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    • 1. 发明授权
    • Host disaster recovery system
    • 主机灾难恢复系统
    • US08868979B1
    • 2014-10-21
    • US13301604
    • 2011-11-21
    • Zhihe ZhangZhifei TaoMin ZhangYong AnXiaodong Huang
    • Zhihe ZhangZhifei TaoMin ZhangYong AnXiaodong Huang
    • G06F11/00
    • G06F11/0706G06F11/079G06F11/1417G06F11/1446G06F21/56G06F21/575
    • Critical resources are identified within a computer system such as operating system files, drivers, modules and registry keys that are used to bootstrap the computer. During a successful bootstrap, these resources are saved into persistent storage during the bootstrap phase. Changes to critical resources are monitored and these resources are backed up if they are changed. Upon computer system failure, steps of identifying the type of failure and an analysis of its root cause are optionally performed. A user is presented with a bootstrap menu and critical resources necessary to bootstrap the computer are retrieved from persistent storage and saved into their appropriate locations. A successful bootstrap is then performed of the computer system in order to recover from the failure.
    • 在计算机系统中识别关键资源,例如用于引导计算机的操作系统文件,驱动程序,模块和注册表项。 在成功的引导过程中,这些资源在引导阶段被保存到持久存储器中。 监视对关键资源的更改,如果更改这些资源,则备份这些资源。 在计算机系统故障时,可选地执行识别故障类型和分析其根本原因的步骤。 向用户呈现引导菜单,并从永久存储器检索引导计算机所需的关键资源,并将其保存到适当的位置。 然后对计算机系统执行成功的引导,以便从故障中恢复。
    • 2. 发明授权
    • Shadow copy-based malware scanning
    • 基于影子拷贝的恶意软件扫描
    • US08220053B1
    • 2012-07-10
    • US12146909
    • 2008-06-26
    • Edward SunZhihe ZhangXiaodong HuangFlanker Lu
    • Edward SunZhihe ZhangXiaodong HuangFlanker Lu
    • G06F21/00
    • G06F21/562G06F2221/2147G06F2221/2151
    • Scanning of the shadow copy instead of the hard disk of a computer (using an accessing interface instead of the file system interface or an API of the operating system) enables the scanning software to access any files that might have been locked by the malware on the hard disk and avoids root kits. Files cannot be locked because a disk parser is used instead of the operating system or normal file system interface. It is possible for malware to change or reinfect files during the scanning and cleaning process. Files on the hard disk in existence at the time a manual scan is begun are scanned and backed up to the cache if changed during scanning. Dropped malware is removed by reverting the hard disk to the shadow copy once scanning and cleaning has been performed. Even if a watchdog drops a file during the scanning and cleaning process (because it detects that other malware components are being affected) these dropped files will be removed.
    • 扫描卷影副本而不是计算机的硬盘(使用访问界面而不是文件系统界面或操作系统的API)可以使扫描软件访问可能已被恶意软件锁定的任何文件 硬盘,避免使用rootkit。 文件不能被锁定,因为使用磁盘解析器而不是操作系统或普通文件系统接口。 在扫描和清洁过程中,恶意软件可能会更改或重新创建文件。 当扫描开始时硬盘上存在的文件被扫描并备份到缓存,如果在扫描期间更改。 一旦进行扫描和清洁,将硬盘恢复到卷影副本,即可将删除的恶意软件删除。 即使看门狗在扫描和清洁过程中丢弃文件(因为它检测到其他恶意软件组件受到影响),这些删除的文件将被删除。
    • 4. 发明申请
    • Image Interpolation Method Based On Matrix and Image Processing System
    • 基于矩阵和图像处理系统的图像插值方法
    • US20130322780A1
    • 2013-12-05
    • US13376995
    • 2011-03-18
    • Xiaodong Huang
    • Xiaodong Huang
    • G06T5/00
    • G06T5/001G06T3/4007H04N19/132H04N19/14H04N19/172H04N19/59
    • The present invention relates to an image interpolation method based on matrix and an image processing system. The image processing system first determines a gradient direction of an image region formed by a pixel dot array containing an interpolation point, and then based on the gradient direction and a position of the interpolation point, determines a triangle for interpolation in the image region formed with the pixel dot array, and finally, based on pixel values of pixel dots corresponding to three vertexes of the determined triangle and a distance from the interpolation point to a vertex of the triangle, calculates a pixel value of the interpolation point. Thus, the problem of edge jag or sawteeth of details in an oblique direction of a zoomed image is effectively solved, and a high-quality image is obtained. Furthermore, for the method the calculation is simple, and the computation load is light.
    • 本发明涉及一种基于矩阵和图像处理系统的图像插值方法。 图像处理系统首先确定由包含内插点的像素点阵列形成的图像区域的梯度方向,然后基于渐变方向和内插点的位置,确定在形成有图像区域的图像区域中用于内插的三角形 像素点阵列,最后,基于与所确定的三角形的三个顶点对应的像素点的像素值和从内插点到三角形的顶点的距离,计算插补点的像素值。 因此,有效地解决了在缩放图像的倾斜方向上的细节的边缘锯齿或锯齿的问题,并且获得了高质量的图像。 此外,对于该方法,计算简单,计算负载轻。
    • 5. 发明申请
    • IMAGE UP-SAMPLING METHOD USING 2D WAVELET FILTERS
    • 使用二维小波滤波器的图像上采样方法
    • US20110150354A1
    • 2011-06-23
    • US12642037
    • 2009-12-18
    • Xiaodong Huang
    • Xiaodong Huang
    • G06K9/40G06K9/32H04N7/14
    • G06T3/4053H04N7/0117
    • An original image is up-sampled to a final image by constructing at least two sub-banded filtered images of the original image with 2D wavelet-based decomposition filters, each filtered image being of the same resolution as the original image. Each sub-banded filtered image is then mapped into a larger filtered image of the same size as the final image. Pixels in each larger filtered image which were not mapped in from the sub-banded filtered images are interpolated or left blank. The larger filtered images are then filtered with 2D reconstruction filters and combined to form the final up-sampled image. The invention has the advantage that high quality up-sampled images can be created in real time suitable for high definition video.
    • 通过使用2D小波基分解滤波器构造原始图像的至少两个子带滤波图像,将原始图像上采样到最终图像,每个滤波图像具有与原始图像相同的分辨率。 然后将每个子带滤波图像映射成与最终图像相同尺寸的较大滤波图像。 没有从子带滤波图像中映射的每个较大滤波图像中的像素被内插或留空。 然后用2D重建滤波器过滤较大的滤波图像,并组合以形成最终的上采样图像。 本发明的优点是可以实时地创建高质量的上采样图像,适合于高清晰度视频。