65 results about "Smart antenna" patented technology

The invention relates to a quick response liquid crystal phased array intelligent antenna system for a satellite internet of things, and the system comprises a sensing system which is used for collecting a terminal state, a satellite orbit, an environment state, and self-calibration information; the control system is used for generating an optimal beam control strategy based on a multi-target optimization algorithm in combination with the information acquired by the sensing system; the execution system is used for decomposing the optimal beam control strategy into the direction and shape of each beam; and the interconnection system is connected and communicated with an external network based on a plurality of communication interfaces.

A disaster relief system using AI-powered intelligent antennas in drone swarms, consisting of: a plurality of drones configured to collect environmental data in real time, with the drones being deployed in a disaster area environment; a smart antenna system mounted on each drone, each smart antenna system configured to perform adaptive beamforming to maintain communication links between drones; an artificial intelligence (AI) processing unit configured to receive real-time signal data, including obstacle information, drone positions, and interference patterns from the disaster environment, analyze the received signal data using reinforcement learning algorithms, generate optimized beamforming parameters based on the analysis, and transmit the optimized beamforming parameters to the intelligent antenna systems; a swarm communication protocol module configured to establish communication links between the plurality of drones using the optimized beamforming parameters, coordinate task assignments within the drone swarm, and maintain network integrity during operation; and a central control system configured to monitor all swarm operations, process environmental data, and adapt swarm behavior based on disaster relief requirements.

The invention provides a communication device, a communication method, a communication system, electronic equipment and a storage medium, which are applied to the technical field of communication and are used for solving the problem that the coverage range and the antenna gain of an existing intelligent antenna cannot meet the use requirements of different use environments. The communication device comprises a multiplexer and a plurality of antenna structures. The multiplexer comprises a common end and a plurality of selection ends. The common end of the multiplexer is coupled with one radio frequency channel, and the common end is used for being switched and conducted with different selection ends in the plurality of selection ends to form a plurality of paths. The multiple antenna structures comprise phased-array antennas, the multiple selection ends comprise first selection ends, and the phased-array antennas are coupled with the first selection ends. The plurality of antenna structures further comprise an omnidirectional antenna, the plurality of selection ends further comprise a second selection end, the omnidirectional antenna is coupled with the second selection end, and / or the plurality of antenna structures further comprise a directional antenna, the plurality of selection ends further comprise a third selection end, and the directional antenna is coupled with the third selection end.

The invention discloses an intelligent antenna array control method, system and device and a storage medium, relates to the technical field of communication, and aims to solve the problems of insufficient beam forming precision and low energy consumption ratio of a traditional antenna array. The method comprises the following steps: collecting multi-dimensional parameters of a communication environment in real time and generating a dynamic data set, wherein the dynamic data set comprises a user distribution thermodynamic diagram, a channel interference matrix and a multipath feature vector; obtaining a phase and amplitude regulation and control instruction set of each antenna unit in the antenna array based on the dynamic data set and a preset beam adjustment parameter; based on the regulation and control instruction set and the current scene features, a beam template library is called to generate a radiation pattern control signal, the current scene features comprise the geographical environment type and the user distribution density, and the radiation pattern control signal is used for indicating adjustment of the radiation power level.

The invention discloses a dynamic beam forming control system and method based on multi-target reinforcement learning, and relates to the technical field of intelligent antennas and arrays, and the system comprises a scene sensing module which collects and processes multi-mode original environment data, and generates scene situation data; the central control module is used for constructing a comprehensive state vector at the current moment according to the scene situation data and the channel state information, and generating an optimal collaborative beamforming action based on a multi-target reinforcement learning algorithm; the cooperative antenna array module is used for executing an optimal cooperative beam forming action and generating an optimal radio frequency beam; the system feedback evaluation module is used for monitoring the system performance after the optimal cooperative beam forming action is executed, calculating a multi-target reward vector, updating the system state and obtaining a comprehensive state vector at the next moment; and the experience storage module is used for constructing experience tuples and storing the experience tuples to the experience playback pool, and regularly updating parameters of the strategy network and the value network based on the experience tuples. According to the invention, the beamforming control performance in a wireless communication environment can be improved.

Implementations of the present disclosure relate to a method implemented at a wireless device. In this method, the wireless device transmits first information related to the position, orientation and a part number of the antenna of the wireless device to an automatic frequency coordination (AFC) system, and the part number is related to the radiation pattern envelope (RPE) of the antenna. Then, the wireless device can receive second information related to the RF signal coverage of the antenna from the AFC system, wherein the RF signal coverage is determined by the AFC system based on the received first information and the transmitting power of the wireless device. Then, the wireless device can adjust at least one angle and / or transmitting power of the antenna based on the second information so that the RF signal coverage of the antenna does not overlap with the RF signal coverage of the adjacent antenna.

The invention relates to the field of 5G-A / 6G terminal equipment, and discloses a wireless terminal-oriented metamaterial intelligent antenna system, which comprises a liquid crystal adjustable metasurface array for receiving control parameters to adjust the phase response of each unit in the array so as to construct direction-controllable electromagnetic beams; the heterogeneous sensing module is used for collecting and processing multi-source data of the surrounding environment of the wireless terminal, and the multi-source data comprises Wi-Fi channel state information and millimeter wave radar reflection information; and the spatial modeling module is used for generating a sensing map of a spatial environment where the terminal is located according to the multi-source data. By constructing the liquid crystal adjustable metasurface array and applying continuous voltage to each unit of the liquid crystal adjustable metasurface array, fine phase control is achieved, rapid reconstruction and dynamic adjustment of the antenna beam direction are achieved, the effect of completing beam switching within the millisecond level is achieved, and the communication stability of a wireless terminal in a high-speed moving environment is effectively improved.

The invention relates to the technical field of wireless communication, and provides a multi-band intelligent antenna array beam forming method and device, equipment and a medium. Dynamic frequency band switching is carried out according to multi-dimensional environment data to obtain frequency band decision parameters, three-dimensional beam modeling is carried out according to the frequency band decision parameters to obtain a beam weight matrix, and hybrid precoding is carried out on the beam weight matrix according to a coding mode to obtain a digital-analog precoding matrix. Performing temperature compensation correction on the digital-analog precoding matrix according to the array temperature distribution data to obtain an optimized precoding matrix, and performing federated learning optimization on a local beam weight model according to the optimized precoding matrix to obtain a global beam forming weight, and performing phase error iterative correction on the global beamforming weight according to the radiation field distribution data to obtain an antenna array control signal. According to the invention, through multi-stage and full-link optimization processing, a complex dynamic environment can be adapted, and a high-precision beam forming effect is ensured.

This invention relates to the field of smart antenna design technology, specifically to a multi-layer transparent antenna system based on a frequency selective surface (FSS). The system includes a transparent FSS interlayer, a dynamic impedance matching layer, a conformal waveguide coupling structure, a control module, and a receiving module signal-connected to the control module. The purpose of this invention is to provide a multi-layer transparent antenna system based on a frequency selective surface, characterized by high multi-band compatibility, dynamic environmental adaptability, high integration, and concealment.

An intelligent antenna switching method, comprising: collecting complex wireless signal parameters of a wireless environment; in the current operation stage, when the maintenance period of the antenna to be switched is 0, comparing the wireless signal quality of the initial antenna and the antenna to be switched according to these wireless signal parameters. When the comparison period of the antenna to be switched is 0, judging whether to switch the antenna according to the judgment result of the wireless signal quality. If the antenna is not switched, the next operation stage is used as the current operation stage. If the antenna is switched, the signal transceiver operation is switched from the antenna to be switched to the outdoor antenna to execute, or switched back from the outdoor antenna to the antenna to be switched to execute, and at the same time, the previous operation stage is used as the current operation stage. The present invention also provides an electronic device and a storage medium, which can quickly wake up available antennas for switching, achieve a more intelligent selection of antennas, and effectively solve power consumption.

1. The name of the design product: smart antenna. 2. The use of the design product: the design product is used for high-precision positioning measurement. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

The application discloses a cloud download data packet verification test system, device and method. The cloud download data packet verification test system comprises a test bench, a test host, a cloud, a data packet interception processing device and an intelligent antenna assembly. The test host is used for sending a download request to the cloud. The cloud is used for sending encrypted data packets. The data packet interception processing device is used for intercepting and processing the encrypted data packets, so that processed data packets are obtained, and the data packets are transmitted to the intelligent antenna assembly through physical data lines. The intelligent antenna assembly is used for transmitting the data packets to the test bench. The test host is used for listening to data information of the test bench during decryption and installation of the data packets in the test bench. The application can intercept data packets transmitted by the cloud to the test bench, perform secondary encryption, tampering and other operations on the intercepted data packets, and retransmit the data packets to the test bench, so as to verify detection of the test bench on completeness and authenticity of data of the cloud.

Embodiments can include, for example: an antenna structure including one or more antenna patch structure. The one or more antenna patch structure can include an active antenna element and / or a parasitic antenna element.

The invention relates to the field of image communication equipment, and particularly discloses a digital network set top box with an anti-interference function, the digital network set top box comprises a box body, a cooling fan and a position correction mechanism, a set top box main body and an intelligent antenna array control system are mounted on an inner network plate, and accurate position adjustment and stable fixation are realized through the position correction mechanism. The position correcting mechanism is composed of a plurality of supporting leg assemblies, each supporting leg assembly comprises a supporting rod, a screw rod, an expansion nail and a limiting screw pipe, and it is ensured that equipment is stably placed under various installation face conditions. In addition, the cooling fan is linked with the temperature control switch, so that the internal temperature is effectively reduced, and the operation stability of equipment is improved. According to the invention, the purposes of improving the anti-interference performance of the equipment, enhancing the signal receiving capability and improving the heat dissipation effect are achieved.

The present invention provides a real-time location tracking antenna configured to locate tags, the real-time location tracking antenna is a single locator switched lobe antenna for 2D positioning which at least comprises: at least three patch antenna elements in an antenna, means configured to set up at least three overlapping lobes in desired 2D FOV where the means is one of: i. one first controller including one phase shifter module ii. one second controller including one switching device. It is also disclosed a real-time location tracking antenna system for 3D positioning.

The invention relates to the technical field of wireless communication, in particular to an ad hoc network communication method and system based on an unmanned aerial vehicle cluster, and the method comprises the steps: firstly obtaining communication demand parameters of the unmanned aerial vehicle cluster, including spatial position information, channel state information and communication quality requirements, and generating a beam pattern optimization design scheme and a space-time joint coding scheme; according to the beam pattern optimization design scheme, an objective function is constructed, the number of array elements and phase parameters of a super-surface smart antenna array are determined, and a receiving beam pattern is generated, and according to the space-time joint coding scheme, the super-surface smart antenna array is adjusted to generate a plurality of transmitting beam patterns, phase difference modulation is performed, and space-time coding signals are formed. Compared with a traditional antenna, the antenna provided by the invention can improve the signal gain by 20%-30%, and effectively improves the communication efficiency and stability of the unmanned aerial vehicle cluster.

The application provides an active smart antenna, wherein a LAN amplification unit is in a distributed integrated structure; compared with a structure design of a distributed LAN amplification unit, the distributed integrated LAN amplification unit has simple wiring, good reliability, low cost, greatly shortened length of a radio frequency coaxial cable, reduced radio frequency loss, simple wiring, strong manufacturability, and low radio frequency heat loss, and does not need special heat dissipation devices, thereby facilitating product miniaturization and weight reduction of the active smart antenna; that is, the structure design of the distributed integrated LAN amplification unit in the application considers performance, reliability, manufacturability and cost of the active smart antenna.

The invention discloses an electric automobile vehicle-mounted antenna based on radar self-feedback, which comprises a radar sensing module, a self-feedback control module and an intelligent antenna array, and is characterized in that the output end of the radar sensing module is electrically connected with the input end of the self-feedback control module; the control end of the self-feedback control module is in communication connection with the adjusting end of the intelligent antenna array, and the state monitoring end of the intelligent antenna array is in bidirectional communication with the feedback input end of the self-feedback control module. The number of antennas of the whole vehicle is remarkably reduced through integrated design, and the vehicle body layout is simplified; the hardware cost is optimized through modular integration, and the overall system expenditure is reduced. The problem of electromagnetic compatibility of an existing vehicle-mounted antenna system is solved, an intelligent solution integrating environment perception, Internet of Vehicles communication and dynamic adjustment is provided for an electric vehicle through modular design, and the vehicle-mounted antenna system has extremely high engineering application value.

The present application belongs to the field of data recording carrier control and proposes a smart antenna control method and system for dense tag reading and writing. The method includes: a reader / writer device broadcasts a first activation instruction so that the tag device is activated according to the first activation instruction and feeds a feedback signal; the reader / writer device obtains the feedback signal to obtain the tag time domain information and tag space information of the corresponding tag device, and modulates the first activation instruction into a second activation instruction according to a selected modulation rule so that the tag device updates the feedback signal; the reader / writer device obtains the tag information of the corresponding tag device according to the change in the updated feedback signal; wherein the modulation rule includes at least one of a power modulation rule, a spatial modulation rule, and a time domain modulation rule. The first activation instruction is modulated according to the feedback signal triggered by the tag device, and the signal transmission frequency, position, signal transmission direction, or time domain control instruction of the reader / writer device is changed to update the feedback signal, thereby improving the accuracy of information reading by the reader / writer device.

The application discloses a kind of based on phased array antenna beam guidance method and system, belong to wireless communication and intelligent antenna control technical field.The method obtains array state information, terminal state information, pilot measurement information, environment perception information and historical guidance feedback information, constructs joint state vector;Based on the joint state vector, scene interaction graph is constructed, and interference risk representation quantity is obtained using graph neural network;Parallel rehearsal is carried out on candidate beam control action in digital twin environment, and link quality prediction result, beam mismatch risk prediction result and constraint feasibility prediction result are obtained;Target beam control action is generated using reinforcement learning guidance strategy model, and is corrected by safety constraint predictive control;According to the action after correction, phased array antenna forms target guidance beam, and according to real-time feedback, reinforcement learning guidance strategy model, graph neural network and digital twin environment parameters are updated online.The application can improve the accuracy, reliability, safety and self-adaptive ability of beam guidance in complex dynamic scene.

An example smart antenna mount may couple an antenna alignment device with an antenna. The smart antenna mount may include sensors such as strain gauges and accelerometers, and an electronic circuitry to communicate the measurements from the sensors. The measurements are received by the antenna alignment device, which may perform further operations to determine whether the coupling is within desired bounds. If within desired bounds, the antenna alignment device may generate an indication of a normal coupling, e.g., by activating a first colored (e.g., green) LED. If the coupling is outside the desired bounds, the antenna alignment device may indicate an alarm condition, e.g., activating a second colored (e.g., red) LED or generating an audible signal.

A smart antenna system is configured to generate an initial weight set from an indication of desired azimuth and elevation steering angle and from an indication of frequency, to generate a plurality of further weight sets from the initial weight set, the further weight sets each being for the same azimuth and elevation steering angle, and for the initial weight set and for each of the plurality of further weight sets, generating a respective quantised wight set and generating an indication of side lobe level for each respective quantised weight set. A weight set is selected from the generated quantised weight sets for application to an antenna array on the basis of the indications of side lobe level.

This invention discloses a smart antenna array structure based on integrated power supply, control, and communication, comprising: a radio frequency (RF) power divider network; the RF power divider network divides the RF signal into multiple paths, feeding each RF signal into a coupler, which further divides the RF signal according to the coupling coefficient; the output of the coupler outputs a first RF signal, which is fed into the antenna link; the coupling end of the coupler outputs a second RF signal, which is fed into a passive on-chip system. In terms of power supply, the antenna utilizes the rectified RF signal to power the low-power antenna link; in terms of control, it uses a communication protocol to network-control the RF unit, completing functions such as beam control and shaping; in terms of communication, it implements a communication protocol and integrates communication sensing.

The invention provides an electrically tunable intelligent antenna, and relates to the technical field of mobile communication, and the antenna comprises a reflecting plate which is provided with a radiating surface and a bottom surface which are oppositely arranged; the phase shifter comprises a driving mechanism and at least one phase shifter, the phase shifter comprises a metal plate, a dielectric plate and a PCB, the metal plate is fixedly connected to the bottom face and provided with a metal cavity, the PCB and the dielectric plate are arranged in the metal cavity in a penetrating mode, the PCB is fixedly connected with the metal plate, the dielectric plate is in sliding fit with the PCB, and the metal plate is fixedly connected with the metal plate. The driving mechanism is connected with the middle of the dielectric plate and drives the dielectric plate to slide back and forth; and the at least one vibrator is installed on the radiating surface, the vibrator is a slot coupling dielectric resonator, the vibrator is connected with the phase shifter through a coaxial line, and the coaxial line penetrates through the reflecting plate. The electrically tunable intelligent antenna provided by the invention can effectively improve the energy conversion efficiency of a base station antenna.

The invention relates to the technical field of antenna simulation testing, in particular to a multi-band 5G intelligent antenna simulation testing fixing system and a positioning method thereof.The multi-band 5G intelligent antenna simulation testing fixing system comprises a rack, an auxiliary shaft is rotationally arranged on the rack, a rotary table rotationally arranged on the rack is arranged at the top of the auxiliary shaft, and a main shaft is rotationally arranged on the rack; the main shaft and the auxiliary shaft are matched through a first linkage mechanism, the main shaft can drive the auxiliary shaft to rotate when rotating clockwise, the auxiliary shaft is kept static when the main shaft rotates anticlockwise, a brake disc is arranged at the top of the first driven gear, a friction block is arranged above the brake disc, and the main shaft and the friction block are matched through a second linkage mechanism. When the main shaft rotates anticlockwise, the friction block is driven to linearly move up and down, when the main shaft rotates clockwise, the friction block is kept static, the driving function and the locking function can be efficiently integrated, the response is rapid, and the stability of the 5G intelligent antenna after positioning during testing can be fundamentally ensured.

The invention relates to the technical field of wireless communication, in particular to a network communication method and system for the low-altitude field, and the method comprises the following steps: S1, analyzing historical communication data through building a linear regression model, predicting a future communication demand, and building a dynamic scene model through a prediction result; s2, establishing a mobile base station and an intelligent antenna, optimizing base station parameters in real time through a deep learning algorithm, and combining network slicing and frequency spectrum sharing technologies; s3, developing a lightweight hybrid protocol, dynamically optimizing protocol parameters by using AI, and introducing an encryption technology and a block chain technology; s4, constructing a virtual test environment and an automatic tool, simulating a real scene through a digital twinning technology, and quickly verifying and optimizing the performance of the communication system; and S5, deploying an AI-driven intelligent monitoring system to realize adaptive maintenance. By optimizing resource allocation, the communication efficiency and safety are improved, and it is ensured that high-quality service can be stably provided in a complex and changeable low-altitude environment.

The invention relates to the technical field of WLAN (Wireless Local Area Network), in particular to a WLAN intelligent antenna system and a data transmission method, comprising the following steps: a channel fingerprint analysis decoupling module realizes deep analysis of a complex channel environment through a reconfigurable probe array and a subspace projection algorithm, and provides comprehensive channel feature information for the subsequent process; the dynamic beam configuration optimization module uses a spatial correlation matrix analysis and iterative optimization algorithm to solve an optimal beam configuration and realize regulation and control of an antenna excitation phase; the beam pre-alignment analysis module fuses terminal IMU sensor data and utilizes a Kalman filter to pre-judge the position change of a user and provide a reliable compensation value basis; and the wave beam dynamic regulation and control processing module generates an antenna control time sequence table through decoding analysis, sends out a driving signal, and quickly responds to real-time angle feedback at the same time.

The utility model relates to the field of television station engineering, and discloses a radio and television engineering intelligent antenna supporting structure which comprises a base, the top end of the base is fixedly connected with a supporting round block, the inside of the supporting round block is fixedly connected with a stretching mechanism, and the top of the base is fixedly connected with a buffering mechanism. The stretching mechanism comprises a motor, the exterior of the motor is fixedly connected to the interior of the supporting round block, the driving end of the motor is fixedly connected with a guiding round plate, a round plate is fixedly connected to the inner wall of the bottom of the base, long-strip-shaped grooves are formed in the four corners of the top of the round plate, and sliding plates are slidably connected to the inner walls of the long-strip-shaped grooves. According to the utility model, by connecting the expansion board, the supporting effect of the expansion board on the whole structure is further enhanced. The cross-shaped sliding groove provides a sliding track for the sliding block, it is guaranteed that the expansion board is effectively supported in the sliding process, and therefore the stability of the antenna supporting structure in the long-term using process is guaranteed.

The application provides a wave-absorbing and wave-transmitting integrated metamaterial structure with a dynamic switchable wave-transmitting window, and belongs to the technical field of novel artificial electromagnetic materials. The metamaterial structure is composed of metamaterial structure units arranged periodically. The unit period of the metamaterial structure unit is 15.0 mm. The metamaterial structure unit comprises a double-layer spiral chiral superunit, a patch mesh complementary structure, a dielectric substrate layer, a carbon-based resistance film and a PIN diode. The metal structure layer comprises a chiral wave-absorbing layer and an active wave-transmitting layer. The dielectric substrate layer is provided with multiple dielectric substrate layers. The chiral wave-absorbing layer and the active wave-transmitting layer are arranged on different dielectric substrate layers from top to bottom. The carbon-based resistance film is printed in the gap of the chiral wave-absorbing layer. The PIN diode is printed in the gap of the active wave-transmitting layer. The application can realize dynamic switching of the wave-transmitting window in the 7-9.6 GHz wave band and realize efficient absorption in the out-of-band frequency bands of 3-6 GHz and 11-21 GHz. The application effectively solves the problems of wave-absorbing, wave-transmitting compatible design, wideband wave-transmitting window dynamic switching and the like. The application is compatible with electromagnetic and mechanical bearing functions and can be applied to a multifunctional electromagnetic integrated system and an intelligent antenna cover system.

The invention relates to the technical field of mobile communication, and discloses a beam switching device and an antenna. The beam switching device comprises a supporting medium and a metasurface structure. The supporting medium is used for being movably arranged above the antenna array. The metasurface structure is connected with the supporting medium, and the supporting medium can drive the metasurface structure to move to the position opposite to the antenna array in the vertical direction or the position completely staggered from the antenna array in the vertical direction. According to the beam switching device and the antenna, the antenna array can be switched among various beams in a mode that the supporting medium drives the metasurface structure to move and adjust the position, so that the beam switching device and the antenna can adapt to different service scenes. Moreover, compared with a multi-beam antenna and an intelligent antenna, the antenna array only comprises one column of radiation units to achieve the effect of variable beams, and does not need to configure two or more columns of radiation units to change the beams, so that the product is small in size and lower in cost.