About: Graphics tablet is a research topic. Over the lifetime, 411 publications have been published within this topic receiving 10503 citations. The topic is also known as: digitizer & graphics tablet.
TL;DR: In this paper, a stylus and table X-Y data input system for a video display system is presented, where absolute positional information is encoded in binary form in the tablet in such a fashion that the pen position upon the tablet is automatically determinable by illuminating a particular area of the tablet and reading off the digitized XY coordinate data stored therein.
Abstract: A stylus and table X-Y data input system for a video display system. The pen includes an optical styling having a suitable pickup mechanism and the tablet is passive in nature and provides direct digitized data readout. Absolute positional information is encoded in binary form in the tablet in such a fashion that the pen position upon the tablet is automatically determinable by illuminating a particular area of the tablet and reading off the digitized X-Y coordinate data stored therein. The pen and supporting hardware/software are rotationally insensitive so that the pen may be held in any desired position comfortable to a user. The system provides greatly improved resolution, sampling rate accuracy and general robustness particularly for such applications as text recognition as well as a wide variety of other graphical input uses.
TL;DR: In this paper, a data processing system includes a multipurpose data input device formed by a touch screen and a digitizing tablet integrated with one another, which are activatable independently of each other by proper stimuli.
Abstract: A data processing system includes a multipurpose data input device formed by a touch screen and a digitizing tablet integrated with one another, which are activatable independently of each other by proper stimuli. The touch screen and the digitizing tablet each comprise a respective sensing means to sense the proper stimuli. The respective sensing means comprise respective components for producing respective signals representative of the proper stimuli, the respective components being physically and functionally distinct from one another. The input device is integrated with a flat panel display in order to establish a visual feedback to the user or to present information pertaining to the entered data after processing. The flat panel display, touch screen and digitizing tablet take a variety of forms and a variety of techniques are utilized to determine which of the touch screen and digitizing tablet is activated at any time.
TL;DR: In this paper, an integrated digitizer display screen and a digital pen serve as the primary input devices to a tablet computer adapted to receive real-time and stored medical data.
Abstract: An apparatus and a method for an improved user interface for communicating with implantable medical devices are described. An integrated digitizer display screen and a digitizer pen serve as the primary input devices to a tablet computer adapted to receive real-time and stored medical data. The pen is used to select programming options by tapping portions of the digitizer based on visual images on the display. Additionally, the pen may be used to manipulate the medical data through the use of gestures, or be used to enter free form annotations concerning the medical data. An additional aspect of the user interface is the use of a questionnaire card to input information into the tablet computer by tapping the pen on the marked answers on the questionnaire card.
TL;DR: A computer system used with special input hardware for providing the benefits of computerization to handwritten as well as keyboard entered information to meet a wide spectrum of commonly-occurring, written information processing needs is described in this paper.
Abstract: A computer system used with special input hardware for providing the benefits of computerization to handwritten as well as keyboard entered information to meet a wide spectrum of commonly-occurring, written information processing needs. The input hardware consists of a transparent digitizing tablet mounted atop a flat panel display screen such that a user can handwrite directly upon the display screen with an attached pen. Application program functions include appointment documentation and work scheduling, handwritten or text file creation and manipulation, author-to-typist liaison functions for document production, handwritten annotation to text, handwritten note creation from text, and text document creation from handwritten source material.
TL;DR: In this article, a tablet is used as a primary input device for keystroke and mouse input in a computer system with an interface processor and an ink plane buffer for interface display data that is combined with data from the standard display buffer on a pixel-by-pixel basis according to data from a mask plane buffer.
Abstract: A computer system having a digitizing tablet overlaying the display screen. The tablet serves as a user's primary input device. Various features of the system make it possible for the user to run and interact with standard programs designed for keystroke and mouse input and not designed for use with a tablet. In addition to the main processor, on which the user's programs are executed, there is an interface processor. In addition to a standard display buffer, there is an ink plane buffer for interface display data that is combined with the data from the standard display buffer on a pixel-by-pixel basis according to data from a mask plane buffer. The interface processor manages input from the tablet, presents feedback to the user by means of the ink and mask planes, and provides keystroke and mouse data to the main processor as if from a standard keyboard controller. The interface processor presents the user with a collection of simulated devices, including standard devices such as a keyboard and a mouse. A nonstandard simulated device performs character recognition, permitting handwritten characters to be used for program input. During interaction with one of the user's programs, the user can activate and deactivate simulated devices (by removing them from and returning them to a device tray) and can make adjustments in their operation and location on the screen.