linux monitor calibration

If you're an old Windows 7 user, from M1 to Beta, and from RC to RTM, you'll probably find that some users ' system slows down after using XP Photo Viewer. Especially when you use Windows Photo Viewer to view some picture format files, the system call process is obviously somewhat "slow". The reason for this is that Windows 7 systems are slowed down because the "use Windows 7 Monitor calibration" is enable

enabling the use of WINDOWS7 monitor calibration slows down the system Using the Windows7 color correction feature produces an ICC profile within the system, and then when a user browses to a picture file, the Windows7 defaults to calling the resulting ICC profile instead of calling the component that comes with the video card. If the user has not used the Windows7 color correction feature, the ICC profile

i.mx6 linux tslib corrupt calibration data one, tslib error corrupt calibration data Two, solution: ... if [-f/etc/pointercal];then " i.mx6 touchscreen have calibrate! " Else /usr/bin/ts_calibrate # must pay attention to add this synchronization, otherwise corrected, fast shutdown, # easy to report corrupt

var/log/xorg.0.log, and the load is no problem. It is possible to compile xorg without enabling tslib. See in the xorg.conf, the default is to use the Evdev driver, Google has a half-day its calibration method, seemingly xinput-calibrator is the right path, compile, copy to file system, run in the serial terminal display=:0 xinput_ Calibrator, the calibration window will appear, the

Linux system calibration time cp/etc/localtime. bakcp/usr/share/zoneinfo/Asia/Shanghai/etc/localtimentpdatepool. ntp. orghwclock -- systohc automatically obtains the network time and synchronizes the timed correction server through the ntp service... linux system calibration time cp/etc/localtime. bakcp/usr/share/zonei

Linux System Calibration Time Cp/etc/localtime/etc/localtime.bak Cp/usr/share/zoneinfo/asia/shanghai/etc/localtime ntpdate pool.ntp.orghwclock--SYSTOHC through NTP service, Automatically get network time and synchronize timing correction server time # Yum install–y NTP//install NTP Service # CRONTAB-E//Open Linux Scheduled Task

First install NTP:1 Yum Install -y ntpdateThen execute the NTP command:1 time. windows.comOr:1 ntpdate cn.pool.ntp.orgIf you want to be lazy and let the machine automatically calibrate the time, just add the command to cron.1 crontab-e2 * */1 * * */sbin/ntpdate cn.pool.ntp.org #每隔一个小时同步一次Save to exit. The server uses NTP update time, often involved in UTC whether the open problem, the time will be open for 8 hoursBefore the following command, a command resolves all previous issues.1 -S STDTI

Turn off the monitor VGA1Xrandr--output VGA1--offTurn on the monitor VGA1Xrandr--output VGA1--autoTurn off the monitor LVDS1Xrandr--output LVDS1--offTurn on the monitor LVDS1Xrandr--output LVDS1--autoOpen VGA1 and Close LVDS1Xrandr--output VGA1--auto--output LVDS1--offTurn off VGA1 and open LVDS1Xrandr--output VGA1--of

removal, and port query functions.It can also prevent your system files from being modified, but you do not know.For example, login backdoor, process hiding...You also need to be notified to your mobile phone in time. You do not need to keep an eye on monitoring. Description:This system is used to monitor and manage your Linux server on the window client.Features include:CPU, memory, hard disk, network tra

For every system administrator or network administrator, it is very difficult to monitor and debug Linux system performance issues every day. I've had 5 years of experience working with Linux administrators and know how to monitor the system to keep it running properly. To do this, we have written 20 command-line syste

Transferred from: http://www.kuqin.com/shuoit/20140219/338066.htmlFor system and network administrators, it is a heavy task to monitor and debug the performance of Linux systems on a daily basis. After 5 years working as an administrator in the IT field as a Linux system, I gradually realized how difficult it was to monitor