5results about How to "Quick wake up" patented technology

The application provides a low-power consumption control method of a GPS module. Through data fusion of a gyroscope and GPS, precise perception of the motion state of the device is realized, and in combination with dynamic frequency modulation technology and hardware-level power control, the system power consumption is significantly reduced under the premise of ensuring positioning accuracy and real-time performance. The application detects the angular velocity change of the device in real time through the gyroscope, determines the device in a motion, low-speed movement or static state in combination with GPS position information. The GPS sampling period is dynamically adjusted according to the state division result. The sliding window algorithm is adopted to smooth the rate fluctuation, the multi-threshold hysteresis mechanism is combined to avoid state misjudgment, and a mathematical optimization model is constructed to iteratively optimize the control parameters, so that the balance between power consumption and performance is realized. Through hardware-level power control, zero power consumption in the static state is realized. In the long-endurance demand scenarios such as Internet of Things devices, wearable devices, field animal research, etc., the average power consumption of the GPS module can be greatly reduced while maintaining high positioning accuracy.

This application discloses a smart cockpit startup method, apparatus, device, and storage medium; the method includes: when a user is detected entering a first area at a distance from the vehicle, controlling the vehicle's smart cockpit to enter a standby state from a deep sleep state through a shallow sleep state; starting a first timer to start timing; when a user is detected not entering a second area at a distance from the vehicle, and the timing duration of the first timer is less than or equal to a first preset duration, controlling the smart cockpit to enter a temporary sleep state from a standby state through a shallow sleep state; when the timing duration of the first timer is greater than the first preset duration and less than a second preset duration, if a user is detected entering a second area, controlling the smart cockpit to enter a standby state from a temporary sleep state through a shallow sleep state; wherein, from the deep sleep state, temporary sleep state, shallow sleep state to the standby state, the power consumption of the smart cockpit increases sequentially.

The application provides an audio processing method and related equipment, the audio processing method comprises the following steps: converting a first audio signal to be processed into a first frequency domain signal containing a plurality of frequency domain parameters; determining a spectral feature value and a sparse feature value of each of the frequency domain parameters in the first frequency domain signal; determining a target frequency domain parameter from the plurality of frequency domain parameters according to the spectral feature value and the sparse feature value, and determining an attenuation parameter of the target frequency domain parameter; performing gain reduction of the attenuation parameter on the target frequency domain parameter in the first frequency domain signal to obtain a second frequency domain signal, and performing time domain conversion on the second frequency domain signal to obtain a second audio signal. In the application, the response speed of the equipment to the voice instruction is improved.

The utility model relates to communication technical field discloses a kind of high arithmetic processing equipment, including three box bodies, three the box body is respectively encapsulated with general computing unit, general service unit and AI intelligent computing unit, the back panel of the box body is provided with LRM connector and external interface, the front panel of the box body is equipped with swing handle, the front panel of the box body is provided with debugging maintenance interface, power switch, secret switch, the secret switch is full-sealing self-resetting button switch, the general computing unit includes general computing unit carrier plate, storage unit, management module and GPU module.In the utility model, the LRM modularization design of three units of general computing, general service and AI intelligent computing, through the hardware decoupling and pooling of heterogeneous arithmetic unit, on-demand dynamic combination and task accurate scheduling are realized, the arithmetic type solidification pattern is broken, and the resource utilization is significantly improved.

This application relates to the field of acoustic positioning technology, providing an acoustic positioning multi-tag identification and wake-up system and method. The system includes a transmitter and a receiver. The transmitter modulates the unique identification information of the tag onto an acoustic carrier wave according to a preset frame structure through an encoding modulation circuit, forming an encoded acoustic signal containing a preamble, a pattern code, and ID data. Simultaneously, it transmits an RFID signal. The receiver's decoding circuit receives the signal and performs a two-stage wake-up detection using its integrated frequency detection and pattern correlator. An interrupt is generated only when the pattern code matches, waking up the main control unit. The main control unit reads the decoded ID and performs pairing verification with the ID in the RFID signal. For successfully paired tags, the distance is calculated based on the arrival time difference between the two signals. This application effectively solves the signal conflict problem when multiple tags are working concurrently through encoded acoustic waves, dual-wave pairing, and an intelligent wake-up mechanism.