Law School of Chengdu University, Sichuan, Chengdu 610106, China.
Comput Intell Neurosci. 2022 May 31;2022:7983802. doi: 10.1155/2022/7983802. eCollection 2022.
At this stage, the research hotspots on wireless multimedia sensor networks mainly include MAC protocol, network security, and node positioning. Research on resource allocation is scarce. Due to the lack of an effective wireless resource allocation strategy, even the most advanced transmission technology will not be able to fully utilize its unique advantages due to unreasonable resource allocation. Therefore, in-depth research on wireless resource allocation strategies is of great significance for the better application of wireless transmission technology. The entire network uses OFDMA mechanism to divide time slots. According to this method, resource allocation can be divided into intercluster and intracluster, and then the Max-Min subcarrier allocation algorithm is innovated and perfected to ensure maximum information transmission speed and throughput and promote information data efficient transmission. Based on the research of wireless sensor system resource allocation technology, China has emphasized industrial prosperity as the key point in its rural revitalization strategy, and doing a good job in technological innovation and industrial innovation is of great significance to economic development. At this stage, the capacity of rural industrial economic development is poor, and the economic level of most rural areas is not high. This situation is inseparable from problems such as limited industrial development and insufficient technological innovation capabilities. In order to promote the prosperity of rural industries and achieve the goal of rural revitalization, we must proceed from the fundamentals and give priority to solving the outstanding problems encountered in the process of rural industrial revitalization. Promoting the revitalization of rural industries can effectively solve the current plight of agricultural development and is an inherent requirement for rural prosperity and the country's prosperity. Aiming at the problems in the process of restricting the revitalization of rural industries, this article adheres to the principle of integrating theory with practice and puts forward practical and feasible measures to solve the problem in a targeted manner.
现阶段,无线多媒体传感器网络的研究热点主要包括 MAC 协议、网络安全和节点定位。资源分配方面的研究较少。由于缺乏有效的无线资源分配策略,即使是最先进的传输技术,由于资源分配不合理,也无法充分发挥其独特优势。因此,深入研究无线资源分配策略对于更好地应用无线传输技术具有重要意义。整个网络采用 OFDMA 机制划分时隙。根据这种方法,资源分配可以分为集群间和集群内,然后对 Max-Min 子载波分配算法进行创新和完善,以确保最大信息传输速度和吞吐量,并促进信息数据的高效传输。基于无线传感器系统资源分配技术的研究,中国在农村振兴战略中强调产业繁荣是重点,做好技术创新和产业创新对经济发展意义重大。现阶段,农村产业经济发展能力较差,大部分农村地区经济水平不高。这种情况与产业发展受限、技术创新能力不足等问题密不可分。为了促进农村产业的繁荣,实现农村振兴的目标,我们必须从根本出发,优先解决农村产业振兴过程中遇到的突出问题。推动农村产业振兴可以有效解决当前农业发展的困境,是农村繁荣和国家繁荣的内在要求。针对制约农村产业振兴进程中存在的问题,本文坚持理论与实践相结合的原则,提出切实可行的解决问题的措施,有针对性地解决问题。