9results about How to "Implement configuration" patented technology

The invention provides a menu item configuration method, device and equipment and a computer program product, and the method comprises the steps: obtaining menu item configuration information inputted by a user, and the menu item configuration information comprises menu item identification information of a target menu item and a configuration value of the target menu item; according to the menu item identification information and a menu configuration file, performing menu item backtracking operation from the target menu item to determine a positioning operation sequence for positioning the target menu item in a menu system; wherein configuration information of each menu item in the menu system is recorded in the menu configuration file; and based on the positioning operation sequence, positioning the target menu item from the menu system, and configuring the target menu item according to the configuration value. According to the method, the efficiency of configuring the menu items of the menu system can be improved.

The invention provides an information processing method and device, a network module and a processor readable storage medium. The method comprises the steps that a first network module receives related information of at least one radio access network function (RNF) module; the first network module determines a first RNF module according to the related information of the at least one RNF module; the first network module sends a first message to the first RNF module; wherein the first message is used for requesting the first RNF module to configure or update configuration information related to terminal communication and / or service data transmission. According to the method and the device, the problem that no solution is provided for information configuration and / or updating and the like between servitized RAN function modules at present can be solved.

The application provides a terminal equipment management system, edge equipment of the terminal equipment management system is connected with terminal equipment and a cloud platform respectively, a data collector is connected with the terminal equipment and the edge equipment respectively; the data collector collects data of the terminal equipment in different states and sends the data to the edge equipment; the edge equipment receives the data, washes the data for validity, and sends the washed data to the cloud platform; the cloud platform obtains type identification information and state information of the terminal equipment according to the washed data, and calls a pre-stored mathematical model corresponding to the type identification information and the state information to process the terminal equipment for management. The application greatly shortens data collection and configuration work of new equipment, and the configuration of the same type of equipment can be quickly realized by using a reuse mode, so that the equipment addition can be completed only by a small amount of operation, the management efficiency is improved, the management effect is improved, and the management cost is reduced.

The invention provides a data transmission method in a random access process, a base station, a terminal, equipment and a storage medium, and relates to the technical field of mobile communication. The method comprises the following steps: receiving a random access lead code sent by a user terminal; sending a random access response to the user terminal, wherein the random access response comprises uplink authorization information; wherein the uplink authorization information comprises Msg3 repeated transmission frequency information, so that the user terminal can determine the repeated transmission frequency of the Msg3 according to the Msg3 repeated transmission frequency information. By means of the method, configuration of the number of repeated transmission times of Msg3 can be achieved under the condition that extra signaling overhead is not increased, and the resource utilization rate is increased.

The present disclosure provides a control entity for a wireless communication system, the wireless communication system comprising a receiving entity, a transmitting entity, and a digital controllable scatterer (DCS), the DCS comprising a plurality of controllable scattering units. The control entity is configured to: determine a maximum number of training intervals; estimating a direct channel between the transmitting entity and the receiving entity; determining, for each training interval, a configuration set comprising one or more index subsets, each index subset comprising one or more indexes, each index corresponding to one of the plurality of scatter units included in the respective unit subset; an iterative process is performed to determine, for each training interval, an updated phase configuration for a plurality of scattering units of the DCS.

The application relates to a data query method and device, computer equipment and a storage medium. The method comprises the following steps: determining a target bill module identifier, a target local configuration identifier corresponding to the target bill module identifier and query basis field information from a received query request; determining a target query configuration rule from candidate query configuration rules based on the target bill module identifier and the target local configuration identifier, and determining an initial query data information set based on the query basis field information and the target query configuration rule; determining a target sorting configuration rule from candidate sorting configuration rules based on an association relationship between to-be-queried local information identifiers in the query basis field information and sorting configuration rule identifiers, and processing data in the initial query data information set based on the target sorting configuration rule to obtain target query data information. The method can improve the efficiency of querying data applicable to an application scenario.

This invention discloses a real-time wireless communication system for mine shafts, belonging to the field of wireless communication technology. It includes a distributed wireless communication node set, a sparse observation node set, an interference reference acquisition node, and a controller. The distributed wireless communication node set is deployed along the shaft depth to form a multi-hop wireless communication network and carries communication services including at least alarm services. By setting up a sparse observation node set within the shaft and introducing a structured electromagnetic interference reference sequence output by the interference reference acquisition node, the controller can construct and continuously update a shaft propagation parameter field that varies with depth. This allows key propagation characteristics such as propagation attenuation, delay spread, and interference intensity to have quantifiable, alignable, and reproducible expressions. Therefore, compared to schemes relying solely on fixed configurations or single-point empirical measurements, this system can more accurately reflect the differentiated propagation environment along the shaft depth and improve the effectiveness of environmental modeling.

Embodiments of the present application provide a USB configuration method and device, electronic equipment, storage medium and program product, and relate to the technical field of computers. The method comprises: an active system in a plurality of container systems receiving an execution completion notification sent by a container manager and at least one inactive system respectively, and then the active system responding to the execution completion notification, performing a debugging operation, and creating a first USB device descriptor; and the active system sending a creation completion notification for the first USB device descriptor to the container manager and the at least one inactive system respectively, so that the first USB device descriptor and a second USB device descriptor are executed simultaneously. The USB configuration method provided by the present application can make the USB descriptors of a plurality of systems take effect simultaneously, thereby realizing the normal configuration of USB in a multi-system scenario.