会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明授权
    • Split control system for a page/page group in a data processing system a
pre-split process using a temporary overflow area
    • 数据处理系统中的页/页组的分割控制系统使用临时溢出区进行预分割处理
    • US5568638A
    • 1996-10-22
    • US19566
    • 1993-02-18
    • Katzumi HayashiMasaaki MitaniShinzi Kitao
    • Katzumi HayashiMasaaki MitaniShinzi Kitao
    • G06F12/00G06F17/30
    • G06F17/30327Y10S707/99931
    • A split control system for a page/page group in a data processing system having a storage structure employing a non-dense B-tree cluster structure, includes: a data base including an index portion and a data portion; the index portion being formed by three layers consisting of the B-tree structure, and the data portion formed by a plurality of upper page groups, and an upper page group used as an overflow area; a record insertion unit for inserting records into the page/page group by using the overflow area in a transaction process, and performing a pre-split process for the page/page group into further pages/page groups by also using the overflow area when there is no vacant space for insertion into the page/page group; and a Demon processing unit operated asynchronously with the transaction process for retrieving a state of use of the overflow area, performing a normal split process for the page/page group when the overflow area is in use, and moving a split page/page group from the overflow area to the page/page group, wherein a timing of a normal split process in the B-tree structure is temporarily delayed by using the overflow area so that it is possible to effectively balance an overhead time of the split process and to improve a response time in the transaction process.
    • 一种具有采用非密集B树簇结构的存储结构的数据处理系统中的页/页组的分割控制系统,包括:包括索引部分和数据部分的数据库; 索引部分由由B树结构组成的三层和由多个上页组形成的数据部分和被用作溢出区域的上页组组成; 记录插入单元,用于通过使用事务处理中的溢出区域将记录插入到页面/页面组中,并且通过还在使用溢出区域的同时,通过还使用溢出区域来将页面/页面组的预分割处理执行到更多的页面/页面组 没有空格插入页/页组; 以及恶魔处理单元,与所述事务处理异步地操作以检索所述溢出区域的使用状态,当所述溢出区域正在使用时,对所述页面/页面组进行正常的拆分处理,以及将所述页面/页面组从 通过使用溢出区域暂时延迟B树结构中的正常拆分处理的定时,从而可以有效地平衡拆分处理的开销时间并改善 在交易过程中的响应时间。
    • 3. 发明授权
    • Symmetric/asymmetric shared processing operation in a tightly coupled
multiprocessor
    • 紧密耦合的多处理器中的对称/非对称共享处理操作
    • US5649184A
    • 1997-07-15
    • US495982
    • 1990-03-20
    • Katsumi HayashiMasaaki MitaniYutaka SekineTomohiro HayashiKazuhiko SaitoYoshinori Shimogai
    • Katsumi HayashiMasaaki MitaniYutaka SekineTomohiro HayashiKazuhiko SaitoYoshinori Shimogai
    • G06F9/46G06F17/30
    • G06F9/524Y10S707/922Y10S707/99938
    • In a data base processing system using a multiprocessor system, the data base processing system includes: a storage unit provided in the shared memory for storing data base management information representing either an object of a shared processing operation or an object of a local processing operation for every resource; an access management unit provided in each of the processor modules for performing an access control for an access request to the data base under either the shared processing operation or the local processing operation in accordance with the data base management information, the shared processing operation being symmetrically performed, and the local processing operation being asymmetrically performed in each processor module; and a control unit provided in the processor module for controlling the shared/local conversion in such a way that: an access state of the resource is managed for every resource; when a frequency of the access is unevenly distributed to a particular processor module, the resource of that processor module is determined as the object of the local processing operation at that particular processor module; and when the frequency of the access is not unevenly distributed to a particular processor module, the resource of a particular processor module is determined as the object of the shared processing operation. The data base processing system further includes a deadlock detection system.
    • 在使用多处理器系统的数据库处理系统中,数据库处理系统包括:存储单元,设置在共享存储器中,用于存储表示共享处理操作的对象或本地处理操作的对象的数据库管理信息, 每个资源; 在每个处理器模块中设置的访问管理单元,用于根据数据库管理信息在共享处理操作或本地处理操作下执行对数据库的访问请求的访问控制,共享处理操作对称地 并且在每个处理器模块中不对称地执行本地处理操作; 以及控制单元,设置在所述处理器模块中,用于以如下方式控制所述共享/本地转换:对每个资源管理所述资源的访问状态; 当访问频率不均匀地分配给特定处理器模块时,该处理器模块的资源被确定为该特定处理器模块处的本地处理操作的对象; 并且当访问的频率不是不均匀地分配给特定处理器模块时,特定处理器模块的资源被确定为共享处理操作的对象。 数据库处理系统还包括死锁检测系统。
    • 4. 发明授权
    • Data processing system for dynamically switching access control process
and for performing recovery process
    • 用于动态切换访问控制过程和执行恢复过程的数据处理系统
    • US5553303A
    • 1996-09-03
    • US360033
    • 1994-12-20
    • Katsumi HayashiKazuhiko SaitouHiroshi OhsatoMasaaki MitaniTomohiro HayashiTakashi ObataYutaka SekineMitsuhiro UraTakuji Ishii
    • Katsumi HayashiKazuhiko SaitouHiroshi OhsatoMasaaki MitaniTomohiro HayashiTakashi ObataYutaka SekineMitsuhiro UraTakuji Ishii
    • G06F17/30
    • G06F17/30312G06F17/30306Y10S707/954Y10S707/99931Y10S707/99932
    • A database processing system using a multi-processor including a plurality of processor modules each having a local memory connected to an external shared memory. The database processing system includes a composite structure definition control part for defining an administrative processor module for controlling an access to a composite structure of a database which has a storage structure independent of a logical structure; and a maintenance/selection control part in an optimum control processor for providing a function of access-controlling a shared process and a local process when an access request arises for a database composite structure, and for dynamically switching the access control process for the composite structure according to the access frequency notified by each processor module. The system may further include an operation continuing control part for providing a controlling function for a recovery process for the composite structure of a database to be locally processed or shared-processed, and for performing a recovery process according to an access control process type for the composite structure of the database when the processor module falls in error, by replacing the erroneous processor module with another single processor module or a plurality of processor modules.
    • 一种使用包括多个处理器模块的多处理器的数据库处理系统,每个处理器模块具有连接到外部共享存储器的本地存储器。 数据库处理系统包括复合结构定义控制部分,用于定义用于控制对具有独立于逻辑结构的存储结构的数据库的复合结构的访问的管理处理器模块; 以及最佳控制处理器中的维护/选择控制部分,用于当数据库复合结构出现访问请求时提供对共享过程和本地进程的访问控制功能,并且用于动态切换复合结构的访问控制过程 根据每个处理器模块通知的访问频率。 所述系统还可以包括操作连续控制部分,用于为要进行本地处理或共享处理的数据库的复合结构提供用于恢复处理的控制功能,并且用于根据访问控制过程类型执行恢复处理 通过用另一个单处理器模块或多个处理器模块替换错误的处理器模块,处理器模块出现错误时数据库的复合结构。
    • 5. 发明授权
    • Synthesized-picture projecting apparatus and picture adjusting method
    • 合成图像投影装置和图像调整方法
    • US5822002A
    • 1998-10-13
    • US634202
    • 1996-04-18
    • Tomio TokoroMasaaki Mitani
    • Tomio TokoroMasaaki Mitani
    • H04N5/74H04N9/12H04N9/31H04N3/22
    • H04N9/3147H04N9/12H04N9/31
    • When two projecting units or more project two pictures or more obtained from video signals and luminance levels of projected pictures at an overlapped portion thereof are adjusted, a picture to be adjusted is selected from the projected pictures. One of processings for adjusting a correction start point of a correction data, a correction end point thereof and an inclination of a correction curve thereof to be used for a picture adjustment is selected. When the positions of a correction start point and/or a correction end point of the correction data are adjusted by using a remote controller unit or the like, a mark data is superposed on the correction start point and/or the correction end point of the correction data to display a mark formed based on the mark data on the screen together with the projected pictures. Thus, the picture is adjusted by displaying the marks together with the projected pictures.
    • 当从投影图像的重叠部分的视频信号和亮度级别获得两个投影单元或更多个投影图像或更多个投影图像时,从投影图像中选择要调整的图像。 选择用于调整校正数据的校正开始点,校正结束点和用于画面调整的校正曲线的倾斜度的处理之一。 当通过使用遥控器单元等调整校正数据的校正开始点和/或校正结束点的位置时,将标记数据叠加在校正开始点和/或校正结束点的校正结束点 校正数据,与投影图像一起显示基于屏幕上的标记数据形成的标记。 因此,通过与投影图像一起显示标记来调整图像。
    • 6. 发明授权
    • Video signal processing apparatus and synthesized-picture projecting
apparatus for synthesizing a plurality of video signals
    • 用于合成多个视频信号的视频信号处理装置和合成图像投影装置
    • US5771072A
    • 1998-06-23
    • US634357
    • 1996-04-18
    • Tomio TokoroMasaaki Mitani
    • Tomio TokoroMasaaki Mitani
    • G03B21/10G09F9/00G09G5/00G09G5/18H04N5/66H04N5/74H04N9/12H04N9/31
    • H04N9/3147H04N9/12H04N9/31
    • A video signal processing apparatus includes synchronizing signal separation (31) for extracting a synchronization information of an input video signal, a reference clock signal source (32) for generating a signal having a constant period, phase synchronization control (33) which receives input with a clock signal output from the reference clock signal source and which outputs a phase-locked clock signal at a timing of outputting the synchronization information, and a memory (35) for storing a correction data used for correcting a video signal of one scanning line amount. The correction data is read out from the memory (35) based on the clock signal to process the input video signal. When a synthesized picture is projected, the correction data is a data which permits a luminance level of the video signal of each scanning line amount to be faded in and/or faded out at a start portion and/or an end portion thereof linearly or like a predetermined curve.
    • 视频信号处理装置包括用于提取输入视频信号的同步信息的同步信号分离(31),用于产生具有恒定周期的信号的参考时钟信号源(32),相位同步控制(33),其接收具有 从基准时钟信号源输出的时钟信号,并在输出同步信息的定时输出锁相时钟信号;以及存储器(35),存储用于校正一条扫描线量的视频信号的校正数据 。 基于时钟信号从存储器(35)读出校正数据,以处理输入视频信号。 当合成图像被投影时,校正数据是允许每个扫描线量的视频信号的亮度级别在起始部分和/或其端部线性地渐变和/或渐变的数据, 预定曲线。
    • 7. 发明授权
    • Video signal processing apparatus and picture adjusting method
    • 视频信号处理装置和图像调整方法
    • US5734446A
    • 1998-03-31
    • US634205
    • 1996-04-18
    • Tomio TokoroMasaaki Mitani
    • Tomio TokoroMasaaki Mitani
    • H04N5/66H04N5/74H04N9/31H04N3/22
    • H04N9/3147H04N9/31H04N2005/7483
    • When the input horizontal synchronizing frequency is changed, if the backup data (luminance correction data) corresponding to the horizontal synchronizing frequency is stored in the backup memory unit, then the backup data stored in the backup memory unit is read out from the backup memory unit and then stored in a correction memory unit. If in the above case the backup data corresponding to the changed horizontal synchronizing frequency is not stored in the backup memory unit, a backup data corresponding to the changed horizontal synchronizing frequency is calculated by the correction data calculating unit and the calculated correction data is stored in the correction memory unit and the backup memory unit. When the synthesized picture is projected by using the video signal source 20 which is frequently used, it is possible to quickly carry out various adjustments for the SEM processing.
    • 当输入水平同步频率改变时,如果与备用存储单元相对应的与水平同步频率对应的备份数据(亮度校正数据)存储在备用存储器单元中,则从备用存储器单元读出备份数据 然后存储在校正存储单元中。 如果在上述情况下,与改变的水平同步频率相对应的备份数据不存储在备用存储器单元中,则通过校正数据计算单元计算与改变的水平同步频率相对应的备份数据,并将所计算的校正数据存储在 校正存储单元和备用存储器单元。 当通过使用频繁使用的视频信号源20来投影合成图像时,可以快速地执行用于SEM处理的各种调整。