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    • 1. 发明授权
    • Computing device and method for controlling access to driver programs
    • 用于控制访问驱动程序的计算设备和方法
    • US08850228B2
    • 2014-09-30
    • US13449295
    • 2012-04-17
    • Guang-Jian WangJin-Rong ZhaoXiao-Mei Liu
    • Guang-Jian WangJin-Rong ZhaoXiao-Mei Liu
    • H04L29/00G06F12/14G06F21/60
    • G06F21/60G06F12/14G06F21/6281G06F21/725G06F2221/2151
    • A computing device and a method for controlling access to driver programs obtains a first system time at the time that an application uses a CTL_CODE to access a driver program. The first system time and the CTL_CODE is encrypted to generate an encrypted CTL_CODE which is then sent to the driver program. The encrypted CTL_CODE is decrypted to obtain the first system time and the CTL_CODE therein. A second system time at the time that the driver program receives the encrypted CTL_CODE is obtained and compared with the first system time. Access to the driver program is allowed if a difference between the first system time and the second system time falls within a predetermined range, and access to the driver program is forbidden if the difference is beyond the predetermined range.
    • 用于控制对驱动器程序的访问的计算设备和方法在应用使用CTL_CODE来访问驱动程序时获得第一系统时间。 第一系统时间和CTL_CODE被加密以产生加密的CTL_CODE,然后将其发送到驱动程序。 加密的CTL_CODE被解密以获得其中的第一系统时间和CTL_CODE。 驱动程序接收加密的CTL_CODE时的第二系统时间被获得并与第一系统时间进行比较。 如果第一系统时间和第二系统时间之间的差异落在预定范围内,则允许访问驱动器程序,并且如果差超出预定范围,则禁止对驱动程序的访问。
    • 2. 发明申请
    • SYSTEM AND METHOD FOR TRANSFERRING GUEST OPERATING SYSTEM
    • 用于传送用户操作系统的系统和方法
    • US20130103838A1
    • 2013-04-25
    • US13631883
    • 2012-09-29
    • Guang-Jian WangWen-Wu WuMeng-Zhou LiuXiao-Jun Fu
    • Guang-Jian WangWen-Wu WuMeng-Zhou LiuXiao-Jun Fu
    • G06F15/173
    • G06F9/5088G06F2209/5019
    • A method for transferring one or more guest operating system (OS) using a remote server. The remote server periodically obtains a central processing unit (CPU) utilization ratio of each guest OS installed in each cloud server of the data center. The remote server counts the number of times of obtaining the CPU utilization ratio, and calculates a predicted average of the CPU utilization ratio for each cloud server if the counted number of the times is equal to a predetermined number. The remote server transfers one or more guest OS from the cloud server to other cloud servers before a predetermined time, in response to a determination that the predicted average of the CPU utilization ratio of the cloud server is greater than a predetermined average.
    • 一种用于使用远程服务器传送一个或多个客户操作系统(OS)的方法。 远程服务器定期获取安装在数据中心的每个云服务器中的每个客户操作系统的中央处理单元(CPU)利用率。 远程服务器计算获得CPU利用率的次数,并且如果计数的次数等于预定数量,则计算每个云服务器的CPU利用率的预测平均值。 响应于确定云服务器的CPU利用率的预测平均值大于预定平均值,远程服务器在预定时间之前将一个或多个客户操作系统从云服务器传送到其他云服务器。
    • 3. 发明授权
    • Projector and method for correcting trapezoid distortion of projected images using the projector
    • 使用投影机校正投影图像的梯形失真的投影仪和方法
    • US08545026B2
    • 2013-10-01
    • US13010793
    • 2011-01-21
    • Guang-Jian Wang
    • Guang-Jian Wang
    • G03B5/00
    • H04N9/3194G03B5/00G03B21/147
    • A method corrects trapezoid distortion of projected images using a projector. The projector includes a projection lens, a driver device, an image capturing device, and a storage system. A rectangular picture is read from the storage system and projected on a projection area by the projection lens. The method controls the image capturing device to capture an image from the projection area when the projection lens increases one trapezoid row correction grade, and corrects each trapezoid row of the captured image if the captured image has trapezoid rows. The method further controls the image capturing device to capture an image from the projection area when the projection lens increases one trapezoid column correction grade, and corrects each trapezoid column of the captured image if the captured image has trapezoid columns.
    • 一种方法使用投影仪校正投影图像的梯形失真。 投影仪包括投影透镜,驱动器装置,图像捕获装置和存储系统。 从存储系统读取矩形图像并通过投影透镜投射在投影区域上。 当投影透镜增加一个梯形行校正等级时,该方法控制图像捕获装置从投影区域捕捉图像,并且如果捕获的图像具有梯形行,则校正捕获图像的每个梯形行。 当投影透镜增加一个梯形列校正等级时,该方法进一步控制图像捕获装置捕获来自投影区域的图像,并且如果捕获的图像具有梯形列,则校正捕获图像的每个梯形列。
    • 4. 发明授权
    • Auto-focusing projector and method for automatically focusing the projector
    • 自动对焦投影机和自动对焦投影机的方法
    • US08491127B2
    • 2013-07-23
    • US13004035
    • 2011-01-11
    • Guang-Jian Wang
    • Guang-Jian Wang
    • G03B21/14G03B3/00G03B21/00G02B15/14
    • G02B7/28G02B7/36G03B21/53
    • A method for automatically focusing a projector includes a projection lens, a driver device and an image capturing device. The method sets an interval step according to a focusing range of the projection lens, reads a predefined picture from a storage system of the projector, and controls the projection lens to project the picture to a projection area. The method controls the image capturing device to capture an image of the picture from the projection area when the projection lens moves at every interval step, and analyzes a contrast of each of the images to determine an optimal image from the images. The method determines a current focus of the projection lens having the optimal image as an optimal focus of the projection lens, and drives the driver device to control the projection lens to move at the optimal focus.
    • 用于投影机自动聚焦的方法包括投影透镜,驱动器装置和图像捕获装置。 该方法根据投影透镜的聚焦范围设置间隔步长,从投影仪的存储系统读取预定图像,并控制投影透镜将图像投影到投影区域。 当投影透镜在每个间隔步长移动时,该方法控制图像捕获装置从投影区域拍摄图像的图像,并且分析每个图像的对比度以从图像中确定最佳图像。 该方法将具有最佳图像的投影透镜的当前焦点确定为投影透镜的最佳焦点,并且驱动驱动器装置以控制投影透镜以最佳焦点移动。
    • 5. 发明授权
    • Image optimization system and method for optimizing images
    • 图像优化系统和图像优化方法
    • US08803998B2
    • 2014-08-12
    • US13169031
    • 2011-06-27
    • Guang-Jian Wang
    • Guang-Jian Wang
    • H04N5/228G06K9/00
    • G06T5/009G06T2207/10024
    • In a system and method for optimizing images, a digital image of an object is captured by an image capturing device, and a standard image of the object is obtained from a storage system of a computing device. The system calculates an image average energy density (IAED) value of the digital image based on RGB (red, green, blue) channels of the digital image, and calculates an IAED value of the standard image based on RGB channels of the standard image. The system is further calculates a difference between the IAED value of the digital image and the IAED value of the standard image, and applies any difference to optimize every pixel point of the digital image to generate optimized pixel points. The system integrates all the optimized pixel points or original pixel points to generate an optimized image for display.
    • 在用于优化图像的系统和方法中,由图像捕获装置捕获对象的数字图像,并且从计算装置的存储系统获得对象的标准图像。 该系统基于数字图像的RGB(红色,绿色,蓝色)通道计算数字图像的图像平均能量密度(IAED)值,并且基于标准图像的RGB通道来计算标准图像的IAED值。 该系统进一步计算数字图像的IAED值与标准图像的IAED值之间的差异,并且应用任何差异来优化数字图像的每个像素点以产生优化的像素点。 该系统集成了所有优化的像素点或原始像素点,以生成优化的图像进行显示。
    • 7. 发明授权
    • CPU frequency adjusting system and method
    • CPU调频系统及方法
    • US07370221B2
    • 2008-05-06
    • US11025809
    • 2004-12-28
    • Gui-Hua TangGuang-Jian WangYi-Ching Weng
    • Gui-Hua TangGuang-Jian WangYi-Ching Weng
    • G06F1/04
    • G06F9/4411
    • A Central Processing Unit (CPU) frequency adjusting system has a multi-level architecture including an application level, a driver level, a hardware abstraction level, and a hardware platform. The application level includes a user interface (10) for generating a command signal to adjust a CPU frequency according to an input from a user, and displaying an adjusted CPU frequency. The hardware abstraction level includes a frequency adjusting module (130) for adjusting a current CPU frequency in a flash memory (14) with the new CPU frequency input by the user; and a data accessing module (131) for storing the adjusted CPU frequency in the flash memory, and reading the adjusted CPU frequency from the flash memory in order to display the adjusted CPU frequency on the user interface. The CPU frequency adjusting system can reduce the complexity of the hardware abstraction level, and is compatible with different types of BIOSs.
    • 中央处理单元(CPU)频率调整系统具有包括应用级别,驱动程序级别,硬件抽象级别和硬件平台的多级架构。 应用级别包括用于根据来自用户的输入生成指令信号以调整CPU频率并显示调整后的CPU频率的用户界面(10)。 硬件抽象级别包括频率调整模块(130),用于利用用户输入的新CPU频率来调整闪速存储器(14)中的当前CPU频率; 以及数据访问模块(131),用于将调整后的CPU频率存储在闪速存储器中,并且从闪速存储器读取经调整的CPU频率,以便在用户界面上显示经调整的CPU频率。 CPU频率调整系统可以降低硬件抽象级别的复杂性,并兼容不同类型的BIOS。
    • 8. 发明授权
    • Electronic device, storage medium and method for validating speed of a fan thereof
    • 电子装置,存储介质以及用于确认其风扇速度的方法
    • US09063708B2
    • 2015-06-23
    • US13327782
    • 2011-12-16
    • Guang-Jian WangXiao-Mei LiuJin-Rong ZhaoXiao-Jun Fu
    • Guang-Jian WangXiao-Mei LiuJin-Rong ZhaoXiao-Jun Fu
    • H04N7/18G06F1/20
    • G06F1/20
    • In a method for validating speed of a fan of an electronic device, different speeds of the fan are set for validation. The method controls the fan to operate under each of the set speeds in turn, and controls a camera device to continuously capture images of the fan with a shutter speed of the camera device corresponding to the set speed. The images are transmitted to a comparison unit to be analyzed for sameness and clarity. The fan is determined to work abnormally if not all the images are sameness or if at least one image is unclear, and the fan is determined to work normally if all the images are sameness or clear. A validation report is generated to indicate whether the fan is normal or abnormal according to the determination.
    • 在用于验证电子设备的风扇的速度的方法中,设置风扇的不同速度以进行验证。 该方法依次控制风扇在每个设定的速度下操作,并且控制相机设备以相应于设定速度的相机设备的快门速度连续地捕获风扇的图像。 将图像传输到比较单元,以进行相同和清晰的分析。 如果不是所有的图像是相同的,或者至少有一个图像不清楚,则风扇被确定为异常工作,并且如果所有的图像是相同或清楚的,则风扇被确定为正常工作。 生成验证报告,以根据确定来指示风扇是正常还是异常。
    • 9. 发明授权
    • Image capturing apparatus and method for capturing images of objects
    • 用于捕获物体图像的图像捕获装置和方法
    • US09049373B2
    • 2015-06-02
    • US13539489
    • 2012-07-01
    • Guang-Jian WangYan LiXiao-Mei LiuMeng-Zhou Liu
    • Guang-Jian WangYan LiXiao-Mei LiuMeng-Zhou Liu
    • H04N13/02H04N5/232H04N13/00
    • H04N5/23248H04N13/189H04N13/239
    • A method captures images of objects using an image capturing apparatus. The method obtains x-coordinate values, y-coordinate values, and z-coordinate values of the accelerations of a camera device sensed by a gravity sensor in a default time interval, calculates three-dimensional coordinate differences according to the obtained x-coordinate, y-coordinate, and z-coordinate values, and determines whether the three-dimensional coordinate differences are less than corresponding predefined thresholds. If at least one coordinate difference is not less than a corresponding predefined threshold, the method delays a period of time to obtain the x-coordinate, y-coordinate, and the z-coordinate values in a next default time interval. If all the three-dimensional coordinate differences are less than the corresponding predefined thresholds, the method controls the camera device to capture images of the subject object.
    • 方法使用图像捕获装置捕获对象的图像。 该方法在默认时间间隔内获得由重力传感器感测到的摄像机装置的加速度的x坐标值,y坐标值和z坐标值,根据获得的x坐标计算三维坐标差, y坐标和z坐标值,并且确定三维坐标差是否小于相应的预定阈值。 如果至少一个坐标差不小于对应的预定阈值,则该方法延迟一段时间以获得下一个默认时间间隔中的x坐标,y坐标和z坐标值。 如果所有三维坐标差小于相应的预定义阈值,则该方法控制相机装置捕获被摄体的图像。