The ecological evaluation of green plants based on wireless sensors and the effectiveness of English distance teaching

As a self-organizing multi-hop network system, a wireless sensor network is composed of many low-cost micro sensor nodes used in the field of wireless communication monitoring. Wireless sensor networks are advanced scientific and technological achievements jointly created by the coordinated development of sensor technology and micro-electromechanical systems. The sensor network effectively connects the scientific and technological information network and the real society and transforms the interaction mode between people and the natural society. Their impact on humans can be compared with the impact of the Internet. Wireless sensors are one of the most innovative technologies that have changed the world. The temperature in the city is usually greater than that in the suburbs, and the humidity is less than that in the suburbs. And the differences within cities are also great. The temperature and humidity in different regions are also caused by differences in building floor area ratios and urban land use conditions. Urban green plants can improve the environment and improve air quality. It plays a very important role in today’s urban thermal insulation effect is decreasing. Studying the relationship between green urban plants and urban thermal insulation is the basic starting point of this article. According to the role and principle of urban green space in reducing urban thermal temperature, this paper proposes an ecological assessment framework and method for green urban space and conducts a quantitative study on the effect of urban green space cooling. For English distance learning, some high-quality educational resources can be tilted to the vast rural and remote areas, so that more students can benefit. Therefore, distance learning will be an indispensable new education model in education and teaching in the future.