中文摘要：

为了解决在控制设备存在的不同时间延期，在空间结构上安装了，在这研究，用 2 ^N 的分离分析精确算法被选择基于基于市场的控制(MBC ) 为长跨度的结构解决 multi-time-delay 问题方法。间隔的概念混合了精力从计算结构的力学和最佳的控制研究区域被介绍，并且它把 MBC multi-time-delay 控制器的设计翻译成片断矩阵的一个解决方案。这条途径在空间及时转变连续算法到并行计算，极大地改进解决的效率和数字稳定性。设计控制器能与线性控制力量联合考虑时间延期的问题并且为大时间延期条件是特别有效的。长跨度的结构的一个数字例子被选择表明介绍控制器的有效性，并且时间延期被发现在结果上有重要影响。

英文摘要：

To solve the different time delays that exist in the control device installed on spatial structures, in this study, discrete analysis using a 2N precise algorithm was selected to solve the multi-time-delay issue for long-span structures based on the market-based control （MBC） method. The concept of interval mixed energy was introduced from computational structural mechanics and optimal control research areas, and it translates the design of the MBC multi-time-delay controller into a solution for the segment matrix. This approach transforms the serial algorithm in time to parallel computing in space, greatly improving the solving efficiency and numerical stability. The designed controller is able to consider the issue of time delay with a linear controlling force combination and is especially effective for large time-delay conditions. A numerical example of a long-span structure was selected to demonstrate the effectiveness of the presented controller, and the time delay was found to have a significant impact on the results.