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    • 2. 发明授权
    • Methods and devices for binary object serialization
    • 二进制对象序列化的方法和设备
    • US06906646B1
    • 2005-06-14
    • US10802895
    • 2004-03-16
    • William L. MillsAlvin Pivowar
    • William L. MillsAlvin Pivowar
    • H03M9/00H04L29/06
    • H04L69/22H04L69/03
    • Methods and devices for data serialization are described. Numbers are each encoded as one or more four-bit nibbles. Three bits of a nibble are for encoding some portion of a number and one bit of the nibble is for indicating whether encoding of the number is continued to another nibble. A begin command and an end command are used to bracket and thereby group selected nibbles. The numbers and the commands are serialized in a stream. An interpreter of the stream reads the numbers into data fields of a data object starting at the begin command. The interpreter automatically skips to the end command when the data fields are filled. As such, a newer version of an interpreter can read data serialized using an older version of an encoder, and an older version of an interpreter can read data serialized using a newer version of an encoder.
    • 描述数据序列化的方法和设备。 数字都被编码为一个或多个四位半字节。 半字节的三位用于编码一个数字的一​​部分,并且该半字节的一位用于指示该数字的编码是否继续到另一个半字节。 一个begin命令和一个结束命令用于括起来,从而组合选定的半字节。 数字和命令在流中序列化。 流的解释器从begin命令开始读取数据到数据对象的数据字段。 当填写数据字段时,解释器会自动跳过结束命令。 因此,较新版本的解释器可以读取使用较旧版本的编码器串行化的数据,而较旧版本的解释器可以读取使用较新版本的编码器串行化的数据。
    • 5. 发明授权
    • Determining priority between data items
    • 确定数据项之间的优先级
    • US07337193B1
    • 2008-02-26
    • US10159461
    • 2002-05-31
    • William L. MillsAlvin I. Pivowar
    • William L. MillsAlvin I. Pivowar
    • G06F17/30G06F15/16
    • G06F17/30578Y10S707/99952Y10S707/99953
    • One embodiment of the present invention enables nodes or endpoints involved with synchronization of data items to determine which version of a data item (if any) has priority over another version of that same data item. Within the present embodiment, when a data item is modified by a node, it is presumed that the modified data item takes priority over the previous version of that data item. Therefore, the “descendant” data item (modified) takes precedence over its “ancestor” data item (previous version). By including this type of “pedigree” information with data items involved with synchronization between different nodes or endpoints, the present embodiment enables the endpoints to determine which version of a data item (if any) has priority over another version of that same data item.
    • 本发明的一个实施例使得涉及数据项的同步的节点或端点确定数据项(哪个)的哪一个版本具有优先于相同数据项的另一版本的优先级。 在本实施例中,当数据项被节点修改时,假设修改的数据项优先于该数据项的先前版本。 因此,“后代”数据项(修改)优先于其“祖先”数据项(以前的版本)。 通过将这种类型的“谱系”信息与涉及不同节点或端点之间的同步的数据项包括在一起,本实施例使得端点能够确定哪个版本的数据项(如果有的话)优先于相同数据项的另一版本。