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    • 1. 发明授权
    • Method and system for sharing a hardware resource
    • 用于共享硬件资源的方法和系统
    • US5710703A
    • 1998-01-20
    • US476617
    • 1995-06-07
    • Larry Joseph KirnJohn MerrittGary K. Lowe
    • Larry Joseph KirnJohn MerrittGary K. Lowe
    • B60R16/02B60R16/03F02D41/24F02D41/26F02D29/00
    • F02D41/28F02D41/263B60R16/0315
    • A method and system for sharing a hardware resource in a multistate system is provided. The method includes the steps of monitoring changes in state in the multistate system using a pickup device, accessing a memory containing control parameters required by the hardware resource in response to a state signal from the pickup device, applying a control signal that is related to the accessed control parameters to the hardware resource, and connecting the hardware resource to a selected one of several output devices. The system for sharing a hardware resource includes a memory for storing control parameters, a microprocessor in communication with the memory for updating the control parameters, a pickup device for generating a state signal corresponding to the state of the system, a selection device, for example, a multiplexer, that is responsive to the state signal for selecting one of the control parameters from the memory, a device for applying a control signal related to the selected control parameter to the shared hardware resource, and a switch in communication with the shared hardware resource and selectively in communication with one of a plurality of input or output drivers. The input/output devices for both the method and the system are selected in relation to the state signal, and may be selected based on the present state (Nth state) of the system or a previous state, for example, the Nth-1 state.
    • 提供了一种用于在多态系统中共享硬件资源的方法和系统。 该方法包括以下步骤:使用拾取装置监视多态系统中的状态变化,响应于来自拾取装置的状态信号访问包含硬件资源所需的控制参数的存储器,应用与所述拾取装置相关的控制信号 访问硬件资源的控制参数,以及将硬件资源连接到多个输出设备中选定的一个。 用于共享硬件资源的系统包括用于存储控制参数的存储器,与存储器通信的用于更新控制参数的微处理器,用于生成对应于系统状态的状态信号的拾取装置,例如选择装置 ,多路复用器,其响应于状态信号用于从存储器中选择一个控制参数,用于将与所选择的控制参数相关的控制信号应用于共享硬件资源的设备,以及与共享硬件通信的交换机 资源并且选择性地与多个输入或输出驱动器中的一个通信。 用于方法和系统的输入/输出装置相对于状态信号选择,并且可以基于系统的当前状态(第N状态)或先前状态,例如第N-1状态来选择 。
    • 4. 发明授权
    • Method and code for determining characteristic of road surface beneath moving vehicle
    • 确定移动车辆路面特征的方法和规范
    • US07415872B2
    • 2008-08-26
    • US11539711
    • 2006-10-09
    • John W. DeGeorgeGary K. Lowe
    • John W. DeGeorgeGary K. Lowe
    • G01M17/02G06F7/00
    • G01C7/04
    • In a method for characterizing a road surface beneath a moving vehicle whose powertrain includes a torque converter coupling the engine to a driven wheel, a set of successive values for the torque converter's slip error rate is generated using filtered values for engine speed and torque converter turbine speed. The road surface characteristic is identified based on the set of slip error rate values, as through a comparison of the set with a plurality of case statements, wherein each case statement corresponds with a different road characteristic and/or general surface type. Weighted average values are calculated based on subsets of the values within the set, for use in identifying transitions from one type of surface to another, or one surface characteristic to another. Indicated slip error rates generated in response to changes in an engine torque demand request are also identified to avoid a false indication.
    • 在用于表征移动车辆下方的路面的方法中,其动力系包括将发动机耦合到从动轮的变矩器,用于发动机转速和变矩器涡轮机的过滤值产生用于变矩器的滑移误差率的一组连续值 速度。 基于滑动误差率值的集合来识别路面特性,如通过将该组与多个情况语句进行比较,其中每个情况语句对应于不同的道路特征和/或一般表面类型。 加权平均值基于集合内的值的子集计算,用于识别从一种类型的表面到另一种类型的转换,或者一个表面特征到另一表面特征。 还识别出响应于发动机扭矩需求请求的变化产生的指示滑移误差率,以避免错误指示。
    • 7. 发明申请
    • Method And Code For Determining Characteristic Of Road Surface Beneath Moving Vehicle
    • 确定移动车辆路面特征的方法和规范
    • US20080110249A1
    • 2008-05-15
    • US11539711
    • 2006-10-09
    • John W. DeGeorgeGary K. Lowe
    • John W. DeGeorgeGary K. Lowe
    • G01M17/02
    • G01C7/04
    • In a method for characterizing a road surface beneath a moving vehicle whose powertrain includes a torque converter coupling the engine to a driven wheel, a set of successive values for the torque converter's slip error rate is generated using filtered values for engine speed and torque converter turbine speed. The road surface characteristic is identified based on the set of slip error rate values, as through a comparison of the set with a plurality of case statements, wherein each case statement corresponds with a different road characteristic and/or general surface type. Weighted average values are calculated based on subsets of the values within the set, for use in identifying transitions from one type of surface to another, or one surface characteristic to another. Indicated slip error rates generated in response to changes in an engine torque demand request are also identified to avoid a false indication.
    • 在用于表征移动车辆下方的路面的方法中,其动力系包括将发动机耦合到从动轮的变矩器,用于发动机转速和变矩器涡轮机的过滤值产生用于变矩器的滑移误差率的一组连续值 速度。 基于滑动误差率值的集合来识别路面特性,如通过将该组与多个情况语句进行比较,其中每个情况语句对应于不同的道路特征和/或一般表面类型。 加权平均值基于集合内的值的子集计算,用于识别从一种类型的表面到另一种类型的转换,或者一个表面特征到另一表面特征。 还识别出响应于发动机扭矩需求请求的变化产生的指示滑移误差率,以避免错误指示。