A mobile terminal comprising: a main body having a front side and a rear side; at least one sensor located at the front side of the main body; a display located at the front side of the main body and including: a main display region; and first and second sub-display regions (210, 220) extending from the main display region such that the at least one sensor is interposed between the first and second sub-display regions, wherein a notch region which is formed at the front side of the main body and located between the first and second sub-display regions (210, 220) is recessed toward the main display region; a touch sensor for sensing a touch applied to the main display region and the first and second sub-display regions (210, 220); and a controller configured to execute a function predetermined to correspond to the first sub-display region or a function predetermined to correspond to the second sub-display region, based on a starting point of a drag input, when the drag input starting from the first sub-display region or the second sub-display region is applied, wherein the controller is further configured to: generate a first display region corresponding to the position of the first sub-display region in the length direction in the main display region or a second display region corresponding to the position of the second sub-display region in the length direction in the main display region; and display an execution screen of the function corresponding to the first sub-display region in the first display region or an execution screen of the function corresponding to the second sub-display region in the second display region, when the applied drag input starts from the first sub-display region or the second sub-display region, respectively. a main body having a front side and a rear side; at least one sensor located at the front side of the main body; a display located at the front side of the main body and including: a main display region; and first and second sub-display regions (210, 220) extending from the main display region such that the at least one sensor is interposed between the first and second sub-display regions, wherein a notch region which is formed at the front side of the main body and located between the first and second sub-display regions (210, 220) is recessed toward the main display region; a touch sensor for sensing a touch applied to the main display region and the first and second sub-display regions (210, 220); and a controller configured to execute a function predetermined to correspond to the first sub-display region or a function predetermined to correspond to the second sub-display region, based on a starting point of a drag input, when the drag input starting from the first sub-display region or the second sub-display region is applied, wherein the controller is further configured to: generate a first display region corresponding to the position of the first sub-display region in the length direction in the main display region or a second display region corresponding to the position of the second sub-display region in the length direction in the main display region; and display an execution screen of the function corresponding to the first sub-display region in the first display region or an execution screen of the function corresponding to the second sub-display region in the second display region, when the applied drag input starts from the first sub-display region or the second sub-display region, respectively. a main display region; and first and second sub-display regions (210, 220) extending from the main display region such that the at least one sensor is interposed between the first and second sub-display regions, wherein a notch region which is formed at the front side of the main body and located between the first and second sub-display regions (210, 220) is recessed toward the main display region; a touch sensor for sensing a touch applied to the main display region and the first and second sub-display regions (210, 220); and a controller configured to execute a function predetermined to correspond to the first sub-display region or a function predetermined to correspond to the second sub-display region, based on a starting point of a drag input, when the drag input starting from the first sub-display region or the second sub-display region is applied, wherein the controller is further configured to: generate a first display region corresponding to the position of the first sub-display region in the length direction in the main display region or a second display region corresponding to the position of the second sub-display region in the length direction in the main display region; and display an execution screen of the function corresponding to the first sub-display region in the first display region or an execution screen of the function corresponding to the second sub-display region in the second display region, when the applied drag input starts from the first sub-display region or the second sub-display region, respectively. generate a first display region corresponding to the position of the first sub-display region in the length direction in the main display region or a second display region corresponding to the position of the second sub-display region in the length direction in the main display region; and display an execution screen of the function corresponding to the first sub-display region in the first display region or an execution screen of the function corresponding to the second sub-display region in the second display region, when the applied drag input starts from the first sub-display region or the second sub-display region, respectively.