NOVELTY - Anaerobic digestion of easily-degradable organic waste is controlled by setting a micro-aeration device at bottom of an anaerobic digestion reactor; filling easily-degradable organic waste into the anaerobic digestion reactor; carrying out intermittent micro-aeration process in the reactor; after the anaerobic digestion and methane is produced, stopping intermittent micro-aeration, and continuously performing anaerobic digestion; and if an acid inhibition phenomenon appears in the anaerobic digestion process, performing intermittent micro-aeration in the anaerobic digestion reactor again.    USE - Method for controlling anaerobic digestion of easily-degradable organic waste (claimed).    ADVANTAGE - The method allows easily-degradable organic wastes to undergo intermittent micro-aeration in the anaerobic digestion process, utilizes excess organic acids generated in the hydrolysis acidification process of anaerobic bacteria to maintain neural pH value of a reaction system, so as to relieve the acid inhibition of methanogens. Further, the method allows formation of three-dimensional distribution of intermittent micro-aeration in aerobic and anaerobic areas to make ammonia nitrogen generated through anaerobic digestion be simultaneously nitrated and denitrified, so the wastes are effectively removed.    DETAILED DESCRIPTION - Control of anaerobic digestion of easily-degradable organic waste comprises:    (A) setting a micro-aeration device at bottom of an anaerobic digestion reactor;    (B) filling easily-degradable organic waste into the anaerobic digestion reactor;    (C) carrying out intermittent micro-aeration process in the reactor;    (D) after the anaerobic digestion and methane is produced, stopping intermittent micro-aeration, and continuously performing anaerobic digestion; and    (E) if an acid inhibition phenomenon or an ammonia nitrogen inhibition phenomenon appears in the anaerobic digestion process, carrying out intermittent micro-aeration in the anaerobic digestion reactor again.