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Industrial and economic development in China are both advancing at a rapid rate. China is currently the world's second-largest economy. The immediate result of China's continuous economic development is a steady improvement in people's living standards, the great improvement of living environment compared to the past, the deepening of the national urbanization level, and cities becoming the first choice for people's living and life. Nonetheless, as the number of city dwellers continues to rise, the management and control of China's urban regional environment face increasingly difficult challenges. The constant production of domestic waste by urban residents has a significant impact on the urban environment. Therefore, government departments have issued corresponding urban regional environmental control measures to improve the appearance of the urban environment at the government level. Due to the enormous size of the city, however, urban regional environmental control affects every aspect of residents' lives. It has become extremely challenging to objectively, effectively, and precisely evaluate the impact of urban regional environmental control. On the basis of this issue, this paper seeks to develop an evaluation system employing data deep mining technology and computer and artificial intelligence-related technologies in order to achieve an objective evaluation of the effect of environmental management and control in urban areas and to provide a scientific foundation for the subsequent decision-making by government departments. Moreover, the model is highly robust and compatible with different levels of management and control regulations, even when the control effect of the corresponding control deployment is evaluated objectively. [ABSTRACT FROM AUTHOR]