8results about How to "Implement the call" patented technology

The application discloses a kind of based on GiST spatial index multi-resolution fragmentation DEM database construction method, comprising: S1, with the resolution of fragmentation DEM image tile as hierarchical division standard;S2, existing DEM image tile is hierarchically divided according to S1 hierarchical division standard, to minimum outer rectangle as unit independent storage;S3, based on DEM image tile, the hierarchical structure rule of R tree is used to establish parent-child node relationship, and the initial R tree multi-resolution skeleton is constructed;S4, on the basis of initial R tree multi-resolution skeleton, uniform different hierarchical spatial relationship description rule is formulated, and according to the rule, the spatial correlation between DEM image tile is described, and the preliminary establishment of multi-resolution DEM database based on GiST spatial index is completed;S5, the DEM image tile to be stored is stored into database, and the database is improved.The application improves the performance of DEM data storage.

The embodiment of the invention provides a payment method and device based on satellite short message communication, equipment, a medium and a product, and is applied to the technical field of satellite communication. According to the method, a satellite short message and a dynamic key sent by a payment terminal are received based on a satellite short message public service platform, identity authentication, integrity verification and data decryption are carried out on the satellite short message based on the dynamic key and a preset public key, and complete transaction information is obtained. Pushing the complete transaction information to a payment capability interface calling platform, receiving a transaction result and a transaction verification code fed back by the payment capability interface calling platform, and performing encryption processing to obtain a transaction data packet; converting the transaction data packet into a transaction message according to a preset conversion rule, and pushing the transaction message to a satellite mailbox corresponding to the payment terminal for storage; and receiving a transaction result query request sent by the payment terminal to the satellite mailbox, and sending the transaction message to the payment terminal through the satellite mailbox. The technical effect of expanding the application service range is achieved.

The invention provides a data processing method and device, a system, a storage medium and equipment, and the method comprises the steps: searching a processing result of a multi-modal feature from cached processing results based on the multi-modal feature after receiving the multi-modal feature processed by terminal equipment, and when the processing result of the multi-modal feature is not found, carrying out the processing of the multi-modal feature; searching attention weights associated with the multi-modal features from a cache, and if the attention weights associated with the multi-modal features are found, sending the multi-modal features processed by the terminal device and the found attention weights to a large language model backbone network deployed at a cloud end, and if the attention weights associated with the multi-modal features are found, sending the multi-modal features processed by the terminal device and the found attention weights to the large language model backbone network. A multi-modal feature processing result is obtained through large language model backbone network processing, and the problem that a multi-modal large language model has high requirement for computing power and cannot be deployed in terminal equipment with limited computing power is solved.

This invention discloses a method and related equipment for function calls in SO files, relating to the field of information security. The method includes: parsing and obtaining function call information for all first SO files; establishing a mapping relationship between encrypted names and second names; creating a second function in a second SO file based on the mapping relationship; replacing the first name of each first SO file with the name of the second SO file; and replacing the second name of each first SO file with the name of the corresponding second function. This invention addresses two main problems associated with function calls in SO files: firstly, the significant burden on developers due to special code modifications during development; and secondly, the inconvenience of subsequent statistical analysis and searching of system function calls.

Embodiments of the present specification provide a method and device for training a risk control model and predicting a risk category. The method for training the risk control model comprises: obtaining each first training sample, the first training sample comprising a first feature value corresponding to an attribute feature of a business object and a category label indicating whether the business object has a business risk; determining a second feature value corresponding to a scenario feature, adding the second feature value to the corresponding first training sample to form a second training sample; constructing a first decision tree through node splitting based on each second training sample, the process of splitting for a current node comprising: splitting according to a splitting purity of any splitting condition in a plurality of candidate splitting conditions of the current node; regarding the scenario feature as a category feature during the splitting process; and determining a risk control model for classifying business objects based on the first decision tree. The complexity of the model system can be simplified, and the model has better performance.

The utility model relates to a kind of LED label of RFID ultra-high frequency, including control module, RFID ultra-high frequency module, display module, power module, interactive module and state indicating module, control module is electrically connected with RFID ultra-high frequency module, control module is electrically connected with display, state indicating module respectively, control module is electrically connected with interactive module, power module is electrically connected with control module, RFID ultra-high frequency module, display module, interactive module and state indicating module respectively, control module is as core and coordinates each module work, can receive the information transmitted by RFID ultra-high frequency module and control display module to carry out content display, simultaneously feedback working state by state indicating module, to realize that super high frequency RFID carries out inquiry, also can be watched by display module, ensure that label can efficiently complete information reception, processing, display and interactive response.

The invention discloses a cold region aquaculture greenhouse multi-energy collaborative environment regulation and control system, which relates to the technical field of environment regulation and control, and comprises a greenhouse structure, an energy end and an environment regulation and control end, the greenhouse structurally comprises an inner-layer framework, an outer-layer framework, a double-layer covering film, stand columns in the greenhouse, supporting rods, snow vibrators arranged on the outer-layer framework, unpowered air caps and photovoltaic panels arranged on the greenhouse roof, a greenhouse north wall, a low south wall and photovoltaic panels on the outer vertical face of the south side of the greenhouse. The energy end comprises a solar heat collection module, a well water module, a water source heat pump module, an energy storage water tank, a tunnel air module, a breeding pool coil pipe loop, a greenhouse space loop and a solar photoelectric module. The environment regulation and control end comprises a ventilation module and a control module. Through cooperative utilization of multiple energy forms such as solar heat collection, well water energy storage, a water source heat pump, tunnel fresh air and photovoltaic power generation, dependence on traditional energy is greatly reduced, and the operation energy consumption of the system is reduced by 30% or above.

An auxiliary checklist system for single pilot driving of a commercial aircraft comprises a checklist trigger judgment unit, a checklist management and generation unit, a multi-mode prompt and interaction unit, a rapid operation input unit, an automatic execution and protection unit and a standby operation unit. Comprising a normal check list, an abnormal check list and an emergency check list. And the pilot identifies the type of the checklist needing to be executed according to the color of the prompt lamp and looks up the specific content of the checklist through the electronic display screen. In the period of executing the check list, the module provides a voice reading function, so that a pilot can receive an instruction through hearing, and the operation convenience under high workload is improved. Meanwhile, the pilot can use the quick operation button to perform quick operation on the electronic checklist while keeping aircraft control, so that the operation complexity is reduced, and the execution efficiency is improved.