4results about How to "Improve computing speed" patented technology

This application provides an image filtering method, apparatus, device, storage medium, and program product, relating to the field of image processing technology. The method includes: shifting data in a filtering data buffer unit according to the filtering sliding direction of an image filtering unit, wherein the filtering data buffer unit and the image filtering unit are of the same size; updating the data in the filtering data buffer unit based on current pixel data and historical pixel data in the acquired image data stream; acquiring the updated data in the filtering data buffer unit; filtering the updated data in the filtering data buffer unit using the image filtering unit; and outputting the filtered image data. This application provides a technical solution that reads each pixel data in an image only once and can continuously perform image filtering processing.

The application discloses a prime number field elliptic curve password co-processor, which comprises a register module, a NAF encoding module, an operation module and a controller module; wherein the operation module comprises a modular multiplier unit, a modular squarer unit, a first modular adder unit and a second modular adder unit; the modular multiplier unit is connected with the first modular adder unit and the second modular adder unit and constitutes a three-stage pipeline structure to perform modular multiplication operation; the modular squarer unit is connected with the first modular adder unit and the second modular adder unit and constitutes a three-stage pipeline structure to perform modular squaring operation; the modular multiplier unit and the modular squarer unit operate in parallel, which can accelerate the operation rate, realize higher performance, and achieve the best trade-off between area and performance, and is very suitable for high-speed encryption and decryption application. The application can be widely applied to the technical field of information security.

This application provides a training method, processing method, apparatus, and device based on an image processing model, comprising: acquiring a training image; inputting the training image into a preset initial model; performing convolution processing on the training image based on a first convolution kernel of a convolutional layer in the initial model to obtain a first output vector; and performing convolution processing on the training image based on a second convolution kernel of a convolutional layer in the initial model to obtain a second output vector; and determining a third convolution kernel based on the first and second output vectors to obtain an image processing model with a third convolution kernel. This application achieves improved expressive power of the convolutional layer with a third convolution kernel while maintaining the same computational speed and resource consumption, enabling the convolutional layer to analyze target data from multiple perspectives and obtain more accurate analysis results.

The application provides a switch frequency determination method and device for an LCC resonant converter, the method comprising: obtaining an input voltage and an output voltage of the LCC resonant converter; determining a starting mode in which the LCC resonant converter is currently located by using the output voltage; determining a calculation program corresponding to the starting mode by using the starting mode in which the LCC resonant converter is currently located, wherein the calculation program is an operation logic program designed for the starting mode by using a field programmable logic gate array; inputting the input voltage and the output voltage into the field programmable logic gate array, and calculating the switch frequency of the LCC resonant converter by using the calculation program, so that the switch frequency determination method improves the adjustment rate of the switch frequency of the LCC resonant converter, the rising speed of the output voltage, and further improves the dynamic response speed of an existing power supply.