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    • 82. 发明授权
    • Low power pixel-based visual display device having dynamically
changeable number of grayscale shades
    • 低功率基于像素的视觉显示设备具有动态可变数量的灰度阴影
    • US5691745A
    • 1997-11-25
    • US369723
    • 1995-01-06
    • Amit Mital
    • Amit Mital
    • G09G3/20G09G5/395G09G5/399G09G5/00
    • G09G5/395G09G5/399G09G2330/02G09G3/2025
    • An inexpensive, low power visual display device has m n-bit/pixel frame buffers that hold m sets of pixel data, where m>1, and an n-bit controller for switching among the m n-bit/pixel frame buffers at a selected rate during a display cycle. The controller outputs a composite stream of the m sets of pixel data. A display having a matrix of pixels is coupled to the controller to receive the composite stream. The pixels are turned on and off in response to the composite stream of pixel data. Individual pixels have a grayscale shade reflecting an average duration that the individual pixel is on. The visual display device produces m.times.(2.sup.n -1)+1 grayscale shades, including white. The multi-buffer display device can be optimized in a manner which reduces power consumption or increases the number of gray scale colors in comparison to prior art single frame buffer visual display devices. A method for operating visual display devices is also disclosed.
    • 廉价的低功率可视显示装置具有m个n位/像素帧缓冲器,其存储m组像素数据,其中m≥1,以及n位控制器,用于在m位/像素帧缓冲器之间切换 在显示周期中选择的速率。 控制器输出m组像素数据的合成流。 具有像素矩阵的显示器被耦合到控制器以接收复合流。 响应于像素数据的合成流,像素被打开和关闭。 单个像素具有反映单个像素打开的平均持续时间的灰度级。 视觉显示设备产生包括白色的mx(2n-1)+1灰阶阴影。 与现有技术的单帧缓冲器可视显示装置相比,多缓冲显示装置可以以降低功耗或增加灰度数的方式进行优化。 还公开了一种用于操作可视显示装置的方法。
    • 87. 发明授权
    • Visual display system having low energy data storage subsystem with date
compression capabilities, and method for operating same
    • 具有日期压缩功能的低能量数据存储子系统的视觉显示系统及其操作方法
    • US5512921A
    • 1996-04-30
    • US263540
    • 1994-06-22
    • Amit MitalDavid Voth
    • Amit MitalDavid Voth
    • G06F3/153G06T9/00G09G3/36G09G5/395G09G5/399H03M7/46H04N1/41H04N7/26G09G5/36
    • H03M7/46G06T9/005G09G3/3611G09G5/395G09G2330/021G09G2340/02
    • A visual display system for use in computers includes a frame buffer for holding visual information data in a particular format for ready input to a visual display device. The system also includes a compressed frame buffer for storing the visual information data in a compressed format which can be rapidly decompressed in real-time and used in the visual display device. The data is compressed by a microprocessor during idle times and decompressed by a decompression circuit on the fly. In some circumstances, the power consumed by compressing and then repeatedly handling the compressed data is less than the power used to repeatedly handle the full uncompressed data set. The visual display system analyzes the visual information data and determines whether compression would help save energy. In the event that the handling of compressed data saves energy, the visual display system will use the compressed data set until the information is changed or updated. In this manner, the visual display system reduces power consumption which helps improve battery life in portable computers. A method for operating a visual display system using this energy saving compression technique is also described.
    • 用于计算机的视觉显示系统包括用于保持特定格式的视觉信息数据的帧缓冲器,以便准备输入到视觉显示设备。 该系统还包括压缩帧缓冲器,用于以可压缩格式存储视觉信息数据,该压缩格式可以实时快速解压缩并用于可视显示装置。 数据在空闲时间由微处理器压缩,并通过解压缩电路进行解压缩。 在某些情况下,通过压缩然后反复处理压缩数据所消耗的功率小于反复处理完整的未压缩数据集所用的功率。 视觉显示系统分析视觉信息数据,并确定压缩是否有助于节约能源。 在处理压缩数据节省能源的情况下,视觉显示系统将使用压缩数据集,直到信息被更改或更新为止。 以这种方式,视觉显示系统降低功耗,有助于改善便携式计算机的电池寿命。 还描述了使用该节能压缩技术来操作视觉显示系统的方法。
    • 89. 发明授权
    • Video editing apparatus
    • 视频编辑装置
    • US5453764A
    • 1995-09-26
    • US935112
    • 1992-08-27
    • Tomoki Inagaki
    • Tomoki Inagaki
    • G06F3/14G09G5/34G09G5/391G09G5/393G09G5/399G09G5/42G09G1/02
    • G09G5/391G06F3/14G09G5/346G09G5/393G09G5/42
    • In a video editing apparatus, picture-representing data are stored in an area of a RAM, with a section of the data being selected to be transferred to form a display picture. When a command is supplied for cutting-out a region of the display picture, to replace the cut-out region with other data, the corresponding data region of the RAM area is stored in memory. If the user subsequently designates that the original data of the cut-out region are to be temporarily replaced in the display picture, the position of the cut-out region is calculated with respect to the data region that is currently being selected from the RAM area, the position with respect to the display picture is thereby obtained, and the cut-out data region is then read out of memory and inserted into the display picture at the obtained position.
    • 在视频编辑装置中,图像表示数据被存储在RAM的区域中,其中一部分数据被选择以被传送以形成显示图像。 当提供用于切出显示图像的区域的命令时,用其他数据替换切出区域,RAM区域的相应数据区域被存储在存储器中。 如果用户随后指定要在显示图像中临时替换切出区域的原始数据,则针对当前正在从RAM区域选择的数据区域计算切出区域的位置 ,从而获得相对于显示图像的位置,然后将切出的数据区域从存储器读出并插入到所获取位置的显示图像中。