KDE Control Module

Control Center Modules

KDE Bell Control Module

CGI KIO Slave Control Module

KDE Clock Control Module

Konqueror Browsing Control Module

KDE Crypto Control Module

KDE Wallet Control Module

KDE Joystick Control Module

Icons Control Panel Module

Window Decoration Control Module

KDE PCI Information Control Module

KDE Smartcard Control Module

Desktop Sharing Control Module

KDE Taskbar Control Module

KDE Partitions Information Control Module

KDE Screen Saver Control Module

Date and Time Control Module

System Notification Control Panel Module

KDE Panel System Information Control Module

Shared memory

KDE Panel Memory Information Control Module

Solid Device Actions Control Panel Module

Power Control

KCMInit runs startup initialization for Control Modules.

Ruby Analog Clock

KDE Autostart Manager Control Panel Module

This next section details the use of the control center itself. For information on individual modules, please see Control Center Modules

Each control center module can be executed individually

Could not start control module for date and time format.

Provides a classic tree based view of control modules.

Provides a categorized icons view of control modules.

The control center groups the configuration modules into categories, so they are easy to locate. Within each category, the control center shows all the modules in a list, so it is easier to find the right configuration module.

KDE Resources configuration module

Review of controlled sources of ionizing radiation

Secondary bus power clock control

It's simulated humans with a simulated body and a simulated nervous system to control that body.

This control module handles installing, removing and creating visual KDE themes.

The control center is made up of multiple modules. Each module is a separate application, but the control center organizes all of these programs into a convenient location.

See section entitled Running individual control center modules for more information.

The AC adapter has been plugged in, switching to AC mode.

JAROS is responsible for the development of an electronics unit, as well as transmitting receiving modules of the antenna unit.

I've got a little video to show you, but keep in mind that this is with no electronic control, and this is also with only four LEDs.

And this speed, combined with today's high performance micro controllers, allows us to actually simulate, in this piece, over 17,000 LEDs using just 64.

This electrode here, called the gate, controls the flow of current from the source to the drain these two electrodes.