Abstract: The present disclosure relates to system for dynamic image processing to improve a viewer's interaction with the real world by applying a virtual image display technology. The system for dynamic image processing comprises a target detection module configured to determine a target object for a viewer; an image capture module configured to take a target image of the target object; a process module to receive the target image, process the target image based on a predetermined process mode, and provide information of a virtual image related to the target image to a display module; and the display module configured to display the virtual image by respectively projecting multiple right light signals to a viewer's first eye and corresponding multiple left light signals to a viewer's second eye.

Abstract: A radiation therapy system includes a radiation source, a processor, a flexible pressure sensing matrix, and a pressure sensing device. The radiation source emits a radiation beam to a target region of a patient for treatment. The processor is coupled to the radiation source for adjusting an incident angle and intensity of the radiation beam. The flexible pressure sensing matrix is placed at an object for detecting an amount of movement and an amount of rotation of the object. The pressure sensing device is coupled to the flexible pressure sensing matrix for receiving the amount of movement and the amount of rotation of the object. When the amount of movement or the amount of rotation exceeds a first preset amount, the processor controls the radiation source to suspend treatment.

Abstract: A method for treating addiction by therapeutic radiation including generating an original therapeutic plan according to a basic radiation dose; emitting radiation beams to a target area of an addict according to the original therapeutic plan, the target area comprising nucleus accumbens, the radiation beams based on the basic radiation dose capable of lowering an activity of the nucleus accumbens; and imaging the target area to detect whether the nucleus accumbens recover activity in a preset duration after the original therapeutic plan is completed. A detection of whether the nucleus accumbens recover activity is configured for determining a target radiation dose.

Abstract: A positioning system for positioning a body part of a patient for radiotherapy includes a positioning device and a radiation treatment system. The positioning device includes a photosensor disposed on an outer surface of the body part and configured to generate a sensing signal upon sensing a positioning beam. The processing unit is operable in a recording mode and a comparison mode. In the recording mode, the processing unit receives the sensing signal of the photosensor and generates reference positioning information according to the sensing signal. In the comparison mode, the processing unit receives the sensing signal of the photosensor and generates comparison positioning information according to the sensing signal. The processor compares the reference positioning information to the comparison positioning information and outputs a positioning result according to a result of comparison.

Abstract: A radiation measurement panel is disclosed. The radiation measurement panel comprising a substrate, a first conductive layer, a sacrificial layer, and a second conductive layer. The first conductive layer formed over the substrate. The sacrificial layer formed over the first conductive layer, wherein the dielectric constant of the sacrificial layer changes in accordance with a magnitude of received radiation. The second conductive layer formed over the sacrificial layer, wherein the magnitude of the received radiation corresponds to a capacitance between the first conductive layer and the second conductive layer.

Abstract: A robot assisted interactive system comprises: a mobile device having a display unit for displaying visual content, a touch control unit for receiving user input, a camera unit for obtaining user reaction information, a communication unit for transmitting the use reaction information to a backend server, and a processing unit for controlling the abovementioned units; a robot that includes a gesture module for generating gesture output according to the visual content, a speech module for generating speech output according to the visual content, a communication module for establishing connection with a backend server, and a control module for controlling the abovementioned modules; and a backend server configured to generate a feedback signal in accordance with the reaction information and send it to the mobile device; so as to update the visual content on the mobile device, and cause the robot to generate updated gesture output and speech output.

Abstract: A physiological signal sensor to measure life signs includes at least one first and one second Doppler detectors, at least one first amplification filter, at least one second amplification filter, a processor, and a transceiver. Data from the physiological signal sensor is sent to the first and second Doppler detectors to detect first and second physiological signals from different locations on a living body. The two physiological signals are sent to the first and second amplification filters and amplified and filtered, and converted to obtain a first and second digital sensed signal. Digital signal processing is carried out on the digital sensed signals to obtain first and second physiological information which are outputted via the transceiver.

Abstract: A method for saving electrical power for a physical layer (PHY) device including a plurality of sub-circuits is disclosed. The method includes the steps of outputting a plurality of link pulses, asserting a plurality of disabling signals between two adjacent link pulses for disabling the sub-circuits, respectively, and deasserting the disabling signals for enabling the sub-circuits, respectively. The disabling signals are asserted separately for disabling the sub-circuits at different time points. A physical layer device for use in a chip for saving electrical power is also disclosed.

Abstract: A multi-port network interface circuit and related control method. The network interface circuit has a plurality of PHY circuits, each of the PHY circuit is used for transmitting signals to a plurality of corresponding network nodes via different ports. Each of the PHY circuits scrambles signals transmitted at different ports with different seeds, and the network interface circuit resets different PHY circuits at different times such that each of the PHY circuits starts to transmit signals at a different time.

Abstract: A multi-port network interface circuit and relative control method. The multi-port network is used for transmitting a plurality of signals to different nodes (like terminals) of a network via multiple ports of the network interface circuit. The network interface circuit triggers the transmission of the signals of the different ports with clocks of different phases, such that transition of the transmitted signals of different ports will not occur at a same time.

Abstract: A circuit for testing a chip. The chip has an intellectual product circuit module, and the circuit has a multiplexer controller, several registers and a MUX finite state machine controller to configure these registers in different states according to the test patterns. In the next state, a test activating signal is provided to the intellectual product circuit module. The intellectual product circuit module is then operated and tested according to the output of the registers.

Abstract: A method for saving electrical power for a physical layer (PHY) device including a plurality of sub-circuits is disclosed. The method includes the steps of outputting a plurality of link pulses, asserting a plurality of disabling signals-between two adjacent link pulses for disabling the sub-circuits, respectively, and deasserting the disabling signals for enabling the sub-circuits, respectively. The disabling signals are asserted separately for disabling the sub-circuits at different time points. A physical layer device for use in a chip for saving electrical power is also disclosed.

Abstract: A network apparatus capable of automatically configuring connection polarity includes a random number generator of a plural order for generating a plurality of random numbers, and a plurality of connectors each of which is connected to a corresponding network cable. Each of the connectors includes a signal detector for detecting a network signal, for example, a fast link pulse or a normal link pulse from the corresponding network cable, and a polarity configurer coupled between the signal detector and the random number generator for selectively changing a connection polarity of a connector thereof in accordance with one of the random numbers generated by the random number generator when the signal detector fails to detect a network signal from the corresponding network cable.

Abstract: A method for saving electrical power for a physical layer (PHY) device including a plurality of sub-circuits is disclosed. The method includes the steps of outputting a plurality of link pulses, asserting a plurality of disabling signals between two adjacent link pulses for disabling the sub-circuits, respectively, and deasserting the disabling signals for enabling the sub-circuits, respectively. The disabling signals are asserted separately for disabling the sub-circuits at different time points. A physical layer device for use in a chip for saving electrical power is also disclosed.

Abstract: A multi-port network interface circuit and related control method. The network interface circuit has a plurality of PHY circuits, each of the PHY circuit is used for transmitting signals to a plurality of corresponding network nodes via different ports. Each of the PHY circuits scrambles signals transmitted at different ports with different seeds, and the network interface circuit resets different PHY circuits at different times such that each of the PHY circuits starts to transmit signals at a different time.

Abstract: A multi-port network interface circuit and relative control method. The multi-port network is used for transmitting a plurality of signals to different nodes (like terminals) of a network via multiple ports of the network interface circuit. The network interface circuit triggers the transmission of the signals of the different ports with clocks of different phases, such that transition of the transmitted signals of different ports will not occur at a same time.

Abstract: A wireless local area network access controller for receiving a first frame signal complying with a first format includes a conversion circuit for retrieving a second frame signal complying with a second format according to the first frame signal complying with the first format and for retrieving an access control signal. The wireless local area network access controller also includes an access circuit for processing the second frame signal complying with the second format. The wireless local area network access controller is capable of performing a hardware control according to the access control signal.

Abstract: A method for saving electrical power for a physical layer (PHY) device including a plurality of sub-circuits is disclosed. The method includes the steps of outputting a plurality of link pulses, asserting a plurality of disabling signals between two adjacent link pulses for disabling the sub-circuits, respectively, and deasserting the disabling signals for enabling the sub-circuits, respectively. The disabling signals are asserted separately for disabling the sub-circuits at different time points. A physical layer device for use in a chip for saving electrical power is also disclosed.

Abstract: A network apparatus capable of automatically configuring connection polarity includes a random number generator of a plural order for generating a plurality of random numbers, and a plurality of connectors each of which is connected to a corresponding network cable. Each of the connectors includes a signal detector for detecting a network signal, for example, a fast link pulse or a normal link pulse from the corresponding network cable, and a polarity configurer coupled between the signal detector and the random number generator for selectively changing a connection polarity of a connector thereof in accordance with one of the random numbers generated by the random number generator when the signal detector fails to detect a network signal from the corresponding network cable.

Abstract: A circuit for testing a chip. The chip has an intellectual product circuit module, and the circuit has a multiplexer controller, several registers and a MUX finite state machine controller to configure these registers in different states according to the test patterns. In the next state, a test activating signal is provided to the intellectual product circuit module. The intellectual product circuit module is then operated and tested according to the output of the registers.