Abstract: An mage sensing apparatus includes a substrate, a sensor array and a first electrode structure. The sensor array has a plurality of sensing cells and is disposed on the substrate. The first electrode structure is disposed on the substrate, and is adjacent to a first side of the sensor array and extending along the first side of the sensor array. wherein, the first electrode structure is configured to receive a first compensation signal when a sensing operation is operating on a first plurality of sensing cells among the sensing cells of the sensor array.

Abstract: An mage sensing apparatus includes a substrate, a sensor array and a first electrode structure. The sensor array has a plurality of sensing cells and is disposed on the substrate. The first electrode structure is disposed on the substrate, and is adjacent to a first side of the sensor array and extending along the first side of the sensor array. wherein, the first electrode structure is configured to receive a first compensation signal when a sensing operation is operating on a first plurality of sensing cells among the sensing cells of the sensor array.

Abstract: A digital image capture device incorporated with the function of a pocket game is provided. The digital image capture device is either a digital camera or a digital video for capturing images. At least one game program is capable of being presented on the digital image capture device. The digital image capture device incorporated with the function of a pocket game comprises: a processing unit for executing the game program; a memory unit, connected to the processing unit, for storing the game program; a display unit, connected to the processing unit, for displaying dynamic images when executing the game program; and an operation unit, connected to the, processing unit, for controlling motions of the game program.