Abstract: In an example implementation according to aspects of the present disclosure, a method may include determining which edge of a computing device a display module is to attach to, determining an orientation of the display module with respect to the edge the display module is to attach to, and adjusting a display setting on the display module based on the orientation and the edge the display module is to attach to.

Abstract: In some examples, an apparatus includes a proximity sensor to detect a presence of a nearby object, wherein the proximity sensor to output a detection signal. The apparatus includes a physical signal filter unit (PSFU) comprising a plurality of filters, the PSFU to filter the detection signal to produce respective filtered detection signals, wherein a combination of states of the filtered detection signals indicates that the proximity sensor is in a malfunctioned condition, and generate a control signal based on the filtered detection signals. The apparatus includes a network controller to control the RF output power of the antenna based on the control signal.

Abstract: In some examples, an apparatus includes a proximity sensor to detect a presence of a nearby object, wherein the proximity sensor to output a detection signal. The apparatus includes a physical signal filter unit (PSFU) comprising a plurality of filters, the PSFU to filter the detection signal to produce respective filtered detection signals, wherein a combination of states of the filtered detection signals indicates that the proximity sensor is in a malfunctioned condition, and generate a control signal based on the filtered detection signals. The apparatus includes a network controller to control the RF output power of the antenna based on the control signal.

Abstract: Techniques for regulating a radio frequency (RF) output power of an antenna of a computing device are described. In an example a physical signal filter unit (PSFU) to filter a detection signal from a proximity sensor for regulating an RF output power of a device is described. The PSFU includes a first filter circuit to filter the detection signal and generate a first filter output signal and a logical inverter gate to generate an inverted detection signal based on the detection signal. The PSFU also includes a second filter circuit to generate a second filter output signal based on the inverted detection signal. The PSFU also includes a logical AND gate to perform a logical AND operation on the first filter output signal and the second filter output signal to generate a control signal for regulating the RF output power of an antenna of the computing device.

Abstract: Techniques for regulating a radio frequency (RF) output power of an antenna of a computing device are described. In an example a physical signal filter unit (PSFU) to filter a detection signal from a proximity sensor for regulating an RF output power of a device is described. The PSFU includes a first filter circuit to filter the detection signal and generate a first filter output signal and a logical inverter gate to generate an inverted detection signal based on the detection signal. The PSFU also includes a second filter circuit to generate a second filter output signal based on the inverted detection signal. The PSFU also includes a logical AND gate to perform a logical AND operation on the first filter output signal and the second filter output signal to generate a control signal for regulating the RF output power of an antenna of the computing device.

Abstract: The present invention provides a system for saving power of a portable electronic apparatus, which comprises a central processing unit, a display unit connecting to the central processing unit, an audio processing unit connecting to the central processing unit, and a sensor unit receiving an external signal representing reduced illumination in the environment near the portable electronic apparatus and transmitting a control signal to the audio processing unit, and in response the audio processing unit causes the central processing unit and the display unit to enter into a power-saving mode.