569 results about "Wireless access point" patented technology

The invention discloses a self-adaptive equipment dormancy method based on a Wi-Fi signal state, and the method comprises the following steps: 1, based on the continuous monitoring of a physical layer index of associated equipment, sending a suggested wake-up instruction to the corresponding associated equipment when it is predicted that the signal quality is rapidly reduced but does not fall off a switching threshold; step 2, according to a received suggested wake-up instruction or a signal degradation trend detected by the corresponding associated device, specifically, switching from a deep sleep state to a standby wake-up state, shortening a sleep period and pre-loading authentication information; 3, the wireless access point dynamically adjusts the sending opportunity of the suggested wake-up instruction according to the service delay requirement of the associated equipment; 4, the associated device dynamically elects a main link and a slave link based on a multi-attribute decision algorithm, and the main link is responsible for receiving a wireless access point instruction and uniformly scheduling dormancy and awakening of the slave link; and 5, generating a prediction result of future data traffic, and controlling the on-demand wake-up time of the slave link by the main link.

Various aspects of the present disclosure relate to adaptive monitoring of radio intelligent controller (RIC) key performance indicators (KPIs). An apparatus, such as a RIC, receives performance data of one or more KPIs. The RIC updates a sampling rate of at least one KPI based at least in part on a determination to mitigate use of one or more operational resources of the RIC, where the determination includes a quantized risk evaluation for adjusting the sampling rate of the at least one KPI. The RIC can transmit an indication of an updated sampling rate for the at least one KPI to a network equipment (NE) and / or to a wireless access point for communication to a user equipment (UE).

Methods, systems and devices for transmitting unavailability information in a wireless local area network. A wireless device establishes first and second wireless connections using a first set of radio resources. The wireless devices receives a multi-user initial control frame (ICF) from a wireless access point over the first wireless connection. Based on receiving the multi-user ICF, the wireless device transmits a control response message to the wireless access point that indicates unavailability information for the wireless device.

This disclosure provides methods, components, devices, and systems for quality of service (QoS) context propagation in wireless communication systems. Some aspects more specifically relate to a first wireless access point (AP), transmitting to a second wireless AP, a QoS context for a first communication flow established between the first wireless AP and a wireless station (STA). The first wireless AP may transmit the QoS context to the second wireless AP in response to an intent of the wireless STA to roam from a coverage area associated with the first wireless AP to a coverage area associated with the second wireless AP. According to the received QoS context, the second wireless AP may determine various QoS policies of a second communication flow associated with the wireless STA and the second wireless AP and begin communicating with the wireless STA according to the QoS policies after association with the wireless STA.

A method performed by a first wireless access point for coordinating a multi-access point transmission in a wireless network of multiple access points includes receiving an indication of a transmit opportunity for the first wireless access point, transmitting at least one indication frame to the multiple access points comprising information related to the transmit opportunity, receiving at least one request frame from one or more access points of the multiple access points indicating participation with the transmit opportunity, and transmitting a trigger frame to the one or more access points that indicated participation with the transmit opportunity, wherein the trigger frame comprises information indicating respective power levels for the participating access points. The shared transmit opportunity may then be used to transmit downlink data to associated stations of the first wireless access point and the other participating access points during the transmit opportunity.

The invention discloses a home FTTR network self-optimization method, a home FTTR network self-optimization device, a medium and equipment. The method comprises the following steps: collecting home FTTR network data in real time; constructing a user movement track prediction model, outputting movement probability distribution of the user in a certain time in the future based on data, pre-judging a home area into which the user is about to enter, and dynamically selecting an optimal wireless access point in the area; constructing an optical fiber and wireless collaborative optimization model, performing dynamic adjustment on optical fiber path resources by taking network data and the selected optimal wireless access point as model input, and performing adaptive optimization on wireless parameters of the selected optimal wireless access point according to an adjustment result of the optical fiber path resources; and feeding back the adjustment result of the wireless parameters and the optical fiber path resources of the optimal wireless access point subjected to adaptive optimization to a data acquisition stage, so as to dynamically adjust the acquisition of state data, user behavior data and environment data, thereby realizing the self-optimization of the FTTR network.

The invention belongs to the technical field of Internet of Vehicles communication, and particularly relates to a joint resource allocation and relay selection optimization method of a networked vehicle cooperation system. The method comprises the following steps: firstly, constructing a double-hop cooperative relay model from a wireless access point to a vehicle and from the vehicle to the vehicle; secondly, considering constraints such as time delay of each link, and establishing an optimization model taking minimization of end-to-end time delay as a target; then, a double-layer optimization method combining resource allocation and relay selection is provided; the inner layer decouples an original problem into two sub-problems under any given relay strategy and solves a resource allocation problem by using a convex optimization method; the outer layer encodes each chromosome into a relay selection strategy through an improved genetic algorithm, and the output of the inner layer serves as a fitness value to solve the relay selection problem. According to the method, the end-to-end delay performance of the system is guaranteed, and meanwhile, the influence of the delay performance of each link on the system is considered, so that the reliability and the robustness of the network connection vehicle cooperation system in the urban dense scene are effectively improved.

This invention provides a method of operating a wireless local area network, the wireless local area network including a user device, a wireless access point and a wireless repeater, wherein the wireless repeater is configured to virtualise a Media Access Control, MAC, address of the user device when the user device is connected to the wireless repeater by changing the Organisationally Unique Identifier, OUI, of the MAC address, the method comprising the steps of: obtaining data including a plurality of records, wherein each record of the plurality of records relates to the user device and includes a MAC address and a device label of the user device, wherein at least one record of the plurality of records includes a MAC address that has been virtualised by the wireless repeater; processing each record of the plurality of records by: determining that the MAC address of the processed record is a local MAC address, and, if so, identifying another record of the plurality of records that is uniquely associated with the user device based on the MAC address of the processed record by determining a Network Interface Controller, NIC, value of the MAC address of the processed record, determining that the determined NIC value is uniquely associated with a device label in the plurality of records, and identifying another record of the plurality of records having the associated device label, and assigning a unique identifier to the processed record based on the MAC address of the identified other record of the plurality of records; analysing the plurality of records having the unique device identifier; and causing a reconfiguration in the wireless local area network based on the analysis.

The invention discloses a complex environment high-precision positioning system based on multi-signal-source cooperation, and belongs to the technical field of cooperative positioning, and the system specifically comprises the steps: receiving satellite, cellular base station and wireless access point signals based on a multi-source signal extraction module, and extracting carrier phase, propagation time delay and multipath reflection intensity distribution; the reflection weight generation module is used for identifying environmental characteristics according to multipath reflection intensity and generating a fusion weight set containing satellite phase dominant factors and the like; the measurement value constraint conversion module converts the measurement value into three types of distance constraint quantities; the constraint fusion field construction module carries out nonlinear superposition on the three types of constraint quantities according to weights to generate a three-dimensional probability density field; the elevation coordinate resolving module fuses the air pressure data compression resolving space, and positioning coordinates are obtained through iterative convergence; according to the invention, through cooperation of multi-source signals, the positioning precision and reliability in a complex environment are effectively improved.

A mobile device is used as an access control device to gain access to a secure area of a facility. One or more wireless access points receives and an International Mobile Equipment Identity (IMEI)-based identifier that is unique to the user's mobile device, and identifies a currently location of the user's mobile device. The door is electrically unlocked when the current location of the user's mobile device is determined to be within a predetermined proximity to the door and the received IMEI based identifier of the user's mobile device is associated with a user that has access rights to access through the door. Various techniques are employed to detect possible tailgating events.

Provided herein are techniques to facilitate software-defined antenna management for a wireless access point of a wireless local area network. In one example, a method may include communicating, by a wireless access point of a wireless local area network to a management service, a request to operate a transmission beam to be produced by the wireless access point using a transmitter and a software-defined antenna of the wireless access point; and obtaining by the wireless access point from the management service, beam configuration information identifying parameters that the wireless access point is to utilize for operation of the transmission beam to be produced by the wireless access point using the transmitter and the software-defined antenna.

The invention provides a wireless network connection method and device, electronic equipment and a storage medium. The method comprises the following steps: receiving a beacon frame sent by a wireless access point, wherein the beacon frame comprises an encrypted message and a key material; determining a target key corresponding to a key material from an intelligent card of the terminal equipment according to the beacon frame; performing decryption processing on the encrypted message through the target key to obtain related information of a wireless network of the wireless access point; and sending an encrypted authentication request to the wireless access point according to the related information, the authentication request being used for establishing wireless network connection between the terminal device and the wireless access point. According to the scheme, after the terminal device comprising the smart card decrypts the encrypted message, the related information of the wireless network can be obtained, and the related information of the wireless network is prevented from being open to all devices, so that the security of network connection is improved.

A system as discussed herein includes a communication management resource operative to manage wireless communications in a network environment. The communication management hardware receives feedback indicating signal quality, and operating channel of wireless access points receiving wireless communications from each other in the network environment. The communication management resource groups the wireless access points into one or more clusters based on the received feedback indicating the signal quality. Based on the grouping, the communication management resource further assigns different wireless channels for use by respective wireless access points in each cluster of the multiple clusters.

The invention discloses a quantum secure power trusted WLAN communication system, method and device, and a storage medium, and the system comprises a quantum wireless terminal QSTA which is used for bearing a power service to access the quantum trusted WLAN communication system; the quantum wireless access point QAP is used for providing wireless communication access service for the QSTA and is connected with the quantum key service platform and the service master station through a wired channel; the quantum authentication server QAS is connected with the quantum random number generator through an Ethernet port to realize certificate management and authentication of the QSTA and the QAP; the quantum random number generator provides quantum random numbers for the QAS for quantum digital certificate signature verification; the quantum key service platform is used for providing a preset charging quantum key and an online key distribution service for the QSTA and the QAP; according to the invention, the random number strength, the key negotiation security and the dynamic service adaptation capability can be improved.

The invention relates to a real-time dynamic measurement and control system and method for an empty roof distance of a coal mine tunnel based on energy feedback. According to the system, a multi-dimensional monitoring assembly comprises a drill hole, a roof multi-dimensional sensing module and a bottom plate reference target; the top plate multi-dimensional sensing module comprises a pressure-bearing shell, a quick-insertion type anchor rod, an X / Y / Z-direction stress sensor, a laser range finder, a processor I and a pre-pressing adjusting nut; the tail section of the quick-inserting type anchor rod is anchored in a drill hole, and the pressure-bearing shell is pressed on a top plate through the pre-pressing adjusting nut; the bottom plate reference target is correspondingly mounted on a bottom plate of a roadway; the edge intelligent sensing box is arranged in the roadway and comprises an outer shell and a processor II; the method comprises the following steps: synchronously acquiring X / Y / Z three-dimensional stress data and overhead distance data, sequentially calculating a three-dimensional energy accumulation value, a safety coefficient and a maximum overhead distance, then carrying out graded early warning, and meanwhile, sending monitoring data and early warning information to a monitoring server through a wireless access point. According to the system and the method, the roof rock mass stress and the empty roof distance can be monitored intelligently.

This disclosure provides methods, components, devices and systems for coordinated channel access between wireless access points (APs). Some aspects more specifically relate to mechanisms according to which a first AP provides prioritized channel access for a second AP across various scenarios, including scenarios in which the first AP has an ongoing channel access procedure at a beginning of a coordinated time region of the second AP. The coordinated time region of the second AP may be associated with a first set of channel access parameters. In accordance with initiating a first channel access procedure prior to the coordinated time region in accordance with a second set of channel access parameters different than the first set of channel access parameters, the first AP may interrupt the first channel access procedure at or prior to the beginning of the coordinated time region.

A device may include a modem and a processor. In a first configuration, the processor may be configured to cause the modem to establish a wireless connection to a first wireless access point; receive a wireless signal during a non-transmission period of the first wireless access point; determine a wireless signal indicator based on the wireless signal; determine an interference parameter; and select a second wireless access point based on the wireless signal indicator and the interference parameter. In a second configuration, the processor may be configured to cause the modem to connect to a wireless access point; receive a first wireless signal during a non-transmission period of the wireless access point; determine an interference parameter based on the wireless signal; and send a second wireless signal representing the interference parameter to the wireless access point.

The technology described herein is directed towards determining a phase shift matrix for an intelligent reflective surface based on active tag-enhanced sensing that provides calibrated orientation data and distance data of the intelligent reflective surface relative to a transmission-reception point, such as a radar system, base station or wireless access point. The calibration data is based on accurate estimation of element distances to the intelligent reflective surface elements. Based on the calibration data, a phase shift matrix for the elements of the intelligent reflective surface is determined. The phase shift matrix can be used in optimizing the intelligent reflective surface for redirected communications with a target. Other calibration data can be obtained at the target for element distances of the intelligent reflective surface relative to the target. An approximate position of a target can be determined by using the intelligent reflective surface with a radar system at the transmission-reception point.

This invention provides a method of operating a wireless local area network, the wireless local area network including a user device, a wireless access point and a wireless repeater, wherein the wireless repeater is configured to virtualise a Media Access Control, MAC, address of the user device when the user device is connected to the wireless repeater, the method comprising the steps of: obtaining data including a first plurality of records, wherein each record of the first plurality of records relates to the user device and includes a MAC address and a signal strength value; obtaining data including a second plurality of records, wherein each record of the second plurality of records includes a Basic Service Set Identifier, BSSID, and a signal strength value; for each MAC address in the first plurality of records: identifying a record of the second plurality of records having a BSSID that sufficiently matches the MAC address by determining a similarity between an Organisationally Unique Identifier, OUI, of the BSSID and the OUI of the MAC address, determining that a difference between the signal strength value associated with the identified record of the second plurality of records and the signal strength value associated with the MAC address of the first plurality of records is within a threshold, assigning a first hop repeater identifier to each record of the first plurality of records having the MAC address based on the BSSID of the identified record of the second plurality of records; and causing a reconfiguration in the wireless local area network based on the first hop repeater identifier.

In an overlay access network, a first access tunnel between a first fabric edge node and a wireless access point (AP) can be configured as active, based on the first fabric edge node being active. A second access tunnel between a second fabric edge node and the wireless AP can be configured as standby based on the second fabric edge node being standby, with the same virtual IP address attached to the first and second access tunnels. Based on an active failure, a switch to standby for the first fabric edge node and to active for the second fabric edge node is signaled to an Extended Node (EN). The EN steers traffic on the first access tunnel with the virtual IP address to the second fabric edge node, based on the switch and using a portion of the second access tunnel between the EN and the second fabric edge node.

The invention discloses a dynamic area perception and self-adaptive control method and system based on Wi-Fi FTM ranging, and relates to the technical field of indoor positioning and intelligent control, and the method comprises the steps that an intelligent terminal carries out ranging with a plurality of wireless access points APs through a Wi-Fi FTM protocol, and obtains ranging results of the intelligent terminal and the plurality of wireless access points APs; obtaining two-dimensional and / or three-dimensional position coordinates of the intelligent terminal and a plurality of wireless access points (APs); matching with a preset virtual area, and judging whether the image is in the preset virtual area or not; when the intelligent terminal is currently located in the preset virtual area, and the current position state of the intelligent terminal and the motion state data, the physiological index data and the environment data detected by the intelligent terminal meet preset trigger rules, corresponding control actions are controlled to be executed, and multi-terminal linkage is intelligently controlled through the Internet of Things. According to the invention, the position data and the user state can be fused, and the corresponding control operation can be intelligently triggered.

The invention relates to the technical field of network communication, in particular to a network data transmission encryption system and method in industrial computer communication. The method comprises the following steps of: periodically and synchronously acquiring physical space coordinates, motion vectors and network signal strength of a mobile terminal in a continuous movement process of the mobile terminal so as to screen out at least more than two potential wireless access point sets; selecting a first candidate network target and a second candidate network target from the potential wireless access point set to construct a dual-path handover plan; and when a preset signal strength switching condition is satisfied, establishing a temporary communication tunnel, completing authentication handshake with the first candidate network target or the second candidate network target, and establishing an end-to-end data transmission encryption link. Instantaneous security access under the dynamic network is realized through physical trajectory prediction and double-path pre-authorization, low-delay security switching and self-adaptive encryption of the industrial mobile equipment under the dynamic network are realized, and continuity of a production process and data security are guaranteed.

The invention discloses a method and system for realizing visitor unlocking through cooperation of double APPs, and the method comprises the steps: generating encryption authorization data containing biological characteristic information of both parties through an owner side APP according to a video interaction channel established between a house owner and a third-party non-completely trusted person; the first door lock is connected with a wireless access point provided by a third-party personnel mobile terminal to access the Internet according to an authentication result transmitted to the first door lock in a near field communication mode according to the encrypted authorization data, and a local communication network for other door locks to access is constructed; generating a plurality of temporary unlocking vouchers according to the event that the first door lock is successfully verified; and triggering all door locks in the local communication network to execute an unlocking action after the first door lock completes final authentication according to a triggering authentication request of any second door lock of the third-party personnel in the local communication network. By utilizing the embodiment of the invention, the temporary authorization and cooperative unlocking of the multiple door locks can be realized, and the authorization safety and the multi-equipment linkage are ensured.

A system is provided. The system includes a plurality of wireless access points (WAPs) corresponding to a plurality of wireless communication protocols. The system includes a wireless local network server coupled to the plurality of WAPs via a communication bus. The wireless local network server is configured to convert data under the plurality of wireless communication protocols to data under a local protocol. The system includes a data diode communicatively coupled to the communication bus. The system includes a processor configured to control the data diode to exchange the data under the local protocol between the plurality of WAPs. Also provided is a method and an apparatus.

An example method includes determining, by a client computing device, that a wireless access point (WAP) supports an in-band secure access protocol to connect to a wireless network hosted by a server, where the protocol involves establishing an initial network connection to exchange subscription data. The method includes receiving, from the WAP, a temporary login credential and an authentication protocol for the server. The method includes utilizing the temporary login credential and the authentication protocol to establish the initial network connection. The method includes exchanging the subscription data with the server over the initial network connection. The method includes completing the protocol by downloading, from the WAP and over the initial network connection, a subscription file. The subscription file enables the client computing device to establish an encrypted and trusted network connection over the wireless network.

A wireless locating system and method include receiving first messages at a server. The first messages include bed location data entered manually on a user interface of a first patient bed. The first messages also include signal strength data from a plurality of wireless access points in communication with the first patient bed. A first signal strength profile for the first patient bed at a first location is built by the server. The first patient bed is removed from the first location and a second bed is moved into the first location. The second patient bed does not have manual location data entry capability. A second signal strength profile is built by the server for the second patient bed. The server compares the second signal strength profile with the first signal strength profile and determines that the second patient bed is at the first location if the second signal strength profile matches the first signal strength profile.

The invention relates to the technical field of communication, in particular to a communication system fusing a Wi-Fi network and a TSN and a control method, and a wireless access point in the communication system is configured to obtain an actually measured signal-to-noise ratio, an MCS table and preset parameters; when the packet error rate is smaller than or equal to the target packet error rate, determining a target MCS in the MCS table; cr (MCSi) is obtained; obtaining Nmin (r); acquiring a Nud; if Nmin (r) is smaller than or equal to Nud, Qi is obtained; determining Nmin (r) first target time slots in the current communication period; and sending data to the gateway through the Nmin (r) first target time slots, the target MCS and the Ru of the ith specification. According to the scheme, jitter occurring at the moment when the data arrives at the gateway can be effectively reduced, so that the situation that subsequent data is blocked due to the fact that the cache space of the gateway is occupied is avoided, time delay generated by data transmission is avoided, and end-to-end delay is reduced.

The present invention discloses a privacy-protected intelligent security monitoring and protection method, device, and product. First, the transmitter transmits a WiFi data packet, and at the same time, the protector sends an obfuscated signal for obfuscation protection. The protector modifies its own MAC address to disguise itself as the transmitter and transmit a signal for dual-AP obfuscation protection. At the same time, an encryption algorithm is used to encrypt the CSI signal in the current space. Finally, the receiver captures the obfuscated WiFi data packet to sense the approach of people and provide early warning of their behavior. The present invention has a wide coverage range and economical deployment cost. By deploying dual wireless access points to transmit interference signals and combining a network authentication mechanism, it can effectively defend against CSI attacks, thereby improving security. In addition, the present invention uses a pre-trained human behavior recognition model to trace human behavior and provide audit support. At the same time, it does not rely on visual or sound data, avoids the use of stored data that may leak privacy, and further strengthens user privacy protection.

A wireless communication system includes a central cloud server that obtains a first type of telemetry information from a plurality of hybrid analog-digital repeater devices and a second type of telemetry information from a master wireless access point device and service wireless access point devices. The central cloud server determines one or more intra-node radio frequency (RF) beam parameters and one or more inter-node RF beam parameters for each of the plurality of hybrid analog-digital repeater devices based on the first type of telemetry information and the second type of telemetry information, causes the plurality of hybrid analog-digital repeater devices to dynamically form a wireless backhaul mesh network among the master WAP device, the plurality of hybrid analog-digital repeater devices, and the one or more service WAP devices, and causes the plurality of hybrid analog-digital repeater devices to establish one or more analog data propagation paths in the wireless backhaul mesh network in one or more intermediate frequencies.

The invention provides a safety detection method and device for a local area network and a storage medium, and the method comprises the steps: distributing a train and a carriage of a to-be-detected vehicle-mounted local area network for a robot in a station in a rail transit network; before the train enters the station, the robot is controlled to move to the position where a compartment in the train is expected to stop in the station; when the train enters the station, multiple frames of original image data collected by the robot for the train are received; classifying running states of the train according to the multi-frame original image data; if the operation state is low-speed movement, identifying a carriage to which the robot faces according to the original image data; and if the running state is that the robot stops moving and the carriage facing the robot is the same as the distributed carriage, controlling the robot to perform security detection on the wireless access point in the vehicle-mounted local area network in the carriage. According to the embodiment of the invention, a safety system in the train is effectively supplemented, the comprehensiveness of safety detection is effectively improved, and the safety of a vehicle-mounted local area network on the train is improved.