应答器数据容量检测及优化配置算法研究

目前,应答器的布置是根据有关设置原则及相关标准,在设计时根据线路信息,凭借设计人员的经验计算出线路所需的应答器数目。这种设置方法即使在线路信息数据正确全面的情况下,仍然没有办法定量地准确确定该路段应答器最佳配置方案,在以后的调试过程中,需重新增设应答器,以满足线路要求,带来施工不便和安全隐患。针对这一问题,设计出一种优化算法,实现应答器容量的充分利用和优化配置。

Study of Balise Data Volume Detection and Optimal Arrangement Algorithm

At present,the arrangement of balises is based on the principles of establishment and related standards.The number of required balises in design can be calculated according to the designer＇s experiences based on line date.It is difficult to determine a optimal quantitative arrangement scheme of balise for a line segment by using such method even if the line data is correct and complete.Thus,it is often inevitable that more balises should be added to satisfy the need in the process of later debugging,resulting in the inconvenient and hidden dangers of construction.Aimed at solving such issues,we present an optimization algorithm to attain full utilization of balise capacity and optimized arrangement.