A display terminal control system applied to an image information terminal is disclosed, which includes a system control circuit, a display control circuit having a display buffer memory, the operation thereof being managed by the system control circuit, a coupler connected to the system control circuit for coupling the image information terminal to a data center and a keyborard connected to the system control circuit, wherein the keyboard has a multi-image control key which enables a multi-image display for normal image data sequentially supplied from the data center.
Method and apparatus for displaying images obtained by reading out stimulable phosphor screens wherein radiation images are stored. A mosaic type image is composed by means of a plurality of read-out images and said mosaic type image is displayed on a preview monitor or on one of a plurality of preview monitors.
A multi-mode home terminal system utilizes a single embedded processor and a single RAM for performing modem operations, graphics/video processing and general purpose control tasks. The multi-mode home terminal system supports a wide range of video/graphics standards, modems and voice algorithms. Home terminal input data to be displayed on an associated monitor can be decoded to any display list format or directly to the system's frame buffer. The display lists, frame buffer, font area, and embedded processor memory are located in the same single random access memory, thus allowing the use of a single RAM for DSP data, display lists, video buffers, voice compression/decompression algorithms and embedded controller tasks. The system is flexible for programming the desired video standard, modem type and display list format. Since both the video function and the embedded processor are supported by the same RAM, a RAM arbiter resolves bus contention.
A graphic processing apparatus for generating, displaying or printing characters and graphic data. A successive column access is used in which a row address is designated for access to a memory and data in different column addresses within the designated same row address are successively accessed and buffer means for buffering a series of data between an access by a processor and an access to a memory is provided. A program and image information for display are stored in a main memory. A frame buffer and the main memory are integrally configured simply and small in size.
An improved window managing system which displays and manages a plurality of windows on a display comprises window identifier list storage which stores a window identifier list having window identifiers designated by the user from among all displayed windows in the window system. In essence, the identifier list is a limited subset of all opened windows currently operating on the window system. In response to each depression of a key on the keyboard, a window is sequentially selected from the window identifier list.
An image data display system includes a file unit for storing image data is compressed form, a display unit for displaying image data, a table for storing address information of a plurality of image data to be read from the file unit, a buffer memory having a memory area corresponding to at least two image frames for temporarily storing image data read from the file unit, an expansion processor for expanding image data in the buffer memory, a bit map memory for storing expanded image data, an output unit for outputting image data in the bit map memory to the display unit, an input unit for inputting a first command instructing a successive display of image data and a second command instructing a halt of the successive display, and a control unit responsive to the first command for switching in a predetermined order the buffer memory area used for storing image data read from the file unit and the buffer memory area used by the expansion processor and successively reading image data from the file unit while referring to the table, and responsive to the second command for halting the read operation of image data from the file unit, whereby a desired image frame successively displayed is rendered in a still state by the second command from the input unit.