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    • 4. 发明授权
    • Methods and apparatus for graphical test and measurement
    • 用于图形测试和测量的方法和装置
    • US08161402B1
    • 2012-04-17
    • US10809152
    • 2004-03-24
    • Patrick L. EdsonMelissa J. Pike
    • Patrick L. EdsonMelissa J. Pike
    • G06F3/048G06F3/00G06F11/30G21C17/00
    • G06F17/5009G06F2217/16
    • A graphical interface is provided to manage interfaces with hardware and software devices. The graphical communication interface can be operated on an electronic device to simplify management of one or more interfaces, while providing opportunities for enhanced capabilities and control of the interfaces. The graphical communication interface can create objects that are associated with hardware or software devices. The objects are representative of the device and are depicted in the graphical interface. The object is configured to be interactive with the device and enable communication between the graphical interface and the hardware device. The graphical interface can include both software objects and hardware objects and the objects can include user-defined protocols to communicate with the device, allowing communications with a wide variety of devices. Analysis objects may also be created for interaction with the hardware objects or software objects.
    • 提供图形界面来管理与硬件和软件设备的接口。 图形通信接口可以在电子设备上操作,以简化一个或多个接口的管理,同时提供增强功能和接口控制的机会。 图形通信接口可以创建与硬件或软件设备相关联的对象。 这些对象是设备的代表,并在图形界面中描绘。 该对象被配置为与该设备交互并且启用图形界面和硬件设备之间的通信。 图形界面可以包括软件对象和硬件对象,并且对象可以包括用户定义的协议以与设备进行通信,从而允许与各种设备进行通信。 还可以创建分析对象以与硬件对象或软件对象进行交互。
    • 5. 发明授权
    • Integrated instrument driver network
    • 集成仪器驱动网络
    • US07400997B2
    • 2008-07-15
    • US11140137
    • 2005-05-26
    • Patrick L. Edson
    • Patrick L. Edson
    • G06F19/00
    • G06F9/4411
    • A mechanism for transparently identifying and retrieving an instrument driver to an application development environment tat is associated with a user-selected instrument is disclosed. Following a user selection of an instrument through a user interface generated by the application development environment, an instrument driver associated with the selected instrument is programmatically identified. If the required instrument driver for the selected instrument is missing from the application development environment, an embodiment of the present invention retrieves the instrument driver from a remote location and installs the instrument driver in the application development environment without the involvement of the user. The present invention also generates a user interface from the application development environment which enables a user to see currently installed instrument drivers as well as available instrument drivers that are located both locally and remotely.
    • 公开了一种用于将仪器驱动程序透明地识别和检索到与用户选择的仪器相关联的应用开发环境的机制。 在用户通过由应用开发环境生成的用户界面来选择仪器之后,与所选择的仪器相关联的仪器驱动器被编程地识别。 如果从应用程序开发环境中缺少所选仪器所需的仪器驱动程序,本发明的实施例将从远程位置检索仪器驱动程序,并将仪器驱动程序安装在应用程序开发环境中,而无需用户的参与。 本发明还从应用程序开发环境生成用户界面,使用户能够看到当前安装的仪器驱动程序以及本地和远程位于本地的可用的仪器驱动程序。
    • 6. 发明授权
    • Integrated instrument driver network
    • 集成仪器驱动网络
    • US07752005B2
    • 2010-07-06
    • US11888988
    • 2007-08-02
    • Patrick L. Edson
    • Patrick L. Edson
    • G06F3/00
    • G06F9/4411
    • An application development environment is provided. A selection of instruments is provided. A selection of an instrument is received. The selected instrument is automatically queried for an identification information of an instrument driver. An absence of the instrument driver is determined in the application development environment. The instrument driver is identified at a remote storage location, the instrument driver having metadata. The identified instrument driver is verified based on the metadata. The verified instrument driver is automatically retrieved from the remote storage location. The retrieved instrument driver is installed in the application development environment. Communications are established between the application development environment and the selected instrument via the installed driver.
    • 提供了应用程序开发环境。 提供了一系列仪器。 收到仪器的选择。 自动查询所选仪器以查找仪器驱动程序的识别信息。 在应用开发环境中确定仪器驱动程序的缺失。 仪器驱动程序在远程存储位置识别,仪器驱动程序具有元数据。 基于元数据验证所识别的仪器驱动程序。 从远程存储位置自动检索已验证的仪器驱动程序。 检索到的仪器驱动程序安装在应用程序开发环境中。 通过安装的驱动程序在应用程序开发环境和所选仪器之间建立通信。