To others familiar with LPAR technologies, a "node" is an instance of an OS, and several LPARs can reside on a single physical frame.
对于类似于 LPAR 技术的情况而言，一个“节点”就是一个操作系统的实例，而且多个 LPAR 可以驻留在单一物理框架中。
This article discusses the working mechanism of RPR-based MSR with protocol stack frame structure node function and networking included.
详细探讨了基于RPR的MSR的工作机理，包括协议栈和帧结构、节点功能结构、组网应用等几个方面。
Different node form, the connection of web to truss chords and connection of truss chords to frame column are discussed.
不同的桁架节点形式，分析了桁架腹杆两端与弦杆的连接和弦杆与柱连接形式对结构受力性能的影响。
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