Page 142 - 2025年第56卷第8期
P. 142

.
               [ 2 ] 张伟兵 .  新中国成立 70 年来防洪减灾研究发展历程与成就回顾[J]  社会史研究,2020(1):191-230.
               [ 3 ] 徐建江,陈文夫,谭尧升,等 .  特高拱坝混凝土运输智能化关键技术与应用[J]  清华大学学报(自然科学
                                                                                      .
                      版),2021,61(7):768-776.
               [ 4 ] 钟登华,时梦楠,崔博,等 .  大坝智能建设研究进展[J]  水利学报,2019,50(1):38-52,61.
                                                                  .
                                                                         .
               [ 5 ] 王仁超,钟登华,查京民 .  高碾压混凝土坝施工过程仿真研究[J]  水力发电学报,1995(1):25-37.
                                                                                                     .
               [ 6 ] LANGEVIN A,SOUMIS F,DESROSIERS J.  Classification of travelling salesman problem formulations[J]  Opera‐
                      tions Research Letters,1990,9(2):127-132.
               [ 7 ] CHEN P,WANG Q. Learning for multiple purposes:A Q-learning enhanced hybrid metaheuristic for parallel drone
                      scheduling traveling salesman problem[J]  Computers & Industrial Engineering,2024,187:109851.
                                                     .
               [ 8 ] GOUVEIA L, PAIAS A, PONTE M.  The travelling salesman problem with positional consistency constraints: An
                                                 .
                      application to healthcare services[J]  European Journal of Operational Research,2023,308(3):960-989.
                                                                                                          /
               [ 9 ] PALHARES  R  A, ARAÚJO  M  C  B.   Vehicle  routing: application  of  travelling  salesman  problem  in  a  dairy[C]/
                      International Conference on Industrial Engineering and Engineering Management,2018.
               [ 10] LI  X, ZHANG  S, SHAO  P.   Discrete  artificial  bee  colony  algorithm  with  fixed  neighborhood  search  for  traveling
                                      .
                      salesman problem[J]  Engineering Applications of Artificial Intelligence,2024,131:107816.
               [ 11] CHAVES A A,VIANNA B L,DA SILVA T T,et al.  A parallel branch-and-cut and an adaptive metaheuristic to
                                                         .
                      solve the Family Traveling Salesman Problem[J]  Expert Systems with Applications,2024,238:121735.
               [ 12] LI S,WANG F,HE Q,et al.  Deep reinforcement learning for multi-objective combinatorial optimization:A case
                      study  on  multi-objective  traveling  salesman  problem[J]   Swarm  and  Evolutionary  Computation, 2023, 83:
                                                                  .
                      101398.
                                                                                     .
               [ 13] HOLLAND J H, REITMAN J S.  Cognitive systems based on adaptive algorithms[J]  Acm Sigart Bulletin, 1977
                      (63):49-49.
               [ 14] 李茂军,童调生 .  用单亲遗传算法求解有序组合优化问题[J]  系统工程与电子技术,1998(10):59-62.
                                                                      .
               [ 15] 杨杰,宗浩阳,马军旭,等 .  混凝土搅拌站配送车辆协同调度[J]  中国科技论文,2021,16(6):644-
                                                                            .
                      648,656.
               [ 16] CHEN Z, WANG H, WANG B, et al.  Scheduling optimization of electric ready mixed concrete vehicles using an
                                                          .
                      improved model-based reinforcement learning[J]  Automation in Construction,2024,160:105308.
               [ 17] XU  J, LI  W, CHEN  P, et  al.   Path  planning  method  for  Camellia  oleifera  forest  trenching  operation  based  on
                                            .
                      human-robot collaboration[J]  Computers and Electronics in Agriculture,2023,215:108446.
               [ 18] KARTHIK  K, BALASUBRAMANIAN  C.   Improved  green  anaconda  optimization  algorithm-based  coverage  path
                      planning mechanism for heterogeneous unmanned aerial vehicles[J]  Sustainable Computing: Informatics and Sys‐
                                                                        .
                      tems,2024,42:100961.
               [ 19] LIU Q,WANG C,LI X,et al.  An improved genetic algorithm with modified critical path-based searching for inte‐
                                                                                                    .
                      grated process planning and scheduling problem considering automated guided vehicle transportation task[J]  Journal
                      of Manufacturing Systems,2023,70:127-136.
               [ 20] TIAN S, ZHANG C, FAN J, et al.  A genetic algorithm with critical path-based variable neighborhood search for
                                                            .
                      distributed assembly job shop scheduling problem[J]  Swarm and Evolutionary Computation,2024,85:101485.
               [ 21] SUN X,ZHANG L,SONG D,et al.  A novel path planning method for multiple USVs to collect seabed-based data
                      [J]  Ocean Engineering,2023,269:113510.
                         .
               [ 22] 崔博,钟航,王佳俊,等 .  基于 CA-RL 的堆石坝填筑仓面碾压作业动态路径规划[J]  水利学报,2024,55
                                                                                         .
                      (3):253-265.
                                                                           .
               [ 23] 李保育,康敬东,邢娇 .  全封闭式混凝土搅拌运输车的设计研究[J]  工程机械,2023,54(7):112-121.
               [ 24] 丁增良,陈珏,邱禧荷 .  一种应用于旅行商问题的莱维飞行转移规则 蚁群优化算法[J]  计算机应用研究,
                                                                                            .
                      2024,41(5):1420-1427.
               [ 25] 高遵海,陈倬 . 图的路径运算矩阵与哈密顿回路等路径问题[J]  华中科技大学学报(自然科学版),2021,49
                                                                       .
                      (2):32-36.
               [ 26] 谢飞,杨扬,何杰 .  基于改良圈算法与线性规划的全国自驾游线路优化研究[J]  重庆工商大学学报(自然科
                                                                                     .
                — 1106   —
   137   138   139   140   141   142   143   144   145