Abstract: There is provided an apparatus and method for identifying and measuring the electric field strength which occurs from each of RFID tags arranged in a detection target space by a receiver to grasp the state of an object. The apparatus is provided with m (m>=1) electromagnetic field generation means provided near a space, the space being occupied by the object when the object is in a particular state; n (n>=1) electric field strength measurement means for identifying and measuring electric field strength which occurs from each of the m electromagnetic field generation means; characteristic extraction means for calculating characteristics from m×n time-series data of the electric field strength; and state identification means for identifying, by statistical processing, a state from the characteristics and characteristic data in each state for learning.

Abstract: There is provided an apparatus and method for identifying and measuring the electric field strength which occurs from each of RFID tags arranged in a detection target space by a receiver to grasp the state of an object. The apparatus is provided with m (m>=1) electromagnetic field generation means provided near a space, the space being occupied by the object when the object is in a particular state; n (n>=1) electric field strength measurement means for identifying and measuring electric field strength which occurs from each of the m electromagnetic field generation means; characteristic extraction means for calculating characteristics from m×n time-series data of the electric field strength; and state identification means for identifying, by statistical processing, a state from the characteristics and characteristic data in each state for learning.

Abstract: The present invention provides a mobile object detection method, and a mobile object detection system, that allow detecting the movement of an object based on measurements of the electric field intensity generated by transmitters such as IC tags, while curbing implementation costs. Movement of the object is detected by measuring electric field intensity generated by a plurality of transmitters arranged in a detection space, obtaining a difference between the electric field intensity and an average value of the electric field intensity in a state where an object in the detection space is not moving, and detecting the movement of the object when the difference is equal to or larger than a threshold value based on a standard deviation of the electric field intensity in a state where the object in the detection space is not moving.