A terminal with position-measuring functions comprising: a position-measuring means to output a position-measured result, which is obtained using arbitrary position-measuring technology, corresponding to a present position of said terminal; a statistical processing means to perform statistical processing on said position-measured result in accordance with a preset statistical processing procedure, and to output position information obtained as a result of said statistical processing; and a position application means to output said position information obtained as said result of said statistical processing in a manner to correspond to a preset application; wherein, in first position-measuring calculation, said statistical processing means outputs the position-measured result obtained from the first position-measuring operation as it is, and, when position-measuring calculations have been performed at least two times and at most (m-1) times, where "m" is a natural number being 3 or more, said statistical processing means outputs an average value of the position-measured results obtained from position-measuring operations performed at least two times and at most (m-1) times, and, when position-measuring calculations have been performed "m" times or more, said statistical processing means outputs an average value of the position-measured results obtained from position-measuring operations performed (n-m+1)-th to n-th time, where "n" is a natural number being "m" or more, characterised in that said statistical processing means, when detecting that a specified speed is exceeded due to movement of said terminal, automatically stops the statistical processing and outputs, without performing the statistical processing, the position-measured result as it is. a position-measuring means to output a position-measured result, which is obtained using arbitrary position-measuring technology, corresponding to a present position of said terminal; a statistical processing means to perform statistical processing on said position-measured result in accordance with a preset statistical processing procedure, and to output position information obtained as a result of said statistical processing; and a position application means to output said position information obtained as said result of said statistical processing in a manner to correspond to a preset application; wherein, in first position-measuring calculation, said statistical processing means outputs the position-measured result obtained from the first position-measuring operation as it is, and, when position-measuring calculations have been performed at least two times and at most (m-1) times, where "m" is a natural number being 3 or more, said statistical processing means outputs an average value of the position-measured results obtained from position-measuring operations performed at least two times and at most (m-1) times, and, when position-measuring calculations have been performed "m" times or more, said statistical processing means outputs an average value of the position-measured results obtained from position-measuring operations performed (n-m+1)-th to n-th time, where "n" is a natural number being "m" or more, characterised in that said statistical processing means, when detecting that a specified speed is exceeded due to movement of said terminal, automatically stops the statistical processing and outputs, without performing the statistical processing, the position-measured result as it is.