据存储程序
    • US08055853B2
    • 2011-11-08
    • US12514289
    • 2008-11-04
    • Shuji Yatsuki
    • Shuji Yatsuki
    • G06F12/00
    • G06F17/30315G06F11/1435G06F11/1441G06F11/1474
    • Atomic data are stored in blocks on a hard disk. The blocks are grouped into a committed block aggregate P1, which exists only on the hard disk, a next-generation committed block aggregate C1, which is converted into a committed block aggregate at predetermined times, and an atomic block aggregate S3, which is created for every user based on the committed block aggregate C1. User A makes desired data changes to S3. When user A terminates the data processing, the block aggregate storing the data is merged, like from the atomic block aggregate S4 to committed block aggregate C2, and stored on the hard disk as a committed block aggregate P3.
    • 原子数据存储在硬盘上的块中。 块被分组为只存在于硬盘上的提交块聚合P1,下一代提交块聚合C1,其在预定时间被转换为提交块聚合,并且创建了原子块聚集S3 针对每个用户基于承诺块聚合C1。 用户A对S3进行所需的数据更改。 当用户A终止数据处理时,存储数据的块聚合从原子块聚合S4到承诺块聚合C2合并,并作为承诺块聚合P3存储在硬盘上。