Non-contact type finger control system and method thereof

A non-contact type finger control system and method thereof. The finger control system comprises a finger glove and a host. The finger glove that can fit onto a human finger has an acceleration sensor and a signal transmitter. The acceleration sensor is used for detecting acceleration speed and motion direction of the finger glove as it moves with the finger,s movement, and outputting a motion parameter. Through wireless transmission, the motion parameter is transmitted to a host, wherein motion parameters sampled at different time are combined into a motion parameter set. Subsequently, the host executes a fuzzy matching process to extract a preset parameter set that matches the motion parameter set, and the instruction that corresponds to the preset parameter set is executed.