Abstract: The current research progress of coal mine machinery intelligence always stays on a single function and a single device. The intelligence of complete equipment or complete systems is still in its infancy. Therefore, based on the optimal power algorithm of terminal-to-terminal technology, a complete set of equipment and mining technology combined with a complete set of systems for intelligent is studied. According to the commonly used continuous mining technology, the whole continuous mining face complete set of equipment is constructed, combined with the mining technology, the operation correlation between the intelligent continuous mining face equipment is explored. The terminal-to-terminal direct communication technology is adopted to construct the cellular network framework communication model. Through analysis of multiple frequency bands, the transmission capacity can be obtained, the upper limit of the total power of the frequency band is obtained. The optimal power algorithm is used to solve the uplink interference problem of the shuttle receiving end. In the simulation experiment stage, the system performance is evaluated from multiple perspectives such as Gaussian white noise and multipath interference, different numbers of subcarriers, different multipath fading amplitudes, and whether there is a guard interval. Experimental results show that the research results have an impact on interference and multipath. The effects of fading and implementation methods have ideal suppression effects.

Key words: complete set of continuous mining system, terminal-to-terminal technology, power optimizationalgorithm, 5G communication technology, intelligent