随着农业方面生产科技水平的不断完善、提升，进一步加大了农民对玉米生长环

With the continuous improvement and improvement of the production technology level in agriculture, farmers have paid more attention to the growth environment of corn, so they pay more attention to the specific parameters of the growth environment, especially the collection of information and data on remote Must be outstanding. Among them, because the overall environment of agricultural farming is not very good, it brings many challenges and threats to farmers' specific operations, so truly unmanned remote information collection is particularly critical. At present, the further improvement of the level of network technology and network coverage in the world has further promoted the development and improvement of the remote monitoring system in the process of agricultural development. In the past, there were many problems and defects in the remote monitoring system for corn growth environment, especially in the collection of related temperature data and water humidity information. There are certain problems, and the actual data information cannot be monitored in a timely and effective manner. Repeated monitoring has increased the difficulty of the monitoring work to a certain extent, especially the lack of stability of the monitored data. Repeated monitoring has led to continuous increase in operating costs, and there is a corresponding There are many challenges. However, the monitoring system based on the 3G network corn growth environment parameters has been improved and optimized for the above problems, further ensuring the stability and accuracy of the corn growth environment parameter detection. <br>This article focuses on optimizing the components of the monitoring system by combining main ARM programming, J2EE applications, and mobile terminal programming. Secondly, the current status of remote monitoring of the corn growth environment is targeted, and then the main operations and operating steps of the current 3G environmental monitoring system are analyzed in detail. Once again, after focusing on comparing the previous growth environment monitoring system with the current 3G remote monitoring system, and after effectively sorting out the differences between the two, we will further focus on the development of a 3G network-based corn growth environment remote monitoring system. In general, The key content of this article is to use the Internet of Things theory as the theoretical basis for the research, and combined with a variety of new technologies such as telecommunications network technology, focusing on the development of wireless sensor networks and remote monitoring systems for corn growth environments based on 3G networks.

With the continuous improvement and improvement of the level of production science and technology in agriculture, farmers' attention to the growing environment of corn has been further increased, so the specific parameters of the growing environment are paid more attention, especially in the collection of information data on remote lys. Among them, because the overall environment of agricultural farming is not very good, to farmers' specific operation has brought many challenges and threats, so it is particularly important to truly do no one remote information collection. At present, the world's network science and technology level and network coverage to further improve, further promote the development and improvement of the long-distance monitoring system in the process of agricultural development. In the past, there are many problems and defects in the remote monitoring system of corn growth environment, especially in the collection of relevant temperature data and water humidity information, there are certain problems, can not be timely and effective monitoring of the actual data information, so it is necessary to repeatedly monitor, to a certain extent, increase the difficulty of monitoring, especially the lack of data stability, repeated monitoring led to the continuous improvement of operating costs, the corresponding remote monitoring system for corn growth environment brings many challenges. However, the monitoring system based on the parameters of 3G network corn growth environment is perfected and optimized for the above problems, which further ensures the stability and accuracy of the detection of the environmental parameters of corn growth.<br>This paper focuses on the main ARM programming, J2EE applications and mobile terminal programming to optimize the components of the monitoring system. Secondly, it is targeted to explore the remote monitoring of corn growing environment, and then analyze the main operational and operational steps of the current 3G environmental monitoring system in detail. Third, focus on comparing the previous growth environment monitoring system with the current 3G remote monitoring system, and the differencebetween between the two to effectively organize, further focus on the research and development of 3G network-based corn growth environment remote monitoring system in general, the focus of this paper is to the Internet of Things theory as the theoretical basis for research, and combined with a variety of new technologies such as telecommunications network technology, focus on the development of 3G network-based wireless sensor network and corn growth environment remote monitoring system.

With the continuous improvement and improvement of agricultural production technology, farmers pay more attention to the growing environment of corn, so they pay more attention to the specific parameters of the growing environment, especially the remote collection of information data. Among them, because the overall environment of agricultural farming is not very good, which brings many challenges and threats to the specific operation of farmers, so it is particularly important to achieve unmanned remote information collection. At present, the further improvement of network technology level and network coverage in the world has further promoted the development and improvement of remote monitoring system in the process of agricultural development. In the past, there were many problems and defects in the remote monitoring system of corn growing environment, especially in the collection of relevant temperature data and water humidity information, which could not monitor the actual data information in time and effectively. Therefore, repeated monitoring was needed for many times, which increased the difficulty of monitoring work to a certain extent, especially the number of monitoring According to the lack of stability, repeated monitoring leads to the continuous increase of operating costs, which brings many challenges to the remote monitoring system of corn growth environment. However, the monitoring system based on 3G network corn growth environment parameters has been improved and optimized to further ensure the stability and accuracy of corn growth environment parameters detection.<br>This paper focuses on the main arm programming, J2EE application and mobile terminal programming to optimize the components of the monitoring system. Secondly, the current situation of remote monitoring of corn growing environment is explored, and then the main operation and operation steps of 3G environmental monitoring system are analyzed in detail. Thirdly, it focuses on the comparison between the previous monitoring system of growth environment and the current 3G remote monitoring system, and after the effective arrangement of the differences between the two, it further focuses on the research and development of the remote monitoring system of corn growth environment based on 3G network. Generally speaking, the focus of this paper is to take the theory of the Internet of things as the theoretical basis of research, and combine with various telecommunication network technologies New technology, focusing on research and development of wireless sensor network based on 3G network and remote monitoring system of corn growing environment.<br>