Titlebook: ;

征服

TAP

Signal Control Method for Modern Roundabouts with Waiting Areas to Meet High Traffic Demands,d on the traffic states of the approach lanes and the loop lanes, and a signal control parameter optimization model is established with the goal of minimizing the delay. The simulation results show that the proposed method can satisfy the required conditions for roundabouts with high traffic volume.

lethal

Research on Intersection Signal Control Based on WIFI Probe Vehicle Detection,eal-time adjustment of signal timing do reduce the time of no vehicle with green light, shorten the delay time, the actual capacity maximum close to the lane on the road traffic capacity, thus achieve the purpose of improving the efficiency of traffic, which has good practical application value.

CRACK

抵制

兩種語言

Learning Individual Travel Pattern by Using Large-Scale Mobile Location Data with Deep Learning, data involving more than 3 million users in Beijing, and the results show that our proposed framework can effectively identify individual travel patterns. The results of this study can further provide insights into traffic demand identification, bus network optimization, and other related research.

串通

簡略

擔(dān)心

Evaluation of Park and Ride Effect Based on Fuzzy Analytic Hierarchy Process,sfer point of Shengli South Street in Shenyang as an example to evaluate its implementation effect. The evaluation result is better, which is consistent with the results of the on-site passenger transfer satisfaction survey. Meanwhile, Suggestions are proposed for further optimization and improvement of the transfer point.

偏狂癥

Fast Path Planning for Fixed-Wing Unmanned Aerial Vehicle with Multiple Constraints,chieve bi-objective optimization, and it is reasonable. Compared with the traditional A* algorithm, the improved algorithm can better balance the optimization flight range and correction times, and save the algorithm planning time, and effectively complete the fast path planning of fixed-wing UAV with multiple constraints.