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    • 6. 发明授权
    • Base rolling engine for data transfer and synchronization system
    • 用于数据传输和同步系统的基础滚动引擎
    • US07035878B1
    • 2006-04-25
    • US09641028
    • 2000-08-17
    • David L. MulterRobert E. GarnerLeighton A. RidgardLiam J. StannardDonald W. CashScott KleinRichard M. Onyon
    • David L. MulterRobert E. GarnerLeighton A. RidgardLiam J. StannardDonald W. CashScott KleinRichard M. Onyon
    • G06F17/30
    • H04L67/1095H04L69/22Y10S707/99945Y10S707/99952
    • A base rolling engine for collapsing data packages stored in a data transfer and synchronization system. A first data package is provided. The first data package has a first transaction including an identification number, an action, and a plurality of fields. Each field has an attribute representing change information. A second data package is also provided. The second data package has a second transaction made subsequent to the first transaction. The second transaction has an identification number, an action, and a field with an attribute. The base rolling engine determines whether the identification number of the second transaction corresponds to the identification number of the first transaction. The base rolling engine also determines whether the field of the second transaction corresponds to one of the fields of the first transaction. When the identification numbers of the first and second transactions correspond to one another, and the field of the second transaction corresponds to one of the fields of the first transaction, the first and second data packages are combined. A combined data package is thus defined having a combined transaction with the identification number. The combined data package replaces the second data package, and the first data package is deleted.
    • 用于压缩存储在数据传输和同步系统中的数据包的基本滚动引擎。 提供了第一个数据包。 第一数据包具有包括标识号,动作和多个字段的第一事务。 每个字段都有一个表示变更信息的属性。 还提供了第二个数据包。 第二个数据包具有在第一个事务之后进行的第二个事务。 第二个事务具有标识号,动作和具有属性的字段。 基础滚动引擎确定第二交易的识别号码是否对应于第一交易的识别号码。 基本滚动引擎还确定第二事务的字段是否对应于第一事务的一个字段。 当第一和第二事务的标识号彼此对应,并且第二事务的字段对应于第一事务的一个字段时,组合第一和第二数据包。 因此,组合数据包被定义为具有与识别号码的组合交易。 组合的数据包替换第二个数据包,并删除第一个数据包。
    • 7. 发明授权
    • Single-chip microcontroller with efficient peripheral testability
    • 单片机具有高效的外设可测试性
    • US5428770A
    • 1995-06-27
    • US114597
    • 1993-08-31
    • Robert E. Garner
    • Robert E. Garner
    • G06F11/273G06F11/30
    • G06F11/2733
    • A single-chip microcontroller (30) includes a central processing unit (CPU) (31) and several memory-mapped peripherals (32, 33, 34, 35) connected to internal address (37) and data (38) buses. The microcontroller (30) includes a test port (40) for receiving test data and providing the test data to the address (37) and data (38) buses to access the memory-mapped peripherals (32, 33, 34, 35) directly. The microcontroller (30) thus allows testing of the memory-mapped peripherals (32, 33, 34, 35) without CPU overhead, significantly reducing test time. The test port (40) includes a shift register (44) which selectively updates address high, address low, and data fields using the test data so that a field need not be re-entered if it doesn't change between test cycles. The test port (40) receives the test data and test control signals via signal lines shared with a general purpose input/output (GPIO) port (33) and requires only one independent control signal line.
    • 单片微控制器(30)包括连接到内部地址(37)和数据(38)总线的中央处理单元(CPU)(31)和若干存储器映射外设(32,33,34,35)。 微控制器(30)包括用于接收测试数据并将测试数据提供给地址(37)和数据(38)总线以便直接访问存储器映射外设(32,33,34,35)的测试端口(40) 。 因此,微控制器(30)允许测试存储器映射的外围设备(32,33,34,35)而无需CPU开销,从而显着减少测试时间。 测试端口(40)包括移位寄存器(44),其使用测试数据选择性地更新地址高,地址低和数据字段,使得如果在测试周期之间不改变,则不需要重新输入字段。 测试端口(40)通过与通用输入/输出(GPIO)端口(33)共用的信号线接收测试数据和测试控制信号,并且只需要一个独立的控制信号线。
    • 9. 发明授权
    • Data transfer and synchronization system
    • 数据传输和同步系统
    • US08156074B1
    • 2012-04-10
    • US09491675
    • 2000-01-26
    • David L. MulterRobert E. GarnerLeighton A. RidgardLiam J. StannardDonald W. CashRichard M. Onyon
    • David L. MulterRobert E. GarnerLeighton A. RidgardLiam J. StannardDonald W. CashRichard M. Onyon
    • G06F7/00
    • G06F17/30174
    • A data transmission system and method which optimizes transfer and updates of information between systems by providing difference information between the systems is disclosed. A system includes a differencing transmitter transmitting at least one set of difference transactions and a differencing receiver receiving said at least one set of difference transactions A method for synchronizing at least a first file and a second file resident on a first and a second systems, respectively, is provided. The method comprises the steps of: determining difference data resulting from changes to a first file on the first system; transmitting the difference information to a second system; applying the difference information to generate change data for the second file; and updating the second file on the second system with the difference data.
    • 公开了一种通过提供系统之间的差异信息来优化系统之间的信息传递和更新的数据传输系统和方法。 系统包括发送至少一组不同事务的差分发送器和接收所述至少一组不同事务的差分接收器。分别用于同步至少第一文件和驻留在第一和第二系统上的第二文件的方法 ,被提供。 该方法包括以下步骤:确定由第一系统上的第一文件的改变导致的差分数据; 将所述差异信息发送到第二系统; 应用所述差分信息以生成所述第二文件的改变数据; 以及用所述差异数据更新所述第二系统上的所述第二文件。