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    • 2. 发明授权
    • Data-domain sampled network
    • 数据域采样网络
    • US06460024B1
    • 2002-10-01
    • US09398519
    • 1999-09-15
    • Jay L. Smith
    • Jay L. Smith
    • G06N302
    • G06N3/02
    • An apparatus (10) may implement a method (160) for creating (162) a data-domain sampled network (206). In certain embodiments, a method in accordance with the invention may define (166) a data domain, provide (172) points in a data-domain space or sub-space, followed by analyzing (174) data in the data domain (100). Analysis (174) may involve selecting (175) the dimensions or variables of interest, evaluating (176) or determining (176) the cycles per dynamic range, selecting (177) an interpolation method, and selecting (178) a number of sample points (223) in each respective dimension (227, 228). Providing (180) a data-domain network (206) typically includes applying (184) sampling theory to a native data domain (100). Calculating (188) waits for this by an interpolation module (212) specifies the data-domain network in its native domain (100).
    • 设备(10)可以实现用于创建(162)数据域采样网络(206)的方法(160)。 在某些实施例中,根据本发明的方法可以定义(166)数据域,在数据域空间或子空间中提供(172)点,随后分析数据域(100)中的数据(174) 。 分析(174)可以包括选择(175)感兴趣的维度或变量,评估(176)或确定(176)每个动态范围的周期,选择(177)插值方法,以及选择(178)多个采样点 (223)在每个相应的尺寸(227,228)中。 提供(180)数据域网络(206)通常包括将(184)采样理论应用于本地数据域(100)。 通过内插模块(212)计算(188)等待其指定其本地域(100)中的数据域网络。
    • 3. 发明授权
    • Trainable, state-sampled, network controller
    • 可训练,状态采样,网络控制器
    • US5796922A
    • 1998-08-18
    • US626181
    • 1996-03-29
    • Jay L. Smith
    • Jay L. Smith
    • G05B13/02G06N3/063G06N3/10G06F15/18
    • G06N3/10G05B13/0265G06N3/063Y10S706/903Y10S706/906Y10S706/907
    • A trainable, state-sampled, network controller (TSSNC) or state-sampled controller (SSC) requires little information regarding a plant (as with neural networks), but can use what information is available (as in classical controllers), and provides a linear network (as for CMAC) improving calculation speeds. A form of a governing differential equation characterizing a plant may include parameters and their derivatives of various orders as variables combined in linear and nonlinear terms. Classical control theory, and a method such as a Fourier transform of governing equations, may provide 8a form of a control law, linear in certain weights or coefficients. Knowledge of coefficients is not required for either the form of the governing equations or the form of the control law. An optimization method may be used to train the SSC, defining a table of weights (contributions to coefficients) to be used in the matrix equation representing the control law the solution yielding a control output to the plant. Sampling plant outputs, during training, may be done at a selected spatial frequency in state space (each dimension a variable from the control law). Sampling is used to provide ideal interpolation of the weights over the entire range of interest. Minimum memory is used with maximum accuracy of interpolation, and any control/output value may be calculated as needed in real time by a minimal processor.
    • 可训练的,状态采样的网络控制器(TSSNC)或状态采样控制器(SSC)需要很少关于工厂的信息(如与神经网络一样),但是可以使用可用的信息(如在经典控制器中),并且提供 线性网络(如CMAC)提高计算速度。 表征植物的控制微分方程的形式可以包括作为以线性和非线性项组合的变量的各种阶数的参数及其导数。 经典控制理论和诸如控制方程的傅立叶变换的方法可以提供8a形式的控制律,在某些权重或系数中是线性的。 对于控制方程的形式或控制规则的形式,不需要知道系数。 可以使用优化方法来训练SSC,在表示控制律的矩阵方程中定义要用于表示对工厂的控制输出的解的权重(对系数的贡献)表。 在训练期间,采样工厂输出可以在状态空间中选定的空间频率(每个维度与控制规律的变量)完成。 采样用于提供整个感兴趣范围内的权重的理想插值。 最小内存使用最大的插值精度,任何控制/输出值可以根据需要通过最小的处理器实时计算。
    • 5. 发明授权
    • Golf ball and tee setting device and methods
    • 高尔夫球和发球台设定装置及方法
    • US06843737B1
    • 2005-01-18
    • US10627146
    • 2003-07-25
    • Jay L. SmithWilliam A. DickermanFranklyn D. Smith
    • Jay L. SmithWilliam A. DickermanFranklyn D. Smith
    • A63B57/00
    • A63B57/0037A63B57/207A63B57/353
    • According to the disclosed embodiments of the present invention, there is provided a device and method for setting a golf ball and tee, including a ball and tee receiving member disposed at the bottom end portion of a shaft. A ball engageable member is disposed at the lower end portion of the shaft for pressing the ball against the tee when the ball is received by the receiving member. The receiving member has a lower tee engageable member having a shallow slot opening extending radially in a direction to receive the tee within the slot. A hand engageable lever actuator extends radially from the upper end portion of the shaft in an opposite direction to the opening of the slot for actuating the movable ball engageable member to cause it to move away from the ball. The receiving member has a massive portion disposed substantially below and substantially opposite the actuator to cause the center of gravity of the device to be disposed offset from the shaft and the slot so that when the device is held by the actuator and the ball engageable member retracts away from the ball, the receiving member tends to swing away from the tee to disengage the tee from the shallow slot.
    • 根据本发明的公开实施例,提供了一种用于设置高尔夫球和三通的装置和方法,包括设置在轴的底端部分处的球和三通接收构件。 球接合构件设置在轴的下端部,用于当球被接收构件接收时将球压靠在三通上。 接收构件具有下三通可接合构件,其具有沿着在狭槽内接收三通的方向径向延伸的浅槽开口。 手可接合杆致动器从轴的上端部沿着与槽的开口相反的方向径向延伸,用于致动可移动球接合构件以使其远离球移动。 接收构件具有基本上位于致动器下方并且基本上相对于致动器的大块部分,以使装置的重心偏离轴和槽,使得当该装置被致动器保持并且球可接合构件缩回时 远离球,接收构件倾向于从三通开始摆动,以将三通与浅槽分离。
    • 7. 发明授权
    • Dual ring fault isolation
    • 双环故障隔离
    • US5463634A
    • 1995-10-31
    • US391303
    • 1995-02-21
    • Jay L. SmithBradley S. TrubeyAnthony D. Walker
    • Jay L. SmithBradley S. TrubeyAnthony D. Walker
    • H04L12/437G06F11/00H04J1/16
    • H04L12/437
    • Stations on a faulty token ring which includes a control adapter are removed one at a time starting with the most down stream station from the control adapter or of a station up stream from the last station is known to be good all of the stations down stream from that station are removed and the one at a time removal starts with the known good station. The control adapter transmits special beacon frames during the station removal process and when the removal of a station results in receipt of the special beacon frame at the control adapter, the control program identifies a fault domain which includes the station whose removal caused the special beacon to be received at the control adapter and the station immediately up stream from that station. The stations in the fault domain are selectively subjected tests and removed from the ring when a failure is detected.
    • 包含控制适配器的故障令牌环上的站点从一个起始于最大的下行站从控制适配器或从最后一个站的上行流被清除一个,已知所有的站下游的所有站 那个车站被删除,一次在那个时候从那个已知的好站开始。 控制适配器在站移除过程期间发送特殊信标帧,并且当移除站导致在控制适配器处接收到特殊信标帧时,控制程序识别故障域,该故障域包括移除引起特殊信标的站 在控制适配器和车站立即从该车站上流接收。 当检测到故障时,故障域中的站选择性地进行测试并从环中移除。