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    • 1. 发明申请
    • DATA PROCESSING FAILURE RECOVERY METHOD, SYSTEM AND PROGRAM
    • 数据处理故障恢复方法,系统和程序
    • US20130086418A1
    • 2013-04-04
    • US13701847
    • 2010-08-24
    • Takao SakuraiMasashi EgiTsuneyuki Imaki
    • Takao SakuraiMasashi EgiTsuneyuki Imaki
    • G06F11/14
    • G06F11/1412G06F11/1438G06F11/1446G06F11/1448G06F11/1469G06F11/1471G06F2201/84
    • When reproducing the running state after a failure has occurred in stream data processing, all window operations are used while minimizing the storage amount necessary for obtaining backup data. While an operator is performing stream data processing in response to a query, a query analysis unit analyzes the operator, which holds the running state of the window, etc., and the recovery points of said operator. When obtaining backup data, a backup data management unit manages the capacity necessary to obtain snapshots of the analyzed recovery points, calculates the storage area capacity needed for backing up input data up to each recovery point and the storage area capacity needed to obtain a snapshot for a window that cannot be reproduced in that way, and records the execution state by selecting a recovery point which minimizes the total value of necessary storage capacity.
    • 当在流数据处理中发生故障之后再现运行状态时,使用所有窗口操作,同时最小化获取备份数据所需的存储量。 当操作者响应于查询执行流数据处理时,查询分析单元分析保持窗口的运行状态等的操作者和所述操作者的恢复点。 在获取备份数据时,备份数据管理单元管理获取分析的恢复点的快照所需的容量,计算直到每个恢复点备份输入数据所需的存储区容量以及获取快照所需的存储区容量 不能以这种方式再现的窗口,并且通过选择使所需存储容量的总值最小化的恢复点来记录执行状态。
    • 2. 发明授权
    • Data processing failure recovery method, system and program
    • 数据处理失败恢复方法,系统和程序
    • US09037905B2
    • 2015-05-19
    • US13701847
    • 2010-08-24
    • Takao SakuraiMasashi EgiTsuneyuki Imaki
    • Takao SakuraiMasashi EgiTsuneyuki Imaki
    • G06F11/14
    • G06F11/1412G06F11/1438G06F11/1446G06F11/1448G06F11/1469G06F11/1471G06F2201/84
    • When reproducing the running state after a failure has occurred in stream data processing, all window operations are used while minimizing the storage amount necessary for obtaining backup data. While an operator is performing stream data processing in response to a query, a query analysis unit analyzes the operator, which holds the running state of the window, etc., and the recovery points of said operator. When obtaining backup data, a backup data management unit manages the capacity necessary to obtain snapshots of the analyzed recovery points, calculates the storage area capacity needed for backing up input data up to each recovery point and the storage area capacity needed to obtain a snapshot for a window that cannot be reproduced in that way, and records the execution state by selecting a recovery point which minimizes the total value of necessary storage capacity.
    • 当在流数据处理中发生故障之后再现运行状态时,使用所有窗口操作,同时最小化获取备份数据所需的存储量。 当操作者响应于查询执行流数据处理时,查询分析单元分析保持窗口的运行状态等的操作者和所述操作者的恢复点。 在获取备份数据时,备份数据管理单元管理获取分析的恢复点的快照所需的容量,计算直到每个恢复点备份输入数据所需的存储区容量以及获取快照所需的存储区容量 不能以这种方式再现的窗口,并且通过选择使所需存储容量的总值最小化的恢复点来记录执行状态。
    • 3. 发明申请
    • Meeting visualization system
    • 会议可视化系统
    • US20080255847A1
    • 2008-10-16
    • US12078520
    • 2008-04-01
    • Norihiko MoriwakiNobuo SatoTsuneyuki ImakiToshihiko KashiyamaItaru NishizawaMasashi Egi
    • Norihiko MoriwakiNobuo SatoTsuneyuki ImakiToshihiko KashiyamaItaru NishizawaMasashi Egi
    • G10L11/00
    • G10L21/06G10L25/78
    • Voice of plural participants during a meeting is obtained and dialogue situations of the participants that change every second are displayed in real time, so that it is possible to provide a meeting visualization system for triggering more positive discussions. Voice data collected from plural voice collecting units associated with plural participants is processed by a voice processing server to extract speech information. The speech information is sequentially input to an aggregation server. A query process is performed for the speech information by a stream data processing unit of the aggregation server, so that activity data such as the accumulation value of speeches of the participants in the meeting is generated. A display processing unit visualizes and displays dialogue situations of the participants by using the sizes of circles and the thicknesses of lines on the basis of the activity data.
    • 在会议期间获得复数参与者的声音,并且实时显示每秒更改的参与者的对话情况,从而可以提供会议可视化系统以触发更积极的讨论。 从与多个参与者相关联的多个语音收集单元收集的语音数据由语音处理服务器处理以提取语音信息。 语音信息被顺序地输入到聚合服务器。 通过聚合服务器的流数据处理单元对语音信息进行查询处理,从而生成活动数据,例如会议中的参与者的演讲的累积值。 显示处理单元通过使用圆的大小和基于活动数据的线的厚度来可视化并显示参与者的对话情况。
    • 4. 发明授权
    • Meeting visualization system
    • 会议可视化系统
    • US08290776B2
    • 2012-10-16
    • US12078520
    • 2008-04-01
    • Norihiko MoriwakiNobuo SatoTsuneyuki ImakiToshihiko KashiyamaItaru NishizawaMasashi Egi
    • Norihiko MoriwakiNobuo SatoTsuneyuki ImakiToshihiko KashiyamaItaru NishizawaMasashi Egi
    • G10L11/00
    • G10L21/06G10L25/78
    • Voice of plural participants during a meeting is obtained and dialogue situations of the participants that change every second are displayed in real time, so that it is possible to provide a meeting visualization system for triggering more positive discussions. Voice data collected from plural voice collecting units associated with plural participants is processed by a voice processing server to extract speech information. The speech information is sequentially input to an aggregation server. A query process is performed for the speech information by a stream data processing unit of the aggregation server, so that activity data such as the accumulation value of speeches of the participants in the meeting is generated. A display processing unit visualizes and displays dialogue situations of the participants by using the sizes of circles and the thicknesses of lines on the basis of the activity data.
    • 在会议期间获得复数参与者的声音,并且实时显示每秒更改的参与者的对话情况,从而可以提供会议可视化系统以触发更积极的讨论。 从与多个参与者相关联的多个语音收集单元收集的语音数据由语音处理服务器处理以提取语音信息。 语音信息被顺序地输入到聚合服务器。 通过聚合服务器的流数据处理单元对语音信息进行查询处理,从而生成活动数据,例如会议中的参与者的演讲的累积值。 显示处理单元通过使用圆的大小和基于活动数据的线的厚度来可视化并显示参与者的对话情况。
    • 8. 发明申请
    • Stream data processing system and stream data processing method
    • 流数据处理系统和流数据处理方法
    • US20070022092A1
    • 2007-01-25
    • US11359540
    • 2006-02-23
    • Itaru NishizawaTsuneyuki Imaki
    • Itaru NishizawaTsuneyuki Imaki
    • G06F17/30
    • G06F17/30516Y10S715/968
    • A stream data processing system restrains the generation of communication traffic in the case of distributing loads by using a plurality of information processing devices. The global query is divided into a plurality of processes. At every divided process, a local query which includes the corresponding process is generated and each local query is set to a query processing device different from each other. In addition, the stream data is transmitted among a plurality of query processing devices in order so as to execute the local query in each query processing device. At this time, the entire stream data does not transmitted among the query processing devices in order. At least a part of the corresponding stream data is stored in a proxy device. When data received from an information processing device located in immediately before does not include the target data of the local query, the query processing device reads the corresponding data from the proxy device and executes the local query.
    • 流数据处理系统通过使用多个信息处理装置来限制在分发负载的情况下的通信流量的产生。 全局查询分为多个进程。 在每个划分的过程中,生成包括相应进程的本地查询,并将每个本地查询设置为彼此不同的查询处理设备。 此外,顺序地在多个查询处理装置之间传送流数据,以便在每个查询处理装置中执行本地查询。 此时,整个流数据不会在查询处理装置之间依次发送。 相应流数据的至少一部分被存储在代理设备中。 当从位于紧邻的信息处理装置接收到的数据不包含本地查询的目标数据时,查询处理装置从代理装置读取对应的数据并执行本地查询。
    • 9. 发明申请
    • Stream Data Processing Method and Device
    • 流数据处理方法和设备
    • US20130226909A1
    • 2013-08-29
    • US13824873
    • 2010-10-06
    • Satoshi KatsunumaTsuneyuki ImakiItaru NishizawaKeiro Muro
    • Satoshi KatsunumaTsuneyuki ImakiItaru NishizawaKeiro Muro
    • G06F17/30
    • G06F16/248G06F16/24568
    • Provided is a stream data processing device for processing stream data composed of input data that includes time, the device having: a data input module for receiving the input data; a first key for designating, as data sets, the items of the input data for processing the input data in chronological order; a query recorder for receiving a stream data definition and a query definition, and generating an operator to process the input data; and a data executing module for determining the operator for processing the input data and outputting results; the input module sorting the received input data for each of the data sets according to the item designated by the first key, sorting the input data in chronological order for each of the data sets, and generating an input stream; and the data executing module processing the input stream with the operator for each of the data sets.
    • 提供一种流数据处理装置,用于处理由包括时间的输入数据组成的流数据,该装置具有:用于接收输入数据的数据输入模块; 用于指定作为数据集的用于按时间顺序处理输入数据的输入数据的项目的第一键; 用于接收流数据定义和查询定义的查询记录器,以及生成处理输入数据的操作者; 以及数据执行模块,用于确定用于处理输入数据并输出结果的操作者; 所述输入模块根据由所述第一密钥指定的项目对每个所述数据集合的接收到的输入数据进行排序,对于每个所述数据集按时间顺序排列所述输入数据,以及生成输入流; 并且数据执行模块与每个数据集的操作者处理输入流。