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    • 2. 发明申请
    • SYSTEM AND METHOD FOR CREATING STORAGE CONTAINERS IN A DATA STORAGE SYSTEM
    • 用于在数据存储系统中创建存储容器的系统和方法
    • US20150169619A1
    • 2015-06-18
    • US14562611
    • 2014-12-05
    • Zaius, Inc.
    • Spencer Eldon PingryJonathan Bartholomew Mulieri
    • G06F17/30
    • G06F16/245G06F16/22
    • Various implementations of the invention create storage containers in a data storage system. A computing processor receives a new data record to be stored in a data storage container which is configured to store a fixed number of stored data records. The computing processor determines whether a number of the plurality of stored data records in the data storage container is within a certain threshold of the fixed number of stored data records for the data storage container. For data storage containers residing in a sequential data space, when the number of records is within the certain threshold, the computing processor opens a new data storage container, stores the new data record in the new data storage container, and closes the data storage container to new data records. For the data storage containers residing in a finite data space, when the number of records is within the certain threshold, the computing processor opens a new data storage container, splits the plurality of stored data records in the data storage container into a first plurality of stored data records and a second plurality of stored data records, where each of the first plurality of stored data records has a data value within a first range, and where each of the second plurality of stored data records has the data value within a second range. The computing processor stores the first plurality of stored data records in the data storage container, stores the second plurality of the stored data records in the new data storage container. The computing processors stores the new data record in either the data storage container or the new data storage container based on whether the data value in the new data record corresponds to the first range or the second range.
    • 本发明的各种实施方式在数据存储系统中创建存储容器。 计算处理器接收要存储在数据存储容器中的新数据记录,数据存储容器被配置为存储固定数量的存储的数据记录。 计算处理器确定数据存储容器中的多个存储的数据记录中的数量是否在用于数据存储容器的固定数量的存储数据记录的一定阈值内。 对于驻留在顺序数据空间中的数据存储容器,当记录数在特定阈值内时,计算处理器打开一个新的数据存储容器,将新的数据记录存储在新的数据存储容器中,并关闭数据存储容器 到新的数据记录。 对于驻留在有限数据空间中的数据存储容器,当记录数在特定阈值内时,计算处理器打开一个新的数据存储容器,将数据存储容器中的多个存储的数据记录分成多个 存储的数据记录和第二多个存储的数据记录,其中第一多个存储的数据记录中的每一个具有在第一范围内的数据值,并且其中第二多个存储的数据记录中的每一个具有在第二范围内的数据值 。 计算处理器将第一多个存储的数据记录存储在数据存储容器中,将第二多个存储的数据记录存储在新的数据存储容器中。 计算处理器基于新数据记录中的数据值是否对应于第一范围或第二范围,将新数据记录存储在数据存储容器或新数据存储容器中。
    • 3. 发明授权
    • System and method for creating storage containers in a data storage system
    • US11249991B2
    • 2022-02-15
    • US16204008
    • 2018-11-29
    • Zaius, Inc.
    • Spencer Eldon PingryJonathan Bartholomew Mulieri
    • G06F17/00G06F7/00G06F16/245G06F16/22
    • Various implementations of the invention create storage containers in a data storage system. A computing processor receives a new data record to be stored in a data storage container which is configured to store a fixed number of stored data records. The computing processor determines whether a number of the plurality of stored data records in the data storage container is within a certain threshold of the fixed number of stored data records for the data storage container. For data storage containers residing in a sequential data space, when the number of records is within the certain threshold, the computing processor opens a new data storage container, stores the new data record in the new data storage container, and closes the data storage container to new data records. For the data storage containers residing in a finite data space, when the number of records is within the certain threshold, the computing processor opens a new data storage container, splits the plurality of stored data records in the data storage container into a first plurality of stored data records and a second plurality of stored data records, where each of the first plurality of stored data records has a data value within a first range, and where each of the second plurality of stored data records has the data value within a second range. The computing processor stores the first plurality of stored data records in the data storage container, stores the second plurality of the stored data records in the new data storage container. The computing processors stores the new data record in either the data storage container or the new data storage container based on whether the data value in the new data record corresponds to the first range or the second range.
    • 6. 发明申请
    • System and Method for Creating Storage Containers in a Data Storage System
    • US20190171635A1
    • 2019-06-06
    • US16204008
    • 2018-11-29
    • Zaius, Inc.
    • Spencer Eldon PingryJonathan Bartholomew Mulieri
    • G06F16/245G06F16/22
    • Various implementations of the invention create storage containers in a data storage system. A computing processor receives a new data record to be stored in a data storage container which is configured to store a fixed number of stored data records. The computing processor determines whether a number of the plurality of stored data records in the data storage container is within a certain threshold of the fixed number of stored data records for the data storage container. For data storage containers residing in a sequential data space, when the number of records is within the certain threshold, the computing processor opens a new data storage container, stores the new data record in the new data storage container, and closes the data storage container to new data records. For the data storage containers residing in a finite data space, when the number of records is within the certain threshold, the computing processor opens a new data storage container, splits the plurality of stored data records in the data storage container into a first plurality of stored data records and a second plurality of stored data records, where each of the first plurality of stored data records has a data value within a first range, and where each of the second plurality of stored data records has the data value within a second range. The computing processor stores the first plurality of stored data records in the data storage container, stores the second plurality of the stored data records in the new data storage container. The computing processors stores the new data record in either the data storage container or the new data storage container based on whether the data value in the new data record corresponds to the first range or the second range.
    • 7. 发明申请
    • SYSTEM AND METHOD FOR STORING AND RETRIEVING DATA IN DIFFERENT DATA SPACES
    • 用于在不同数据空间中存储和检索数据的系统和方法
    • US20150169622A1
    • 2015-06-18
    • US14562610
    • 2014-12-05
    • Zaius, Inc.
    • Spencer Eldon PingryJonathan Bartholomew Mulieri
    • G06F17/30
    • G06F16/22G06F16/245
    • Various implementations of the invention store and retrieve data via a computing processor. The data is comprised of a plurality of data records with a sequentially changing data value and an other data value. For each data record in the plurality of data records, the computing processor causes the data record to be aggregated and stored with other data records in a first data storage container corresponding to a first data storage space based on the sequentially changing data value of the data record (i.e., sequential data space), and causes the data record to be aggregated and stored with other data records in a second data storage container corresponding to a second data storage space (i.e., finite data space). The data records in the second data storage container are stored based on the other data value. When a query is made against the data, the computing processor determines whether the query is best evaluated in the sequential data space or the finite data space. When the query is best evaluated in the sequential data space, the computing processor retrieves a first retrieved plurality of data records from the first data storage container. When the query is best evaluated in the finite data space, the computing processor retrieves a second retrieved plurality of data records from the second data storage container.
    • 本发明的各种实现通过计算处理器存储和检索数据。 数据由具有顺序变化的数据值和其它数据值的多个数据记录组成。 对于多个数据记录中的每个数据记录,计算处理器使得数据记录被聚合并与其他数据记录一起存储在与第一数据存储空间相对应的第一数据存储容器中,基于数据的顺序改变的数据值 记录(即,顺序数据空间),并使数据记录与其他数据记录聚合并存储在与第二数据存储空间(即,有限数据空间)相对应的第二数据存储容器中。 基于其他数据值存储第二数据存储容器中的数据记录。 当对数据进行查询时,计算处理器确定该查询是否在顺序数据空间或有限数据空间中被最佳地评估。 当在顺序数据空间中最佳地评估查询时,计算处理器从第一数据存储容器检索第一检索到的多个数据记录。 当在有限数据空间中最佳地评估查询时,计算处理器从第二数据存储容器检索第二个检索到的多个数据记录。
    • 8. 发明授权
    • System and method for storing and retrieving data in different data spaces
    • US11544242B2
    • 2023-01-03
    • US16207599
    • 2018-12-03
    • Zaius, Inc.
    • Spencer Eldon PingryJonathan Bartholomew Mulieri
    • G06F17/00G06F7/00G06F16/22G06F16/245
    • Various implementations of the invention store and retrieve data via a computing processor. The data is comprised of a plurality of data records with a sequentially changing data value and an other data value. For each data record in the plurality of data records, the computing processor causes the data record to be aggregated and stored with other data records in a first data storage container corresponding to a first data storage space based on the sequentially changing data value of the data record (i.e., sequential data space), and causes the data record to be aggregated and stored with other data records in a second data storage container corresponding to a second data storage space (i.e., finite data space). The data records in the second data storage container are stored based on the other data value. When a query is made against the data, the computing processor determines whether the query is best evaluated in the sequential data space or the finite data space. When the query is best evaluated in the sequential data space, the computing processor retrieves a first retrieved plurality of data records from the first data storage container. When the query is best evaluated in the finite data space, the computing processor retrieves a second retrieved plurality of data records from the second data storage container.
    • 9. 发明申请
    • System and Method for Storing and Retrieving Data in Different Data Spaces
    • US20190171626A1
    • 2019-06-06
    • US16207599
    • 2018-12-03
    • Zaius, Inc.
    • Spencer Eldon PingryJonathan Bartholomew Mulieri
    • G06F16/22G06F16/245
    • Various implementations of the invention store and retrieve data via a computing processor. The data is comprised of a plurality of data records with a sequentially changing data value and an other data value. For each data record in the plurality of data records, the computing processor causes the data record to be aggregated and stored with other data records in a first data storage container corresponding to a first data storage space based on the sequentially changing data value of the data record (i.e., sequential data space), and causes the data record to be aggregated and stored with other data records in a second data storage container corresponding to a second data storage space (i.e., finite data space). The data records in the second data storage container are stored based on the other data value. When a query is made against the data, the computing processor determines whether the query is best evaluated in the sequential data space or the finite data space. When the query is best evaluated in the sequential data space, the computing processor retrieves a first retrieved plurality of data records from the first data storage container. When the query is best evaluated in the finite data space, the computing processor retrieves a second retrieved plurality of data records from the second data storage container.
    • 10. 发明申请
    • System and Method for Measuring Customer Behavior
    • US20180165715A1
    • 2018-06-14
    • US15833233
    • 2017-12-06
    • Zaius, Inc.
    • Spencer Eldon PingryMatthew Tharp
    • G06Q30/02
    • G06Q30/0269G06Q30/02G06Q30/0201G06Q30/0204G06Q30/0267G06Q30/0277
    • Various implementations of the invention for displaying customer behavior measurements to a user are described. In some implementation of the invention, customer behavior measurements are displayed by: categorizing each of a plurality of customers into one of a plurality of lifecycle stages based on one or more interactions of each of the plurality of customers with a seller, wherein each of the plurality of lifecycle stages corresponds to a different stage of relationship between customers and the seller, wherein each interaction is represented by a data record in a data storage; displaying a first value associated with each of the plurality of lifecycle stages, wherein the first value comprises a number of the plurality of customers categorized in its associated lifecycle stage or a percentage that the number of the plurality of customers categorized in its associated lifecycle stage represents across all lifecycle stages; categorizing each of the corresponding customers into one of a plurality of buying cycle stages based a type of interaction with the seller for each of the corresponding customers, wherein each of the plurality of buying cycle stages corresponds to a different stage of buying behavior for the customers; displaying a second value associated with each of the plurality of buying cycle stages, wherein the second value comprises a number of the corresponding customers categorized in its associated buying cycle stage or a percentage that the number of the plurality of customers categorized in its associated buying cycle stage represents across all buying cycle stages; for each of the plurality of lifecycle stages or for each of the plurality of buying cycles stages, categorizing each of the corresponding customers into one of a plurality of dimension groups based on a type of a dimension characterizing the interaction with the seller for each of the corresponding customers; and displaying a third value associated with each of the plurality of dimension groups, wherein the third value comprises a number of the corresponding customers categorized in its associated dimension group or a percentage that the number corresponding customers categorized in its associated dimension group represents across all dimension groups. In some implementations of the invention, the customers in a given lifecycle category, a given buying cycle category, a given dimension group, or combinations thereof, may be provided targeted advertising.