11results about How to "Solve the allocation problem" patented technology

The invention discloses a drainage basin ecological safety monitoring method and system based on big data. The method comprises the steps of data acquisition, data preprocessing, drainage basin ecological environment monitoring, drainage basin ecological system monitoring, hyper-parameter optimization and drainage basin ecological comprehensive monitoring. The invention belongs to the technical field of ecological safety information processing, and particularly relates to a drainage basin ecological safety monitoring method and system based on big data, according to the scheme, ecological environment monitoring and ecological system monitoring are creatively and deeply fused, and the comprehensiveness and accuracy of drainage basin ecological safety monitoring are improved; adjacent domain similarity, a standard deviation adjustment distance and a distribution coefficient are introduced, a selection process of a clustering center is optimized, and the technical problem that a watershed ecosystem monitoring result is not accurate enough is solved. The algorithm for obtaining the optimal parameters of the monitoring model is improved by adopting the dynamic adaptation factors, the opposite individuals and the individual symbiotic update, the optimal parameter combination is obtained, the accuracy of the model output result is improved, and the drainage basin ecological environment monitoring result is more accurate.

The utility model discloses a saccharification pile oxygen introducing device in the technical field of white spirit brewing, which comprises a vertical pipe and a coil pipe, the vertical pipe is vertically arranged, the top end and the bottom end of the vertical pipe are sealed, a plurality of exhaust holes penetrating through the inner wall and the outer wall are formed in the peripheral side of the vertical pipe, and a connecting hole penetrating through the inner wall and the outer wall is formed in the bottom end of the vertical pipe. A plurality of vent holes penetrating through the inner wall and the outer wall are formed in the circumferential side of the coil pipe, an air inlet in one end of the air conveying pipe is connected with the air supply device, and the other end of the air conveying pipe is connected with the pipe opening in the outermost ring of the coil pipe. The saccharification pile oxygen introducing device solves the technical problems that fermentation is insufficient and sauce fragrance is not prominent enough due to the fact that the oxygen content of the fermentation pile core and the pile bottom of an existing saccharification pile is low, and is simple in structure and capable of improving the oxygen content of the pile core and the pile bottom of the saccharification pile.

The invention discloses a method and a device for flexibly allocating gateway addresses based on a fragmentation technology, and the method comprises the steps: confirming a gateway mask according to the number of required user addresses; partitioning the planning address field by using a gateway mask to obtain a total partition set; reading an occupied address field, and partitioning by using a gateway mask to obtain an occupied partition set; if a certain partition in the occupied partition set falls into the partition set of the planned address field, discarding the partition in the partition set of the planned address field; remaining partitions in the partition set of the planning address field are recorded as an idle partition set, and the partitions with small addresses are preferentially used and stored in the occupation table. According to the method and the device, the IP address resource allocation is more flexible and accurate, the address allocation algorithm is optimized, the address waste is reduced, the utilization rate of the address resource is improved, the service fulfillment efficiency is further improved, the working pressure of network operation and maintenance personnel is reduced, and the operation and maintenance cost is reduced.

The present invention discloses an IPv6 terminal identity authentication method using 5GNR physical layer information, which belongs to the field of wireless communication security. First, a mobile security communication system model with eavesdroppers is constructed; then the two legal communication parties send detection signals to each other to estimate the communication channel, and then decorrelate the channel estimation matrix; the two legal communication parties respectively jointly quantize the phase and amplitude of the channel estimation matrix after decorrelation processing; the two legal communication parties generate consistent keys through a privacy coordination method based on BCH error correction code; the two legal communication parties respectively perform hash sequence transformation on the consistent keys obtained by each other to obtain the final key; the legal sender generates an identity authentication tag through hash transformation based on the generated key and the source information to be transmitted, and sends it together with the source information; the legal receiver generates an identity authentication tag after hash transformation based on the received source information and the generated key, and compares it with the received identity authentication tag to complete the authentication process. The present invention effectively resists active attacks, does not have the problem of incompatibility with the underlying network, and solves the security leakage risk brought by key distribution management, thereby enhancing the security of the system.

The drive axle main speed reducer assembly with the power switching function comprises a speed reducer shell, a through shaft is arranged in the speed reducer shell, the lower end of the through shaft is connected with an output flange, and the upper end of the through shaft is sleeved with a sliding meshing sleeve and a first gear. A sliding shifting fork is arranged on the sliding meshing sleeve, and the first gear is matched with the sliding meshing sleeve through the sliding shifting fork; the first gear is meshed with the second gear; and the second gear is sleeved and fixed on the third gear shaft. The power switching module is integrally arranged on the through shaft in the main speed reducer of the drive axle, meanwhile, the overall arrangement structure of the axle is not affected, the power switching module is located on an axle transmission system, and high-accuracy power switching of the main speed reducer of the drive axle is achieved.

A precision seed drill and a nest-type fertilizer application device thereof, the precision seed drill comprising a nest-type fertilizer application device, the device comprising: a fertilizer discharger comprising a shell and a fertilizer amount adjustment mechanism, the shell being provided with a fertilizer inlet and a fertilizer outlet, the fertilizer amount adjustment mechanism being installed in the shell corresponding to the fertilizer inlet and the fertilizer outlet; and a fertilizing mechanism comprising a fertilizer pipe and a nest-type fertilizer application component, one end of the fertilizer pipe being connected to the fertilizer outlet, the nest-type fertilizer application component comprising a square tube, a nest-type fertilizer receiving plate, an electromagnet and an elastic reset member, the square tube being connected to the fertilizer pipe; the electromagnet being installed on the side wall of the square tube; the nest-type fertilizer receiving plate being installed on the side wall of the square tube through an elastic reset member and being arranged corresponding to the electromagnet; the electromagnet and the elastic reset member cooperating to control the nest-type fertilizer receiving plate to switch between a fertilizing position and a fertilizer storage position; in the fertilizing position, adjacent nest-type fertilizer receiving plates are separated to form an outlet to release fertilizer; in the fertilizer storage position, adjacent nest-type fertilizer receiving plates are closed to form a closed space to temporarily store fertilizer.

This invention discloses a method, equipment, and medium for airline allocation in collaboration between base airlines and alliances, relating to the field of airport operation planning technology. By predicting the alliance's capacity demand within a preset future timeframe, and integrating base airline capacity growth forecasts, alliance collaboration needs, and terminal capacity constraints, a multi-objective optimization model is constructed. This model achieves precise matching and dynamic adjustment between airlines and terminals, strengthens the adaptability constraint between the alliance's future total capacity and the terminal's design capacity, ensures that the alliance's future total capacity in the current allocation does not exceed the terminal's design capacity, and provides quantitative capacity recommendations for future terminal planning. It solves the problems of traditional methods neglecting alliance collaboration, capacity adaptability, and planning foresight, reduces cross-terminal transfer costs, improves airport operational efficiency and passenger experience, and provides a scientific basis for future terminal planning. It is applicable to the long-term planning and daily scheduling of large multi-terminal hub airports.

This invention provides a method and apparatus for optimizing the allocation and scheduling of multi-sensor tasks in unmanned swarms. It acquires unmanned swarm information and task information, encodes this information, and generates an initial population based on a probability distribution model using the encoded data. This initial population is then input into an iteration process. In each iteration, the population is optimized using fast non-dominated sorting, population mutation, and variable neighborhood local search to obtain an optimized population. The optimized population from each iteration is then transferred to an external archive set. Before each iteration, the probability distribution model is updated using the external archive set to improve the quality of the generated input population. This process is repeated until the external archive set yields an optimal solution that meets the given conditions. This solves the sensor task allocation problem in unmanned swarms and achieves target optimization in both time and resource consumption dimensions.

The invention relates to a wireless resource allocation method and device, base station equipment and a computer readable storage medium. The method comprises the following steps: acquiring terminal information and communication service information of each terminal in a target cell configured by base station equipment; the target cell represents a cell used for covering a ground area and a low-altitude area; inputting the terminal information and the communication service information into a pre-trained first allocation model to obtain BWP allocation information of the target cell, and allocating a first BWP to each terminal according to the BWP allocation information; determining a target terminal from the terminals according to the communication quality information of the terminals after the first BWP is allocated; and inputting the communication quality information and the communication service information of the target terminal into a pre-trained second allocation model to obtain BWP adjustment information of the target terminal, and allocating a second BWP to the target terminal according to the BWP adjustment information. By adopting the method, the problem of wireless resource allocation under dual-carrier sharing AAU deployment can be solved, so that the accuracy degree of wireless resource allocation is improved.

The invention discloses a multi-task core grain architecture GPU-oriented stream processor dynamic allocation method and system. The method comprises the following steps: equally dividing the number of stream processors for all tasks; calculating a task bandwidth demand and an actual available bandwidth, obtaining a mismatching degree according to the task bandwidth demand and the actual available bandwidth, and then redistributing the number of stream processors of each task; calculating the available memory bandwidth of each task in different spatial arrangement modes, and selecting an optimal spatial arrangement mode according to the available memory bandwidth; the method comprises the following steps: determining an idle stream processor and an unfinished task, calculating the kernel residual execution time of the idle stream processor and the stealing overhead of the unfinished task, and stealing the idle stream processor according to the kernel residual execution time and the stealing overhead. According to the method and the device, the problem of allocation of stream processor resources among a plurality of tasks can be solved, extensible high throughput and high resource utilization rate in the multi-task core grain architecture GPU are realized, and the method and the device can be widely applied to the technical field of computers.

This invention discloses a method and system for monitoring watershed ecological security based on big data. The method includes data acquisition, data preprocessing, watershed ecological environment monitoring, watershed ecosystem monitoring, hyperparameter optimization, and comprehensive watershed ecological monitoring. This invention belongs to the field of ecological security information processing technology, specifically a method and system for monitoring watershed ecological security based on big data. This solution creatively integrates ecological environment monitoring and ecosystem monitoring, improving the comprehensiveness and accuracy of watershed ecological security monitoring. It introduces adjacency domain similarity, standard deviation adjustment distance, and allocation coefficients to optimize the selection process of cluster centers, solving the technical problem of inaccurate watershed ecosystem monitoring results. It employs dynamic adaptation factors, opposing individuals, and individual symbiotic updates to improve the algorithm for obtaining optimal parameters of the monitoring model, obtaining the optimal parameter combination, improving the accuracy of the model output results, and making the watershed ecological environment monitoring results more precise.