The main function creates a Glib event loop, gets a connection to the session bus, and integrates the D-BUS event handling into the Glib event loop.
main函数创建一个Glib事件循环，获得会话总线的一个连接，并将D -BUS事件处理集成到Glib事件循环之中。
It is expected that GNOME will create wrappers around D-BUS using GObject (indeed these partially exist, integrating D-BUS into their event loop), and that KDE will create similar wrappers using Qt.
预期，GNOME将使用GObject创建包装d -BUS的包装器(实际上这些已经部分存在了，将D - BUS集成入它们的事件循环)，KDE将使用Qt创建类似的包装器。
We then loop, rescanning the SCSI bus (by echoing a command to a special file in the /proc pseudo-filesystem and calling devfsd) until the root device (/dev/sda1 in my case) is present.
然后我们进行循环，重新扫描SCSI总线（通过将命令回送到 /procpseudo-filesystem中的特殊文件，并调用devfsd ），直到出现根设备（我的例子中为 /dev/sda1）。
The configuration program of incoming loop, bus coupler circuit, feeder circuit, motor circuit, reactive power compensation and the control power in switchgear was described.
阐述了开关柜中受电回路、母联回路、馈电回路、电动机回路、无功补偿和控制电源的配置方案。
Three soft start-up technique for voltage loop are compared with each other, which are the reference of DC bus voltage gradually increasing, constant charging current and different PI modulation.
电流环软启动通过输出电流指令递增实现，电压环软启动则比较了直流侧电压指令逐步升高法、恒定电流充电法、变PI参数调节法三种策略。
CAN-bus for the control scheme and a node control loop are proposed. TMS320LF2407 DSP is used as the node controller.
采用TMS320 LF 2407 DSP作为节点控制器，设计了CAN总线结构中的节点控制回路。
However, the change of communication architecture from point-to-point to this common-bus approach introduces different forms of time-delay uncertainty in the closed-loop system dynamics.
然而，从点对点到使用公用的通信总线，这种通信方式的改变在控制系统中引入了不同形式的时延。
However, the change of communication architecture from point-to-point to this common-bus approach introduces different forms of time-delay uncertainty in the closed-loop system dynamics.
然而，从点对点到使用公用的通信总线，这种通信方式的改变在控制系统中引入了不同形式的时延。
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