6 results about "Competitive algorithm" patented technology

The invention belongs to the related technical field of circuit design, and discloses a storage and calculation integrated solving circuit for solving a regularization linear regression problem, and the circuit comprises a memristor array, a compensation conductance module, an input neuron module and an output neuron module, the compensation conductance module is used for providing compensation conductance for the memristor array, the input neuron module maps calculation, the output neuron module maps calculation of leakage integral and outputs a final solution vector a after processing, and a calculation result of the whole loop strictly conforms to a kinetic equation of a local competition algorithm. According to the invention, only one memristor array is arranged, and the rows and columns of the memristor array can be reused as an input end and an output end, so that the regularization linear regression problem can be quickly solved based on a small-scale storage solving circuit.

The invention provides a flexible job shop scheduling optimization method based on a double-target empire competition algorithm. In order to improve the efficiency of the core equipment in the flexible job shop scheduling problem FJSP, a mathematical model is established, which takes the minimization of the maximum completion time and the maximization of the core equipment utilization as the target. An improved empire competition algorithm IICA is designed to solve the model. In the algorithm, a left shift decoding rule is proposed to solve the scheduling integration problem. Two heuristic search strategies are used for global search of the empire competition algorithm. On this basis, the adaptive number revolution algorithm is used to improve the convergence speed in the later stage to improve the local search efficiency. Simulation experiments verify the feasibility of the optimization model. The experimental results show that the algorithm has higher efficiency and effectiveness than the existing algorithm.

The invention provides a task success transmission rate-oriented low-altitude unmanned aerial vehicle cluster network resource allocation method, and relates to the technical field of low-altitude communication, and the method comprises the steps: building a low-altitude communication network system model based on an unmanned aerial vehicle cluster; constructing an unmanned aerial vehicle cluster network resource allocation optimization equation based on the low-altitude communication network system model; based on the unmanned aerial vehicle cluster network resource allocation optimization equation, performing analysis by using an unmanned aerial vehicle cluster frequency block sharing method to obtain a frequency block sharing scheme of the unmanned aerial vehicle clusters, and determining the number of sub-channels contained in a frequency block occupied by each unmanned aerial vehicle cluster by using a dynamic frequency block competition algorithm to obtain a resource allocation scheme between the unmanned aerial vehicle clusters; and optimizing the resource allocation scheme in the cluster by using a multi-priority dynamic resource allocation algorithm and taking maximization of the differentiation task successful transmission probability as a target to obtain a network resource allocation result. The problem that reliable transmission of low-altitude key tasks and efficient utilization of resources are difficult to ensure in the prior art is solved.

The application discloses a kind of scheduling method of distributed manufacturing based on empire competition algorithm, comprising the following steps: establishing the objective function including minimizing maximum completion time, minimizing maximum machine load and minimizing total energy consumption, and setting the constraint condition of objective function according to the assembly process of product;Set coding and decoding rules, encode process sequencing and machine selection to obtain process sequencing vector OSV and machine selection vector MAV;Set the hybrid initialization rule of OSV and MAV, generate initial solution set;Calculate the objective function value of all initial solutions in initial solution set, select the better solution as the colony from it, the remaining initial solution is as the colony, adopt OX cross to realize the assimilation between colony, adopt POX cross to realize the assimilation between colony and colony, generate new solution set;Design the neighborhood of OSV and MAV, carry out variable neighborhood descent search to colony, obtain the optimal production scheduling scheme.

The invention relates to a method for suppressing noise in images captured by means of a vehicle camera (2), wherein - image data (x) acquired by the vehicle camera (2) using a differentiable Locally Competitive Algorithm (LCA) model developed using sparse coding and exhibiting noise are represented as a linear combination of learnable elements of a basis with associated coefficients intended for the reconstruction of the image data (x) and the image data (x) are reconstructed with the elements from the basis while removing the noise, minimizing a reconstruction error and - the corresponding coefficients are predicted using a trained artificial neural estimation network and fed into the LCA model for refinement. The invention further relates to a method for operating a night vision system for a vehicle (1) and a device (3) for suppressing noise in images captured by means of a vehicle camera (2).

This invention discloses an IoT-based intelligent irrigation control system for farmland, relating to the technical field of irrigation control. It consists of four modules: a data acquisition module for collecting and preprocessing environmental data to obtain the initial prediction time span, fractional order, and environmental gain weights, forming a combination of representative quantities; an optimization module for optimizing the combination of representative quantities using an Empire competition algorithm to obtain the optimal representative quantity; a decision module for calculating the fractional order compensation term using the optimal representative quantity and discretizing the fractional order compensation term to obtain the control signal; and an execution module for mapping the control signal to the control variables of the actuator, outputting a variable flow rate water supply curve, and generating water supply control commands based on the variable flow rate water supply curve. This enables the actuator to sense the nonlinear transport characteristics of water in the soil and automatically adjust the flow rate output when approaching the irrigation target, using a forward-looking control signal to offset the physical infiltration delay.