Abstract: A system and method for balancing the capacitive charge on touch sensor electrodes so that every two adjacent routes have the same capacitance as any other adjacent two routes, wherein routing electrodes are spaced further and further apart, or graduated, as they get longer, to thereby balance the capacitance on the touch sensor electrodes without having to add or subtract an offset from each touch sensor electrode.

Abstract: A system for physically and logically integrating near field communication technology, touch sensor technology and display technology by using a more powerful near field communication antenna disposed under the touch sensor and display screen for transmitting, and a smaller near field communication antenna on top of the touch sensor for receiving near field communication signals.

Abstract: A method for enabling a touchpad, a relative position device, to operate as if it were a tablet, or absolute position device, so as to provide the same type of input that can be provided by a tablet, wherein a surface of the touchpad is mapped to a surface of the display screen, a finger is detected by the touchpad before it makes contact, the finger may move over the surface of the touchpad causing some visual feedback to occur on the display that indicates the absolute position of the finger as it moves over the touchpad, and making contact with the touchpad to thereby cause selection of an object.

Abstract: A system and method for detecting and tracking multiple objects on a touchpad or touchscreen, wherein the method provides a new data collection algorithm, wherein the method reduces a calculation burden on a processor performing detection and tracking algorithms, wherein multiple objects are treated as elements of a single object and not as separate objects, wherein the location of the objects are treated as end-points of a single object when two objects are detected, and treated as a perimeter or boundary when more than two objects are detected.