159 results about "Access technology" patented technology

The invention provides a storage device, a storage method and a storage access method based on lake and warehouse integration. The storage device comprises a storage management unit, a unified metadata management unit and a federal query engine unit, the storage management unit is used for realizing hybrid storage and dynamic hierarchical storage; the unified metadata management unit is used for metadata atlas construction, concurrency control and GDPR compliance support; the federal query engine is used for intelligent routing decision, SQL dialect unification and intelligent push-down optimization; based on a lake and warehouse integrated storage device and an access technology thereof, unified management of structured and unstructured data is supported, the problem of data islands is avoided, and cross-engine data visibility is realized through unified metadata management; according to the lake and warehouse integrated storage device and the access method, technologies such as a dynamic hierarchical storage strategy, intelligent routing decision, intelligent push-down optimization and the like are fused, and the storage and access efficiency and the robustness of the system are greatly improved.

The embodiment of the invention provides a big data storage optimization method based on a zero-copy collaboration technology and related equipment, and belongs to the technical field of big data storage. The method comprises a zero-copy data transmission module used for directly writing a data stream into a front-end buffer area of an annular structure through a direct memory access technology, and adopting a zero-copy algorithm based on pointer offset to parallelly separate data of each channel in a multi-thread environment; the intelligent data reduction module is used for deleting duplicated data from the data and then compressing the duplicated data; and the hybrid storage management module is used for managing the hybrid partition storage architecture and dynamically adjusting the distribution of the data in the hybrid partition storage architecture according to the data access mode. The CPU copy frequency is reduced through the zero copy technology, the data transmission efficiency is remarkably improved by combining the data reduction and intelligent layering strategies, the occupied storage space is reduced, and meanwhile the data safety and compliance are guaranteed.

This terminal that shares a frequency with a first-generation wireless access technology and supports a second-generation wireless access technology that is subsequent to the first-generation wireless access technology comprises: a communication unit for receiving information regarding a first resource which is used to transmit control information or a reference signal by a base station supporting the first-generation wireless access technology; and a control unit for controlling communication through the second-generation wireless access technology on the basis of the information regarding the first resource.

The present disclosure relates to a 5G or 6G communication system for supporting higher data transmission rates and satisfying various service requirements. A method performed by a terminal in a communication system is provided. The method includes transmitting, to a network function related to mobility management, a first NAS message including capability information that indicates whether the terminal supports an access technology utilization control; receiving, from the network function, a second NAS message including information on the access technology utilization control, the information on the access technology utilization control indicating restricted access technology associated with a current PLMN; storing the information on the access technology utilization control; and applying the information on the access technology utilization control for a cell selection and a cell reselection in the current PLMN to restrict an access to the restricted access technology.

Various example embodiments for supporting packet replication and deduplication are presented. Various example embodiments may be configured to support packet replication and deduplication within the context of application flows utilizing multiple communication paths which may be based on multiple access technologies. Various example embodiments may be configured to support packet replication and deduplication based on support for application-based policy control for enabling applications to control selection and application of packet replication and deduplication to application traffic flows based on considerations such as the needs of the application traffic flows, network conditions, and so forth. Various example embodiments may be configured to support packet replication and deduplication based on packet hashes, packet sequence numbers, or the like, as well as various combinations thereof.

Disclosed are an access and transmission method, and a network-side device, a terminal and a storage medium, which are used for solving the problem in the related art of a collision in preamble parts. In the embodiments of the present application, pseudo-random information is added to preamble parts, and the preamble parts and data parts are sent by using resources configured on a network side, such that the preamble parts of different terminals can be made to be as different as possible by using the pseudo-random information, thereby avoiding the problem of multiple collisions being caused due to preamble parts of the terminals being the same.

The invention provides an Internet of Vehicles DNN collaborative reasoning method based on a rate splitting multiple access technology. The method comprises the following steps: S1, establishing an edge computing system model; s2, establishing a communication model; s3, based on a rate splitting multiple access strategy, a road side unit RSU divides the information sent to each group of vehicles into a public flow and a private flow, and distributes a precoding matrix for each group; s4, in combination with a given DNN partition strategy and an RSU computing resource allocation method, calculating the communication rate received by each vehicle by using a continuous convex approximation algorithm; s5, on the basis of the communication rate and RSU computing resources, constructing a directed acyclic graph model of a DNN reasoning task, expanding the model into a network flow graph, and performing task partitioning on the model by adopting a genetic algorithm to minimize reasoning time delay to obtain a corresponding edge-vehicle partition node set; s6, converting an optimization problem into a KKT condition, and solving an optimal allocation scheme of RSU computing resources; and S7, repeating the steps from S4 to S6, and carrying out iterative updating to obtain an optimal solution of the system.

Technology is disclosed for expedited gamer profile log in to a gaming console based on a proof-of-presence of the owner of the gaming profile to the console. The user may request proximity-based login via a gaming application on a mobile device into which the user is logged in and authenticated by a central service. The mobile device sends the request to the central service along with location evidence. The user authorizes the proximity-based login on the console, which provides location evidence to the central service. The central service compares the mobile device location to the console location to pair the requests and authorizes the proximity-based login of the gamer profile on the console when the locations match. When mobile device location evidence no longer matches the console location evidence, the mobile device loses its proof-of-presence, and the central service automatically logs the gamer profile out of the console.

Example embodiments of the present disclosure are directed to user equipment (UE) prioritization of different radio access technologies (RATs) on shared band A method comprises: in accordance with a determination that a first RAT and a second RAT are available for the first apparatus and there is an overlapped frequency range between the first and the second RATs, determining a service type and / or a usage condition required by the first apparatus related to a radio access; and using one of the first and the second RATs on the overlapped frequency range based on the determination.

The application discloses a kind of multi-dimensional multiple access and lightweight continuous authentication combined design system.The combined design system is based on non-orthogonal multiple access technology, explores multiple domains of device access, describes the access time sequence of multiple users, sub-channel and power allocation as a joint optimization problem, improves the communication performance of system while guaranteeing the continuous identity authentication of multiple devices.The system uses the unique access time sequence and channel generated by the user in advance to realize the simultaneous verification of multiple users at the base station end;While guaranteeing the continuous authentication of multiple users, the communication performance of the system is improved by optimizing their channel and power allocation.The system provides a fast network access and continuous authentication scheme for devices, which can be widely applied in wireless communication scenarios.

The application discloses a kind of access control method and system based on zero trust architecture SPA technology, method includes: accepting the service access request sent by access terminal, identity verification is carried out by trusted console;Access control strategy of the access terminal is obtained based on the access behavior data of the access terminal;Based on access control strategy, trusted console and access terminal establish SPA single package authentication, and data interaction channel is established according to the access trust value calculated by trusted proxy gateway according to SPA authentication package;Real-time collection of access environment information is carried out by trusted environment perception center, and access trust value is dynamically updated to adjust the access control strategy, and the data interaction process of control access terminal and service data end is adjusted.The method adjusts the accessible service data in real time by risk assessment of user behavior in combination with real-time environment perception and dynamic strategy control, and effectively achieves the early warning disposal of service data interaction in combination with the SPA single package access technology, to minimize the harm of risk intrusion.

This invention discloses a data security access control method based on an IoT platform, relating to the field of secure access technology. It includes a dynamic threat assessment step, which determines data risk by analyzing the behavioral sequence of the data parsing process. Specifically, for a specified data type, based on the parsing behavior of historical harmless data samples, a baseline of normal behavior sequence is constructed and its corresponding normal behavior ratio range is determined. Then, the current data to be assessed is parsed, and the real-time behavioral sequence generated during the parsing process is monitored and recorded. This invention overcomes the limitation of traditional access control that only manages who can access the data. By introducing a dynamic threat assessment engine into the access link, it performs in-depth behavioral analysis on the accessed data content itself, constructing a subject-object two-way security system that can effectively defend against data reverse intrusion attacks launched using legitimate data channels.

In an aspect of the disclosure, a method, a computer-readable medium, and an apparatus are provided. The method may be performed by a device. In certain configurations, the device provides a distributed device cloud function (DDCF) for handling communication for the device with one or more neighboring devices in a network via underlying access technologies. The device obtains a network address from the network or from an AP. The DDCF is configured to allow dynamic sharing of compute resources and network connectivity resources of the device with the neighboring devices in the network.

This invention discloses an FPGA-based visible light Ethernet rate-adjustable communication method and system, relating to the field of visible light communication equipment technology. It includes: an off-chip PHY chip, a MAC core, and an FPGA rate conversion and flow control module connected sequentially. The FPGA rate conversion and flow control module is connected to both an FPGA transmit control module and an FPGA receive control module. The FPGA transmit control module and the FPGA receive control module are connected to transceiver circuits, which are then connected to an LED and a photodiode, respectively. This invention addresses the need for visible light-Ethernet communication interface conversion, deeply integrating visible light communication with Ethernet access technology, while simultaneously solving the problem of the traditional single rate of visible light Ethernet, thus broadening the application scenarios of visible light communication.

The application discloses a distributed network node selection method and device and a readable storage medium, and relates to the technical field of communication, so that the selected distributed network node meets the demand of a terminal. The method comprises the following steps: selecting a target distributed network node according to first information; wherein the first information is a correspondence relationship among a PLMN ID, a distributed network node identifier and an access technology, or the first information is a correspondence relationship between a DNID and an access technology. The embodiment of the application can make the selected distributed network node meet the demand of the terminal.

This application provides a handover configuration method, terminal device, and network device relating to the field of wireless communication technology. This application helps to improve the accuracy and success rate of cell handover. The method includes a first terminal device receiving downlink signaling from a first network device in a first cell, determining configuration information based on the downlink signaling, the configuration information being used to configure events related to probabilities, the probabilities including the probability of cell handover or the probability that a second cell will function as a target cell, the second cell including at least one of the following: the first cell, at least one in-wireless access technology adjacent cell of the first cell, or at least one inter-wireless access technology adjacent cell of the first cell, the configuration information determining first information based on a first submodel, the first submodel being part of an artificial intelligence AI / machine learning ML model, the first information being used for cell handover, and / or the configuration information being used to configure events related to future measurements, the future measurements being obtained by the first terminal device through prediction.

A communication method and related devices, in which method first information received by a first communication device is used to configure first power information of an interference measurement resource, after which the first communication device may perform a measurement based on the interference measurement resource and the first power information. Through the mode, the first communication device can measure the interference measurement resource based on the power information configured by the first information, the accuracy of interference measurement can be improved, and the communication performance is further improved. In some implementation modes, the interference measurement resource is used for interference measurement of the first wireless access technology, and the interference measurement resource is used for bearing a communication signal of the second wireless access technology, so that the scheme can be applied to an MRSS scene, the accuracy of interference measurement in the scene is improved, and the communication performance is further improved.

The invention relates to a communication method and device based on the non-orthogonal multiple access technology and communication equipment, and the method comprises the steps: obtaining the current channel state information of a plurality of user terminals in an NOMA system, and then dynamically distributing corresponding target power for each user terminal according to the current channel state information of the plurality of user terminals, and finally, determining a plurality of user signals according to the target power of each user terminal and the modulation signal until the data transmission rate of the NOMA system is greater than a preset rate threshold value, and respectively sending the plurality of user signals to the plurality of user terminals through user equipment in the NOMA system so as to indicate each user terminal to communicate based on the corresponding user signal. In the method, the power is dynamically allocated to each user terminal according to the real-time channel state information, so that each user terminal can communicate based on the optimal signal power while the transmission performance of the NOMA system is ensured, and the communication efficiency of the NOMA system is further improved.

An electronic device, method, and computer-readable storage medium for wireless communication are provided. The electronic device includes: processing circuitry configured to: determine that a first network node performs channel idle detection for an unlicensed frequency band channel and accesses the channel; and perform channel idle detection coordination to release one or more of at least one resource block on the channel for channel idle detection by a second network node, wherein the first network node and the second network node use the same wireless access technology.

Techniques for wireless communications are disclosed. These techniques include identifying a change in at least one of: (i) a WiFi radio channel or (ii) a cellular radio channel for a wireless station (STA) supporting both WiFi and cellular radio access technologies. The techniques further include determining one or more WiFi radio channels subject to interference from the cellular radio for the STA, based on a network message received from the STA, and modifying one or more parameters for WiFi communication relating to the STA, based on the determined one or more WiFi radio channels subject to interference.

User equipment (UE), operating with a usage setting set to voice centric, sends a registration request to a network associated with an access technology and comprising a terrestrial NG-RAN and a satel

The invention discloses a distributed reconnaissance tool, relates to the technical field of voice interception, and aims to solve the problems of limited multi-node access capability, poor anti-interference performance and insufficient multi-target interception continuity of an existing reconnaissance system. The tool comprises a micro audio node network and a base station unit, a recording module, a wireless transmission module and an encryption module are arranged in the miniature audio node, local recording and remote transmission are supported, and the miniature audio node has the characteristics of water resistance and low power consumption; the base station unit adopts an orthogonal graph division multiple access technology, at most 32 micro audio nodes can be accessed, four paths of voice can be monitored in real time, the audio quality is optimized through a spectral subtraction voice enhancement algorithm, and WIFI / Ethernet connection and time synchronization and combination of multi-node recording files are also supported. According to the invention, approaching interception and multi-target centralized deployment and control of the moving target are realized, the stability, expansibility and practicability of the interception system are improved, and the method is suitable for scenes such as public security technical investigation and the like.

Access, mobility management and regulatory services are supported for satellite access to a Fifth Generation (5G) core network. A coverage area, e.g., country, region, multiple countries, and international areas, are divided into fixed virtual cells having well defined geographic boundaries and fixed tracking areas. Information for the virtual cells and / or tracking areas and associated with one or more public land mobile networks (PLMNs) may be provided to a user equipment (UE). The UE may obtain its position, e.g., using a satellite positioning system, and determine the serving virtual cell or tracking area in which it is located. The UE may perform registration with a serving core network in a serving PLMN associated with the serving virtual cell or tracking area. Regulatory services, such as emergency (EM) calls, lawful interception (LI), wireless emergency alerts (WEA) may be provided based on the serving virtual cell or tracking area.

The invention provides a multicast resource scheduling method and device based on clustering analysis and rate splitting multiple access, and a specific implementation mode of the method comprises the following steps: determining that an existing user terminal group is valid or invalid based on channel characteristics of a current channel of each user terminal; under the condition that it is determined that the existing user terminal groups are invalid, clustering analysis is conducted on the multiple user terminals based on the channel characteristics, the multiple groups obtained through clustering analysis serve as multiple multicast groups, and multicast information is provided for all the multicast groups through corresponding beams; determining a public stream and a private stream corresponding to each multicast group based on a rate division multiple access technology; determining the reachable rate of each multicast group based on the public stream and the private stream corresponding to each multicast group; and determining resource allocation information of a beam corresponding to each multicast group by taking the maximum sum of the reachable rates of the plurality of multicast groups as a target, the resource allocation information comprising beam public flow power, beam private flow power and beam public flow rate.

This invention proposes a downlink adaptive nonorthogonal multiple access method for satellite-ground converged networks. By integrating promising cognitive radio and nonorthogonal multiple access technologies, this invention proposes an adaptive dynamic multiple access technology based on spectrum sharing to match the uneven distribution and time-varying characteristics of service demands and available spectrum resources in ISTCN, thereby improving spectrum utilization and access density.

In an aspect of the disclosure, a method, a computer-readable medium, and an apparatus are provided. The apparatus may be a mobile station (MS). The MS registers to a first public land mobile network (PLMN) over a first access technology (AT). The MS determines that a received signal quality of the first PLMN over the first AT is lower than the operator controlled signal threshold per access technology. In response, the MS periodically attempts to obtain service on the first PLMN over a second AT. A received signal quality of the first PLMN over the second AT is equal to or greater than an operator controlled signal threshold per access technology.

The application provides a communication method and a communication device. A first network element can obtain first REDCAP information from a terminal device and second REDCAP information of a subscription of the terminal device, and determine whether the terminal device is allowed to use a service corresponding to the first REDCAP information according to the first REDCAP information and the second REDCAP information. The first network element is an access network device or a core network device. Based on the scheme, the first network element can verify whether the service corresponding to the first REDCAP information can be used through the subscription REDCAP information of the terminal device, thereby facilitating the terminal device to use only the corresponding service, for example, facilitating the terminal device to use only the first service type of service through the REDCAP access technology, and not to use the second service type of service through the REDCAP access technology.

The invention provides a network distribution method, device and equipment for a multi-tenant environment and a medium, is used for the technical field of network access, and can solve the problem of poor isolation of an existing network. Comprising the following steps: dividing a target terminal into a preset network, and authenticating the target terminal according to the preset network to obtain terminal information and a target network; according to the terminal information, the initial PPSK key is configured to obtain a target PPSK key, and the target terminal, the target PPSK key and the target network are bound; receiving a real-time access request sent by a target terminal, and identifying a target PPSK key corresponding to the real-time access request to obtain a corresponding target network; dividing the target terminal into a target network; therefore, the isolation and security of network access are improved.

The invention provides a positioning method and a positioning system for an optical fiber heterogeneous communication network, and relates to the technical field of communication. The method provided by the invention comprises the following steps: constructing a heterogeneous communication network based on an ultra wide band and a non-orthogonal multiple access technology, and constructing a positioning model based on the ultra wide band, a distance measurement technology and an angle measurement technology; constructing a multi-objective optimization model based on the network performance indexes, and solving the multi-objective optimization model based on the improved multi-objective wolf pack algorithm iteration to obtain an optimal path; if the positioning model fails, performing space-time modeling and feature fusion on the historical trajectory of the node and the connection state of the node based on a space-time gating network model to obtain a space-time feature vector, and generating prediction positioning information of the node based on the space-time feature vector; fusing the positioning information obtained by the positioning model and the predicted positioning information, and obtaining final position information based on a least square method; and uploading a network positioning report in real time based on the optimal path. According to the invention, adaptive networking and network positioning are realized through the method.

Various aspects of the present disclosure relate to an enhanced synchronization signal block (SSB) structure or design for 6G radio access technologies and other access technologies. For example, the present disclosure introduces SSBs that carry secondary synchronization signals SSSs constructed using complementary Golay pairs. A transmitter may generate multiple Golay sequences and map the sequences to the SSS symbols of the SSBs. For adjacent SSSs, the Golay sequences may be complementary Golay pairs, where there is a base Golay sequence and a complementary Golay sequence that results in a periodic or an aperiodic autocorrelation sum being zero (or close to zero), among other criteria.