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    • 5. 发明授权
    • Method and system for automatically running a program
    • 自动运行程序的方法和系统
    • US06366966B1
    • 2002-04-02
    • US08355998
    • 1994-12-13
    • Stuart T. LaneyChristopher J. GuzakKurt J. EckhardtFrederick J. DeWittRonald O. Radko
    • Stuart T. LaneyChristopher J. GuzakKurt J. EckhardtFrederick J. DeWittRonald O. Radko
    • G06F1130
    • G06F9/445
    • A method and system for automatically running a program stored on a medium upon detection of insertion of the medium into a drive are provided. The operating system periodically polls the drive regarding the status of the drive. After receiving a response from the drive regarding the drive's status, the operating system determines whether the drive's status has changed. If the drive's status has changed, the operating system broadcasts a message indicating the change in the drive's status. When the shell receives a message from the operating system indicating a change in the drive's status, the shell determines whether the change in the drive's status indicates that a medium has been inserted into the drive. If the change in the drive's status indicates that a medium has been inserted into the drive, the shell searches for a predefined file on the medium. The shell then runs a program stored on the medium that is specified in the predefined file. Thus, the running of the program on the medium is performed without any action being required on the part of a user.
    • 提供了一种用于在检测到介质插入到驱动器中时自动运行存储在介质上的程序的方法和系统。 操作系统会定期轮询驱动器的驱动器状态。 从驱动器收到有关驱动器状态的响应后,操作系统将确定驱动器的状态是否已更改。 如果驱动器的状态已更改,则操作系统会广播一条消息,指示驱动器状态的更改。 当shell从操作系统接收到指示驱动器状态更改的消息时,外壳会确定驱动器状态的更改是否指示已将介质插入驱动器。 如果驱动器状态的更改表示介质已插入驱动器,则外壳会在介质上搜索预定义的文件。 然后,shell运行存储在预定义文件中指定的介质上的程序。 因此,在媒体上执行程序的运行,而不需要用户的任何动作。
    • 6. 发明授权
    • Digital video data compression technique
    • 数字视频数据压缩技术
    • US5668932A
    • 1997-09-16
    • US647366
    • 1996-05-09
    • Stuart T. Laney
    • Stuart T. Laney
    • G06T9/00G06F15/00
    • G06T9/005
    • A technique for compressing digital video data provides improved compression over conventional block compression techniques. In this technique, image data is broken down into cells and iteratively compressed. The cells are compressed using compression formats that are most appropriate for the contents of the cells. A determination is first made whether a cell is substantially identical to a succeeding cell in a previous frame. If the cell is substantially identical to the cell in the previous frame, the cell is encoded in compressed form as a duplicate of the previous cell. Moreover, solid-color compression approaches, two-color compression approaches and eight-color compression approaches may be integrated into the compression technique.
    • 用于压缩数字视频数据的技术提供了相对于常规块压缩技术的改进的压缩。 在这种技术中,图像数据被细分为单元格并迭代压缩。 使用最适合于细胞内容的压缩格式来压缩细胞。 首先确定小区是否与前一帧中的后续小区基本相同。 如果小区与前一帧中的小区基本相同,则以与先前小区重复的压缩形式对小区进行编码。 此外,可以将压缩方法,双色压缩方法和八色压缩方法固定在压缩方法中。
    • 7. 发明授权
    • Method and system for compressing video data
    • 视频数据压缩方法和系统
    • US5467134A
    • 1995-11-14
    • US995504
    • 1992-12-22
    • Stuart T. LaneyEric LedouxDavid M. MaymudesDaniel J. Miller
    • Stuart T. LaneyEric LedouxDavid M. MaymudesDaniel J. Miller
    • G06T9/00H04N5/85H04N7/26H04N7/30H04N7/34H04N7/46H04N9/804
    • H04N9/8045H04N19/00H04N19/107H04N19/132H04N19/15H04N19/172H04N19/182H04N19/192H04N19/577H04N19/593H04N19/60H04N19/13H04N19/146H04N19/91H04N5/85
    • A method for compressing video movie data to a specified target size using intraframe and interframe compression schemes. In intraframe compression, a frame of the movie is compressed by comparing adjacent pixels within the same frame. In contrast, interframe compression compresses by comparing similarly situated pixels of adjacent frames. The method begins by compressing the first frame of the video movie using intraframe compression. The first stage of the intraframe compression process does not degrade the quality of the original data, e.g., the method uses run length encoding based on the pixels' color values to compress the video data. However, in circumstances where lossless compression is not sufficient, the method utilizes a threshold value, or tolerance, to achieve further compression. In these cases, if the color variance between pixels is less than or equal to the tolerance, the method will encode the two pixels using a single color value--otherwise, the method will encode the two pixels using different color values. The method increases or decreases the tolerance to achieve compression within the target range. In cases where compression within the target range results in an image of unacceptable quality, the method will split the raw data in half and compress each portion of data separately. Frames after the first frame are generally compressed using a combination of intraframe and interframe compression. Additionally, the method periodically encodes frames using intraframe compression only in order to enhance random frame access.
    • 一种使用帧内和帧间压缩方案将视频电影数据压缩到指定目标大小的方法。 在帧内压缩中,通过比较同一帧内的相邻像素来压缩电影的帧。 相比之下,帧间压缩通过比较相邻帧的类似位置的像素来压缩。 该方法开始于使用帧内压缩来压缩视频电影的第一帧。 帧内压缩处理的第一阶段不会降低原始数据的质量,例如,该方法使用基于像素颜色值的游程长度编码来压缩视频数据。 然而,在无损压缩不充分的情况下,该方法利用阈值或公差来实现进一步的压缩。 在这些情况下,如果像素之间的颜色差异小于或等于公差,则该方法将使用单个颜色值对两个像素进行编码,否则该方法将使用不同的颜色值对两个像素进行编码。 该方法增加或减少在目标范围内实现压缩的公差。 在目标范围内的压缩导致不可接受的质量的图像的情况下,该方法将将原始数据分成两半并分别压缩每个数据部分。 第一帧之后的帧通常使用帧内和帧间压缩的组合进行压缩。 此外,该方法仅使用帧内压缩来周期性地编码帧,以便增强随机帧访问。
    • 8. 发明授权
    • Method and apparatus for dynamically changing the color depth of objects displayed in a computer system
    • 用于动态地改变显示在计算机系统中的对象的颜色深度的方法和装置
    • US06377272B1
    • 2002-04-23
    • US09062360
    • 1998-04-17
    • Amit ChatterjeeStuart T. LaneyStuart Raymond Patrick
    • Amit ChatterjeeStuart T. LaneyStuart Raymond Patrick
    • G09G504
    • G09G5/02G09G5/393
    • In response to a change in the color depth of a computer system's display device, the invention dynamically changes the color depth of existing objects in system memory to match the changed color depth of the device. As a result open applications need not be shut down and then reopened to change the color depth of objects already in system memory. The dynamic changing is accomplished through a number of functions calls between an application, the operating system and a display driver. In one embodiment of the invention, copies with the changed color depth are made at one time of all objects in system memory and the original objects discarded. The copies are then transferred to screen memory (if the display device is a video display terminal) for display as they are requested. In another embodiment of the invention, copies with the changed color depth are made selectively as the objects are transferred to the screen memory. The copies are then discarded from system memory after transfer and the original objects retained.
    • 响应于计算机系统的显示设备的颜色深度的变化,本发明动态地改变系统存储器中现有对象的颜色深度以匹配设备的改变的颜色深度。 因此,打开的应用程序不需要关闭,然后重新打开以更改已经在系统内存中的对象的颜色深度。 通过应用程序,操作系统和显示驱动程序之间的多个函数调用来实现动态更改。 在本发明的一个实施例中,具有改变的颜色深度的副本在系统存储器中的所有对象的一次进行并且丢弃原始对象。 然后将副本传送到屏幕存储器(如果显示设备是视频显示终端),以便它们被请求显示。 在本发明的另一个实施例中,当对象被传送到屏幕存储器时,选择性地进行具有改变的颜色深度的副本。 然后在传输之后从系统内存中丢弃副本,并保留原始对象。
    • 9. 发明授权
    • Allocating display information
    • 分配显示信息
    • US6104359A
    • 2000-08-15
    • US786971
    • 1997-01-24
    • Raymond E. EndresStuart T. LaneyAndre F. Vachon
    • Raymond E. EndresStuart T. LaneyAndre F. Vachon
    • G06F3/14G06F13/10G09G5/00
    • G06F3/1423G06F13/102
    • To provide an expanded computer desktop working area, a forking driver is removably inserted logically between a graphical device interface program and a plurality of display device driver programs driving a plurality of computer monitor display screens. When inserted, the forking driver configures parameters for the screens to recognize capabilities common to the screens while also preserving significant capabilities of one of the screens representing a primary screen. The forking driver intercepts a function call directed to the device driver program corresponding to the primary screen and processes the function call to cause one or more of the device driver programs to change one or more screens in a manner consistent with the expanded working area.
    • 为了提供扩展的计算机桌面工作区域,叉形驱动器可逻辑地可拆卸地插入在图形设备接口程序和驱动多个计算机监视器显示屏幕的多个显示设备驱动器程序之间。 当插入时,分叉驱动程序配置屏幕的参数以识别屏幕通用的功能,同时还保留代表主屏幕的一个屏幕的显着功能。 叉车驾驶员拦截针对与主屏幕相对应的设备驱动程序的功能调用,并且处理功能调用以使一个或多个设备驱动程序以与扩展的工作区域一致的方式改变一个或多个屏幕。