Quanzhou Normal University, Quanzhou 362000, China.
Centre for Sport and Exercise Sciences, University of Malaya, Kuala Lumpur 50603, Malaysia.
J Environ Public Health. 2022 Aug 8;2022:2700957. doi: 10.1155/2022/2700957. eCollection 2022.
Under the restriction of ecological and environmental factors, our requirements have improved for the development path of gymnasium construction. According to the previous way to carry out the development path of gymnasium construction will make our construction work encounter a lot of unnecessary troubles, so we can improve the success rate of the development path of gymnasium construction under the constraints of the ecological environment by carrying out relevant evasive operations according to the constraints of ecological environment. The topological path and path algorithm used to improve the efficiency of stadium construction and development path under the constraints of ecological environment, TEG algorithm, Q-TEG model, Q-TEG algorithm, Dtra algorithm, TraD algorithm, ResR algorithm, and Q-TED algorithm used in resource reservation plus time slot plus hosting bring the following advantages: (1) we use topological path and path algorithm to explore topological representation methods suitable for development path. The overview provides a theoretical basis for guidance, for forwarding technology scheduling mechanisms and multi-path forwarding mechanisms to provide higher flexibility. (2) We use the TEG algorithm of resource reservation plus time slot plus trusteeship, Q-TEG model, and Q-TEG algorithm under multi-model model can deal with the capacity and link of queue in each stadium construction development path well. It is more convenient to set the packet loss threshold for the propagation experiment tested in the simulation. Better help gymnasium construction and development path transmission is successful. (3) The use of the Dtra algorithm, TraD algorithm, ResR algorithm, and Q-TED algorithm in our stadium construction development path of a good deal of the transmission link structure between each node, so that the transmission efficiency between nodes becomes higher, making our stadium construction development path operation more efficient and convenient.
在生态环境因素的制约下，我们对体育馆建设发展路径的要求有所提高。按照之前的方式开展体育馆建设发展路径的话，会使我们的建设工作遇到很多不必要的麻烦，所以我们可以根据生态环境的制约开展相关的规避操作，以此来提高体育馆建设发展路径在生态环境制约下的成功率。在生态环境约束下提高体育馆建设和发展路径效率的拓扑路径和路径算法、资源预留加时隙加托管的 TEG 算法、Q-TEG 模型、Q-TEG 算法、Dtra 算法、TraD 算法、ResR 算法和 Q-TED 算法具有以下优势：（1）我们使用拓扑路径和路径算法来探索适合发展路径的拓扑表示方法。概述为转发技术调度机制和多路径转发机制提供了理论基础，以提供更高的灵活性。（2）我们使用资源预留加时隙加托管的 TEG 算法、Q-TEG 模型和 Q-TEG 算法，可以很好地处理每个体育馆建设发展路径中的队列容量和链路问题。在模拟中进行的传播实验设置数据包丢失阈值更加方便。更好地帮助体育馆建设和发展路径传输成功。（3）在我们的体育馆建设发展路径中使用 Dtra 算法、TraD 算法、ResR 算法和 Q-TED 算法，可以很好地处理每个节点之间的传输链路结构，从而提高节点之间的传输效率，使我们的体育馆建设发展路径操作更加高效和方便。
