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    • 8. 发明授权
    • Port number emulation for wireless USB connections
    • 用于无线USB连接的端口号仿真
    • US07685322B2
    • 2010-03-23
    • US11276456
    • 2006-02-28
    • Firdosh K. BhesaniaGlen T. SlickRandall E. Aull
    • Firdosh K. BhesaniaGlen T. SlickRandall E. Aull
    • G06F3/00
    • G06F13/102
    • Port number emulation for wireless Universal Serial Bus (USB) connections is provided. Virtual USB port numbers are emulated and associated with external devices that are wirelessly connected to a host device. The associations are maintained in a data structure. When a wireless external device connects with the host device after a period of disconnection, the emulated port number associated with the wireless external device is identified. The virtual port number is provided to a software component in the host device so that the external device can resume interaction with software components in the host device across enumerations. In one example implementation, the virtual USB port numbers are provided to a plug and play manager, which handles the wireless USB devices in a manner similar to wired USB devices.
    • 提供无线通用串行总线(USB)连接的端口号仿真。 虚拟USB端口号被仿真并与无线连接到主机设备的外部设备相关联。 这些关联维护在数据结构中。 当无线外部设备在断开一段时间后与主机设备连接时,识别与无线外部设备相关联的仿真端口号。 将虚拟端口号提供给主机设备中的软件组件,使得外部设备可以跨枚举恢复与主机设备中的软件组件的交互。 在一个示例实现中,将虚拟USB端口号提供给即插即用管理器,其以类似于有线USB设备的方式处理无线USB设备。
    • 9. 发明授权
    • I/O handling in generic USB drivers
    • 通用USB驱动程序中的I / O处理
    • US07650436B2
    • 2010-01-19
    • US10854408
    • 2004-05-25
    • Firdosh K. BhesaniaRandall E Aull
    • Firdosh K. BhesaniaRandall E Aull
    • G06F3/00G06F5/00
    • G06F9/4411
    • Techniques are disclosed to provide I/O handling in generic USB drivers. More particularly, a generic USB device driver architecture is described which enables development through a user-mode USB library that accesses a generic kernel-mode driver. The architecture may be utilized to provide efficient development for I/O handling. In a described implementation, a method includes defining a data structure utilized to access a plugged-in device. A pipe policy of the data structure is defined and utilizing to access the plugged-in device through a plurality of routines provided by a generic user-mode library (e.g., a dynamic link library (DLL)). The generic user-mode library is communicatively coupled to a kernel-mode generic device driver. In another described implementation, a separate generic device driver is loaded for each plugged-in device or for each functionality supported by the device.
    • 公开了在通用USB驱动器中提供I / O处理的技术。 更具体地,描述了通用USB设备驱动器架构,其通过访问通用内核模式驱动器的用户模式USB库进行开发。 该架构可用于为I / O处理提供有效的开发。 在所描述的实现中,一种方法包括定义用于访问插入式设备的数据结构。 数据结构的管道策略被定义和利用以通过由通用用户模式库(例如,动态链接库(DLL))提供的多个例程来访问插入式设备。 通用用户模式库通信耦合到内核模式通用设备驱动程序。 在另一个描述的实现中,为每个插入设备或针对设备支持的每个功能加载单独的通用设备驱动程序。
    • 10. 发明授权
    • Advanced power management in generic USB drivers
    • 通用USB驱动程序中的高级电源管理
    • US07577765B2
    • 2009-08-18
    • US10854407
    • 2004-05-25
    • Firdosh K. BhesaniaRandall E Aull
    • Firdosh K. BhesaniaRandall E Aull
    • G06F3/00G06F1/00G06F13/00
    • G06F9/4411
    • Techniques are disclosed to provide advanced power management in generic USB drivers. More particularly, a generic USB device driver architecture is described which enables development through a user-mode USB library that accesses a generic kernel-mode driver. The architecture may be utilized to provide advanced power management. In a described implementation, a method includes defining a power management policy for a device plugged into a computing system and utilizing the defined power management policy to determine when the device enters a suspend mode. Once the device enters the suspend mode, the method allows the computing system to enter a lower-power state. In a further described implementation, the power management policy is defined through a plurality of routines provided by a generic user-mode library (e.g., a dynamic link library (DLL)), where the generic user-mode library is communicatively coupled to a kernel-mode generic device driver.
    • 公开了通用USB驱动程序中提供高级电源管理的技术。 更具体地,描述了通用USB设备驱动器架构,其通过访问通用内核模式驱动器的用户模式USB库进行开发。 该架构可以用于提供高级电源管理。 在所描述的实现中,一种方法包括为插入计算系统的设备定义电源管理策略,并利用所定义的电源管理策略来确定设备何时进入挂起模式。 一旦设备进入挂起模式,该方法允许计算系统进入较低功率状态。 在进一步描述的实现中,通过由通用用户模式库(例如,动态链接库(DLL))提供的多个例程来定义功率管理策略,其中通用用户模式库通信地耦合到内核 -mode通用设备驱动程序。