computer and WiFi,then it can quantify by allowing people to locate themselves,with a few meter accuracy ,using the WiFi network.And there must something that make the iSPOTS different from the normal RFID,which is that the iSPOTS can track more accurate,more quick,so that it can be used for the players tracking. You see,the field for soccer is only about 105m*68m,so if you want to track the movements of players,you must be accurate,or the project will be meaningless. Just like RFID,the tags will be attached to the objects,which are the players of AC Milan in this case of iSPOTS.Using the WiFi,the tags can be easily connected with computer in real time,so we can get the track of the movements of the players.Then the computer can provide us with integrated information,which can be used for further study. After we get the track of different players,we can "study the movements and optimize the strategy".For instance,why Filippocomputer and WiFi, then it can quantify by allowing people to locate themselves, with a few meter accuracy ,using the WiFi network. And there must something that make the iSPOTS different from the normal RFID, which is that the iSPOTS can track more accurate, more quick, so that it can be used for the players tracking. You see, the field for soccer is only about 105m*68m, so if you want to track the movements of players, you must be accurate, or the project will be meaningless. Just like RFID, the tags will be attached to the objects, which are the players of AC Milan in this case of iSPOTS. Using the WiFi, the tags can be easily connected with computer in real time, so we can get the track of the movements of the players. Then the computer can provide us with integrated information, which can be used for further study. After we get the track of different players, we can “study the movements and optimize the strategy”. For instance, why Filippo