5results about How to "The generation method is simple" patented technology

The invention relates to the technical field of image processing, in particular to a compression imaging method and system based on a Swin Transform network, and the method comprises the steps: carrying out the sampling processing of training data through employing a CC Hadamard matrix, obtaining a coding image, training a neural network based on the Swin Transform through employing the coding image, and obtaining an optimal compression reconstruction model; in the system, the optimal compression reconstruction model is loaded into a processing center, multiple low-resolution images collected by a detector are preprocessed to obtain coded images, and then the optimal compression reconstruction model is utilized to obtain reconstructed images. Compared with a common sampling matrix, the system and the method provided by the invention have the advantages that the reconstruction effect after sampling of the CC Hadamard matrix is better, and the reconstruction quality of the image is effectively improved.

The invention provides a frequency hopping anti-interference communication system and method based on a chaotic random number, and the system comprises a transmitting end information modulation module which carries out the modulation processing of an original baseband signal; the transmitting end frequency hopping module is used for determining the frequency of a frequency hopping channel; the transmitting end mixer module is used for mixing and carrying out up-conversion processing; the transmitting end antenna module transmits the radio frequency signal waveguide and transmits the radio frequency signal to a free space; the receiving end antenna module is used for receiving a transmitting signal; the receiving end mixer module converts the frequency of the signal and transmits the signal to the receiving end intermediate frequency filter module; the receiving end frequency hopping module is used for determining the frequency of a frequency hopping channel; the receiving end intermediate frequency filter is used for carrying out filtering processing on the signal subjected to frequency conversion; and the receiving end baseband signal module is used for obtaining an original baseband signal transmitted by the transmitting end after filtering processing. According to the invention, the combination of random channel selection and chaotic channel selection is adopted in the frequency hopping module, so that information transmission is realized under the condition that an initial seed is not shared in advance, and the security of a communication system is improved.

The application discloses a kind of dual-machine formation 2v2 cooperative air combat auxiliary decision generation method, which realizes the efficiency promotion of dual-machine cooperative combat by the dual optimization of tactics and maneuver, and the dynamic analysis of air battlefield situation is realized by cooperative tactical decision-making, and the tactical formulation is carried out according to the situation relationship of enemy and our side, and then the combat target is selected;According to the tactics and the distribution of the combat target tactical role;Based on the target maneuver action library, the target prediction state is calculated, and then the final target prediction state is selected;Then the final target prediction state and the current state of our aircraft are input, the control amount of our aircraft in continuous domain is optimized by improved EDA algorithm, and the optimal flight trajectory of our aircraft is obtained.

This invention provides a method, apparatus, system, storage medium, and electronic device for generating intelligent scenes. The method includes: upon detecting a state change in a first device, acquiring a device state change message associated with the first device, the device state change message indicating the state change of the first device; generating a device list based on the device state change message, the device list including at least one device identifier corresponding to a device allowed to generate an intelligent scene; in response to an interactive operation performed on the device list, selecting a target device; and generating a target intelligent scene based on the target device, the first device, and the state change of the first device. This invention solves the technical problem in related technologies where the intelligent scene generation steps are cumbersome, leading to low efficiency in creating intelligent scenes.

The invention provides a generation method of a single magnetic flux subsequence and a generation method of a single quantum bit gate, which can be applied to the technical field of quantum computing, and the generation method of the single magnetic flux subsequence comprises the following steps: in response to a sequence generation instruction, generating m discrete sequences according to input waveform parameters; determining n target pulse grid points and pulse time corresponding to each target pulse grid point according to the waveform integral values of the m waveform points; under the condition that the preset coding scheme is an envelope integral pulse coding scheme, for each target pulse grid point, generating a pulse polarity value corresponding to the target pulse grid point according to the pulse time and the pulse polarity judgment function corresponding to the target pulse grid point; determining a first pulse code corresponding to the pulse polarity value according to the pulse polarity value and the plurality of polarity value ranges; and according to the n first pulse codes corresponding to the n target pulse grid points, generating a first single magnetic flux subsequence.