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    • 84. 发明公开
    • ESTRUS NOTIFICATION METHOD, ESTRUS NOTIFICATION DEVICE, AND ESTRUS NOTIFICATION PROGRAM
    • ESTRUS通知方法,ESTRUS通知装置和ESTRUS通知程序
    • EP2832217A1
    • 2015-02-04
    • EP12872722.9
    • 2012-03-30
    • FUJITSU LIMITED
    • UCHINO, TetsuyaMOTOSHIMA, ToshimiKANAMORI, AkihitoINENAGA, MitsuhisaWATANABE, KatsuyoshiYAMANO, Daiji
    • A01K29/00A01K67/00A61D1/08
    • A01K29/005A61D17/002
    • It is assumed that the step count (N13) of a livestock animal (A1) in a time slot (t2 to t3) is greater than or equal to a threshold value. An estrus notifying apparatus (102) calculates a degree of reduction of the step count of other livestock animals (A2 to An) in the same herd for a previous time slot. The degree of reduction is a value indicative of a level of reduction of a measurement value (N) of the livestock animals (A2 to An) for the previous time slot (t1 to t2) from a measurement value (N) for a time slot (t0 to t1) before the previous time slot and is a reduction rate, for example. It is assumed that, for example, the step counts of the livestock animals (A2 to An) are half or less for the time slot (t1 to t2) relative to the time slot (t0 to t1). The estrus notifying apparatus (102) considers that the measurement value becomes less than the threshold value due to eating even though the livestock animal (A1) is in estrus in the time slot (t1 to t2), and determines that the livestock animal (A1) is in estrus during the time slot (t1 to t2). The estrus notifying apparatus (102) outputs information indicating that the estrus of the livestock animal (A1) started in the time slot (t1 to t2).
    • 假设在时间段(t2到t3)中的家畜动物(A1)的步数(N13)大于或等于阈值。 发情通知装置(102)计算前一时间段内同一群体中其他家畜动物(A2至An)的步数减少程度。 减少程度是表示从时隙的测量值(N)减去前一时间段(t1到t2)的家畜动物(A2到An)的测量值(N)的水平的值 (t0到t1),并且例如是减少率。 例如,假定相对于时间段(t0到t1),对于时间段(t1到t2),牲畜动物的步数(A2到An)是一半或更少。 发情通知装置(102)认为,即使在时间带(t1〜t2)中,家畜(A1)处于发情状态,由于进食而使测定值小于阈值,判定为家畜 )在时隙(t1到t2)期间处于发情期。 发情报告装置(102)输出表示在时间段(t1〜t2)中起动家畜动物(A1)的发情的信息。
    • 85. 发明公开
    • NOTIFICATION METHOD, NOTIFICATION PROGRAM, AND NOTIFICATION DEVICE
    • 通知方法,通知程序和通知装置
    • EP2832216A1
    • 2015-02-04
    • EP12872692.4
    • 2012-03-30
    • FUJITSU LIMITED
    • UCHINO, TetsuyaMOTOSHIMA, ToshimiKANAMORI, AkihitoINENAGA, MitsuhisaWATANABE, KatsuyoshiYAMANO, Daiji
    • A01K29/00A01K67/00A61D99/00G06Q50/02
    • A01K29/005A61B5/1118A61B2503/40A61D17/002G06F19/00G16H50/70G16H50/80
    • A notifying apparatus (102) receives a communication ID and measurement result information from a communications device (101) and stores for each communications device ID, the measurement result information for each time slot. It is assumed that an onset of a disease with a disease name (B1) is confirmed in a livestock animal (Ab). A worker inputs into the notifying apparatus (102), the time of confirmation of the onset of the disease with the disease name (B1) in the livestock animal (Ab). The notifying apparatus (102) identifies disease duration of the disease name (B1) and acquires information of a threshold value (Hb) related to a step count specific to the disease name (B1). The notifying apparatus (102) acquires a measurement result (N1) of another livestock animal (A1) for a time point traced back by the disease duration of the disease name (B1) and a measurement result (N2) of the other livestock animal (A1) for the time point of confirmation of the onset. In the case of "N1-N2≥Hb", the notifying apparatus (102) determines that the disease with the disease name (B1) is afflicting the livestock animal (A1). The notifying apparatus (102) displays on a display (103) that the disease with the disease name (B1) is afflicting a livestock animal (A3) for which a value is greater than or equal to the threshold value (Hb).
    • 通知装置(102)从通信装置(101)接收通信ID和测量结果信息,并为每个通信装置ID存储每个时隙的测量结果信息。 假定在家畜动物(Ab)中确认具有疾病名称(B1)的疾病的发病。 作业人员在通知装置(102)中输入家畜(Ab)中的疾病名称(B1)的确认开始的时刻。 通知装置(102)识别疾病名称(B1)的疾病持续时间,并获取与疾病名称(B1)特定的步数相关的阈值(Hb)的信息。 通知装置(102)获取追溯了疾病名称(B1)的疾病持续时间的时间点的另一家畜动物(A1)的测定结果(N1)和其他家畜的测定结果(N2) A1)确定发病的时间点。 在“N1-N2≥Hb”的情况下,通知装置(102)判断具有疾病名称(B1)的疾病折磨着家畜动物(A1)。 通知装置(102)在显示器(103)上显示具有疾病名称(B1)的疾病折磨其值大于或等于阈值(Hb)的家畜动物(A3)。
    • 86. 发明公开
    • Database controller, method, and program for managing a distributed data store
    • 一种用于管理分布式数据存储数据库控制方法和程序
    • EP2804114A1
    • 2014-11-19
    • EP13168088.6
    • 2013-05-16
    • FUJITSU LIMITED
    • Carvalho, NunoHu, Bo
    • G06F17/30
    • G06F17/3053G06F17/30312G06F17/30339G06F17/30433G06F17/30545
    • Embodiments include a database controller for a database of information encoded as a set of data items, the database controller comprising: a segment control module configured to divide the set of data items into a series of segments, each segment comprising each of the data items falling within defined lower limit and upper limit values of an ordering metric used to place the data items in order; and an adaptive segment locator module configured to manage the distribution of the series of segments among a plurality of storage units, including selecting which segments from among the series of segments to co-locate on the same storage unit based on historical data representing read operations performed on the database.
    • 实施例包括用于编码为一组数据项,该数据库控制器包括的信息的数据库的数据库控制器:配置成将所述组数据项分割成一连串的片段的片段的控制模块,每个区段包括每一个数据项的落下 定义下限和用于放置在顺序中的数据项的排序度量的上限值内; 和配置为管理的存储单元复数,包括从一系列片段之间选择哪个段基于表示读操作的历史数据进行相同的存储单元上共同定位之间的一系列片段的分布自适应分段定位器模块 上的数据库。
    • 87. 发明公开
    • Method and apparatus for storing encoded graph data
    • Verfahren und Vorrichtung zur Speicherung von codierten graphischen Daten
    • EP2731022A1
    • 2014-05-14
    • EP12191694.4
    • 2012-11-07
    • FUJITSU LIMITED
    • Hu, BoCarvalho, NunoMatsutsuka, Takahide
    • G06F17/30
    • G06F17/30958G06F17/30584
    • A method of storing a database of graph data encoded as triples, each triple denoting a subject graph resource, an object graph resource and a directed predicate linking the two graph resources, the method comprising:
      storing each of the triples as a member of an ordered set distributed across a plurality of storage units, the order of the triples being determinable by comparisons between the triples;
      maintaining one or more storage areas, each associated with a different triple and being stored on the same storage unit as the associated triple; and
      populating the or each of the one or more storage areas with duplicates of triples that define a sub-graph or sub-graphs overlapping with the subject or the object of the associated triple on the database of graph data.
    • 一种存储编码为三元组的图形数据的数据库的方法,每个三角形表示主题图形资源,对象图形资源和链接两个图形资源的定向谓词,该方法包括:将每个三元组存储为订购的成员 集合分布在多个存储单元中,三元组的顺序可以通过三元组之间的比较来确定; 维护一个或多个存储区域,每个存储区域与不同的三元组相关联并存储在与相关联的三元组相同的存储单元上; 以及使用三重元组的重复来填充所述一个或多个存储区域中的每一个或每个,其定义与图形数据的数据库上的对象或相关联的三元组的对象重叠的子图或子图。
    • 88. 发明公开
    • Database system and method for storing distributed data and logic
    • 数据库系统和方法,用于存储分发的数据和逻辑
    • EP2731020A1
    • 2014-05-14
    • EP12191690.2
    • 2012-11-07
    • FUJITSU LIMITED
    • Carvalho, NunoHu, BoMenday, Roger
    • G06F17/30
    • G06F17/30958G06F17/30584G06N5/02
    • Embodiments of the present invention provide a database system comprising: a distributed network of servers configured to store a data graph comprising linked graph entities including semantic entities linked by directed labelled links denoting semantic relationships between pairs of linked semantic entities, and also including functional entities each representing a processing operation and being linked by directed labelled links to one or more semantic entities denoting that the processing operation is configured to access the linked semantic entities during execution of the processing operation; and a database controller comprising: a partitioning unit configured to partition the data graph into sub graphs; and a distributing unit configured to allocate each sub graph to a different server from among the distributed network of servers; wherein the partitioning unit is configured to partition the data graph in dependence upon the directed labelled links to preferentially partition linked entities into the same sub graph; and wherein the distributed network of servers are configured to store the logic required to realise each processing operation on the same server as the functional entity representing the processing operation.