通过将其加载在所建立的仿真平台上进行测试得到的最终结果可以看出，所给的负载平衡算法能有效的使系统达到并且保持负载平衡。
Through the result gained by loading the given algorithm on the founded emulated flat, the conclusion that the algorithm can balance the system load effectively is received.
针对节点体型复杂、尺寸重量庞大、不易加载等特点，设计出自平衡加载系统；同时为解决实际工作中节点受力面的非理想状态，考虑不同加载情况。
To resolve the difficulty of loading due to the irregular shape and the large volume, a self-balance loading system was designed for the full-scale experiment.
针对节点体型复杂、尺寸重量庞大、不易加载等特点，设计出自平衡加载系统；同时为解决实际工作中节点受力面的非理想状态，考虑不同加载情况。
To resolve the difficulty of loading due to the irregular shape and the large volume, a self-balance loading system was designed for the full-scale experiment.
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