Design and development of a domestic garbage removal management platform based on the Internet of Things

Abstract

In order to meet the demand of intelligent city for domestic garbage classification and effective transportation, this paper discusses the overall scheme of the domestic garbage classification management system based on the “four classifications” standard of domestic garbage, using the characteristics of the Internet of Things and the existing intelligent garbage classification equipment. Subsequently, an intelligent domestic waste removal and transportation plan was proposed, and a new model of domestic garbage intelligent removal was established. Through the development of mobile terminals and the design of the background management system, an intelligent domestic garbage removal management platform is built, which improves the efficiency of transportation and realizes the intelligent management of domestic garbage classification and transportation.

Design and Development of an "Internet+" University Mental Health Education Platform

“…Through modules such as online courses, psychological assessments, personalized recommendations, and discussion forums, it implements an integrated online and offline, theory and practice education model. It provides students with professional, systematic, and continuous mental health education services, promoting the improvement of their psychological well-being [4]. The platform is student-centered, with educational content designed according to students' psychological development needs.…”

Effective and Efficient Honey Harvest Alert System for Bee Farms

“…Quality of honey harvested using the brood box mostly depends on the environment that is placed and the flora present around the box [11][12][13][14]. In view of the above problems, this paper designs a smart beehive system, which can better realize scientific beekeeping and intelligent management [15][16][17][18][19][20]. The system adopts distributed data acquisition and monitoring structure, which consists of a single beehive, a beehive group node and a monitoring center three-level structure.…”

Designing of Wet Transformers as Artificial Soil for Flower Tree Cultivation

“…The checking procedure to make the comparison of importance for the decision criteria, it applied six ones to make for Pair Wise Comparison as well as determining the weight value based on the assessment result from engineering group and community representatives with the totals of six people. Therefore, it enables to remove the model garbage superbly (Xu, Z. & Wei, C., 1999).…”

“…Thus, provided that these litters are transformed as the artificial soil for plant cultivation it could be the guideline to be managed easily, especially through the suitable transforming procedure to gain the good potential of artificial soil with excellent natural balancing (Cheuk, W., et al, 2003). Similarly, the artificial soil made from wet garbage to the organic plant cultivation is capable to increase the benefits as the economical values increasingly (Abdallah, M., et al, 2020;Xuan, L., et al, 2021). In this case, the unvaluable wet garbage can be valued up to be beneficial for environments as well as contributing as garbage quantity reduction in households, air pollution reduction and dirty reduction with sources to infect diseases.…”