31results about How to "Fast communication speed" patented technology

The invention provides a semiconductor equipment data acquisition method and a semiconductor equipment data acquisition system supporting standardized communication transformation, which are used for realizing data acquisition and process control on different types of semiconductor equipment, formulating corresponding communication rules for equipment conforming to a communication standard, and converting an equipment communication protocol by a cluster system so as to match a standard interface. For equipment which does not completely meet the standard but can realize communication through programming, the trunking system directly acquires required data and converts the required data to meet the standard interface specification. For equipment without communication capability, data is acquired through an equipment interface by adopting an image recognition technology, data input and function operation are realized through simulating keyboard and mouse operation, and finally, protocol conversion from data to a standard interface is completed by a cluster equipment control system. And the equipment data is converted into a message data packet conforming to a standard semiconductor equipment communication interface, so that docking with a semiconductor equipment data analysis and process control system is realized, and the production efficiency and quality of the semiconductor equipment are improved.

The invention discloses a vehicle-mounted message middleware processing method and system and an intelligent cabin thereof. The method comprises the steps that an abstract interface layer used for achieving data type abstraction and decoupling is defined, a communication interface is created based on a hardware abstract layer, and cross-device communication and cross-process communication are conducted through the abstract interface layer; based on the communication interface, a Fast DDS is adopted in a communication protocol transmission layer to serve as message middleware, an abstract interface layer is packaged in an application layer, communication nodes are created in a communication interface layer according to a communication protocol and a QoS strategy, and the communication nodes are used for managing objects of a communication mode in a cross-process and cross-device mode and in-process communication. According to the vehicle-mounted message middleware provided by the invention, a user interface is simplified, and two main communication modes are supported, so that a system can flexibly select a communication mode according to an application scene.

The invention relates to the technical field of instruction processing, and discloses an instruction classification processing method and device, terminal equipment and a storage medium. The method comprises the following steps: when an instruction packet issued by an upper computer is received, classifying instructions in the instruction packet; according to the type of the instruction, the instruction packet is distributed to parallel threads of the corresponding type, and meanwhile the instruction packet is cached to a cache space corresponding to the parallel threads; and when the instruction packet is called, sequentially calling the instruction packet from the cache space according to the storage sequence, analyzing the instruction packet to obtain a corresponding function execution signal, and outputting the function execution signal. The instructions are processed in parallel and cached, so that the processing efficiency is improved, and the instructions are prevented from being lost.

The invention discloses a dual-mode barrier gate control system and method based on LoRa and Wi-Fi. The method comprises the following steps: S1, system initialization; s2, dynamically selecting a communication mode by adopting a Markov decision process algorithm; s3, analyzing the historical behavior data of the visitor by combining a hypergeometric learning algorithm and a manifold learning algorithm, and generating a dynamic two-dimensional code; s4, encrypting the dynamic two-dimensional code, and transmitting the dynamic two-dimensional code to the visitor terminal through LoRa or Wi-Fi; s5, the visitor scans the two-dimensional code to request for passing, and the edge computing device locally verifies the validity of the two-dimensional code and device binding information; s6, when an abnormal behavior is detected, the system triggers a multi-factor authentication mechanism; s7, after the authentication is passed, the system controls a barrier gate execution mechanism to open a gate, and traffic information is recorded and uploaded to the cloud; and S8, the system collects visitor data for a long time, generates a behavior model by using big data, and optimizes an approval process and two-dimensional code management. According to the invention, the dynamic two-dimensional code is generated by combining LoRa and Wi-Fi dual-mode communication and an intelligent algorithm, so that the dynamic management of visitors is realized.

The utility model relates to the technical field of monitoring, in particular to a navigation mark telemetering and remote control terminal based on Beidou communication, which comprises a data acquisition module, a Beidou satellite communication module, a microprocessor module, a positioning module, a monitoring control module, a power supply module and a 5G communication module, the Beidou satellite communication module is used for communication through a Beidou satellite; the microprocessor module communicates with the data acquisition module, the Beidou satellite communication module, the positioning module, the monitoring control module and the 5G communication module, and the positioning module realizes more accurate navigation mark position information acquisition through dual-mode positioning of Beidou and GPS; the monitoring control module controls the navigation mark to execute corresponding operation according to a remote monitoring command of the Beidou satellite; the power supply module provides power for the navigation mark telemetering and remote control terminal, and the 5G communication module is used for communication through a 5G network. According to the utility model, the problem of limited communication is solved.

The invention relates to the technical field of smart home interconnection, in particular to a signal interconnection optimization method and system for smart home network equipment. The method comprises the following steps: identifying all intelligent network equipment nodes in a home area, and obtaining real-time signal states of all intelligent home network equipment; carrying out inter-device topological dependency mining on the intelligent network device nodes, and constructing a network device topological dependency graph; carrying out inter-device signal interference analysis on a network device topology dependence graph based on the real-time signal state so as to obtain signal interference characteristics in the region; performing signal transmission frequency calculation on the intelligent network equipment node to obtain the signal transmission frequency of the network equipment; and performing dynamic frequency coordination optimization on the signal transmission frequency of the network equipment based on the signal interference characteristics in the region, and constructing a dynamic frequency optimization strategy. According to the invention, the signal interconnection quality and efficiency of the smart home are improved.

The present invention belongs to the field of antenna technology in wireless communication transmission, and discloses a dual radiator antenna, comprising: a first radiator, a second radiator and a coplanar waveguide, wherein the first radiator and the second radiator are connected by the coplanar waveguide, and the first radiator, the second radiator and the coplanar waveguide are all laid on a printed circuit board; wherein the first radiator comprises a first vibrator, a second vibrator and a third vibrator, and the second radiator comprises a fourth vibrator, a fifth vibrator and a sixth vibrator; the coplanar waveguide comprises a first ground wire, a second ground wire and a signal wire, wherein the first ground wire and the second ground wire are respectively located on both sides of the signal wire, and gaps are respectively provided between the first ground wire and the second ground wire and the signal wire; one end of the signal wire is connected to a feed circuit, and the other end is connected to the sixth vibrator in the second radiator; the two ends of the feed circuit are respectively connected to the signal wire and the third vibrator in the first radiator. The antenna of the present invention can achieve high gain and omnidirectional radiation.

The utility model provides a magnetostrictive liquid level meter circuit, and relates to the technical field of liquid level meters. According to the magnetostrictive liquid level meter circuit, a bus chip KY3001LR with an SOC is applied to a liquid level meter, two-wire system high-speed bus setting with a ring and double ring design is adopted, an edge-triggered pulse excitation circuit is designed through a phase inverter and an RC circuit, a constant-current excitation circuit is designed through a constant-current source, the initial state of the circuit is determined, the excitation pulse width is determined, and the circuit is stable and reliable. The circuit state adaptability in the power-on process is guaranteed, when the length of the sensor changes, the current can be automatically adjusted, the magnetostriction line length can be self-adapted, the interchangeability of the base meter is achieved, and the problems of hardware replacement and test, equipment damage caused by program abnormity and the like are avoided. In addition, the two-wire system high-speed bus is set to have higher driving capability and loading capability, and more parameters and variables can be transmitted; and all functions are completed by using a single chip, so that the communication speed is higher, and the wiring cost is also saved.

The present invention relates to the field of signal processing technology, and in particular to a WLAN frequency band channel selection narrowband high-order filter, design method and electronic device, the filter comprising: an input port, an output port and a resonator composed of more than five microstrip lines; the head end microstrip line of the resonator is connected to the input port, the microstrip lines of each section in the resonator are connected in series in sequence, and the end microstrip line of the resonator is connected to the output port; the resonator is used to perform out-of-band suppression processing on the original signal received by the input port to generate a filtered signal, and output the filtered signal through the output port; the out-of-band frequency band signal outside the preset working frequency band of the original signal is suppressed by the out-of-band suppression processing to obtain a filtered signal with out-of-band suppression exceeding a preset attenuation threshold. The fast attenuation of the out-of-band signal is realized, the proportion of the out-of-band signal entering the receiving device is reduced, the demodulation capability of the receiving device for the useful signal is improved, and the system capacity and communication rate of the communication system are improved.

The invention provides a synchronous serial communication system, a synchronous serial communication module, a synchronous serial communication method and a computer readable storage medium. The synchronous serial communication system includes: a host configured to provide a clock signal; and a plurality of cascaded slave machines, each slave machine comprises a first serial interface and a second serial interface, the first slave machine is coupled to the host machine through the first serial interface, for adjacent slave machines, the second serial interface of the upstream slave machine is coupled with the first serial interface of the downstream slave machine, and the second serial interface of the downstream slave machine is coupled with the first serial interface of the downstream slave machine. Each slave synchronously receives a clock signal from the host through the first serial interface and the second serial interface. According to the synchronous serial communication system, the SPI only communicates between the host and the first slave and between the two adjacent slaves, the number of the slaves is not limited by the number of chip selection signals provided by the SPI host, the communication speed is not limited by the farthest distance slave, the communication speed is not limited by the number of the slaves, the communication speed can be increased, and the communication efficiency is improved. The communication efficiency is improved.

The invention relates to the technical field of embedded software radio, in particular to a remote procedure call (RPC) system and method based on MHAL / MOCB. The SCA platform software architecture is used for an SCA platform software architecture core framework comprising a server side and a client side; and the core framework client establishes connection with the core framework server by means of the RPC middleware based on the MHAL / MOCB remote procedure call. The server and the client among the nodes are communicated on the SRIO bus by adopting a protocol based on a hardware abstraction layer (MHAL / MOCB), and the communication speed is higher than that of the traditional Ethernet based on TCP / IP (Transmission Control Protocol / Internet Protocol).

The invention provides a fire control method and system for an energy storage system and a battery management system thereof. The fire control system comprises a battery management system, a fire detection system and a fire extinguishing system, wherein the fire detection system and the fire extinguishing system are connected with the battery management system; the battery management system is also connected with a plurality of battery modules arranged in a battery cabin; the battery management system is configured to obtain monitoring data of each battery cell in each battery module, perform first fire-fighting grade division according to the monitoring data and the first fire-fighting detection data, and then control the first fire-fighting device to start a first fire-fighting strategy corresponding to the first fire-fighting grade according to the first fire-fighting grade; and the battery management system is further configured to perform second fire-fighting grade division according to the second fire-fighting detection data, and control the first fire-fighting device to start a second fire-fighting strategy corresponding to the second fire-fighting grade according to the second fire-fighting grade.

The embodiment of the invention discloses a loop bus communication method and device, electronic equipment and a storage medium, and relates to the technical field of industrial automation and intelligent control, and the method comprises the steps: carrying out the initialization of Master and Slave equipment through setting a current pulse signal threshold value, a return code data representation mode and a high-low voltage pulse width standard; the Master equipment sends downlink data by modifying a low-voltage pulse duty ratio and indicates a return code state by using a high-level pulse duty ratio, and the Slave equipment realizes full-duplex communication by changing a bus current return code. For address conflicts possibly caused by simultaneous code returning of multiple Slave devices, the Master device automatically triggers an address redistribution process by detecting the size of code returning current and a sequential relationship. A low-power-consumption timer is used for controlling the Slave device to be awakened only when a communication request is requested, and the Master device dynamically adjusts transmission parameters and speed by monitoring bus signal quality. According to the invention, the problems of low transmission efficiency and incapability of real-time arbitration and address conflict detection in the prior art are effectively solved.

The invention relates to a fault positioning method and device, a storage medium and a computer program product. The method comprises the steps that in the process of storing collected servo operation data of a servo driver to a storage unit, if it is detected that the servo driver generates abnormal servo operation data, the abnormal servo operation data are sent to a master station, and collection is stopped after a preset duration; receiving a fault operation time period sent by the master station according to the abnormal servo operation data; and sending fault servo operation data corresponding to the fault operation time period to a master station, so as to indicate the master station to carry out fault positioning on the servo driver according to the fault servo operation data. By adopting the method, fault positioning can be accurately carried out on the servo driver.

The embodiments of this specification disclose a method and device for multi-controller storage expansion based on memory sharing in an SPDK architecture. The method includes building an interconnection link with other controllers; creating an original circular queue in the SPDK process, and mapping a mapped circular queue corresponding to the original circular queue in the SPDK process of the other controllers based on the interconnection link; and traversing and processing the queue data in the original circular queue. The embodiments of this specification do not require the support of upper-layer communication protocols such as FC, ISCSI, and NVMe‑oF, nor do they require conversion through block devices. The SPDK process directly operates the opposite end, that is, the circular queue mapped by the other controllers, and the SPDK process of the opposite end is treated as its own thread for processing, thereby realizing the transformation of communication between processes into communication between threads, reducing resource consumption, improving communication speed, and extending the operation of SPDK from single-controller operation to multi-controller operation.

The utility model relates to a communication system. The communication system comprises serial port communication equipment, communication gateway equipment and Ethernet communication equipment, the serial port communication device, the communication gateway device and the Ethernet communication device are connected in series. The communication gateway equipment is used for data conversion between serial port communication data of the serial port communication equipment and Ethernet communication data of the Ethernet communication equipment; the first distance between the communication gateway equipment and the serial port communication equipment is smaller than the second distance between the communication gateway equipment and the Ethernet communication equipment. According to the embodiment of the invention, the communication between the serial port equipment and the Ethernet equipment can be realized, the communication distance between the two kinds of equipment is increased, and the communication speed between the two kinds of equipment is increased.

The invention relates to the technical field of semiconductors, in particular to a packaging structure and a forming method thereof, and the packaging structure comprises an interconnection device which is a thinned bridge chip and is provided with a first surface and a second surface which are opposite to each other; the first chip is positioned on one side of the first surface of the interconnection device, and the projection surface of the first chip is partially overlapped with the first surface of the interconnection device; the second chip is located on one side of the first face of the interconnection device, the projection face of the second chip is partially overlapped with the first face of the interconnection device, and the first chip and the second chip are electrically connected through the interconnection device. Based on the above technical scheme, the structure packaging density and the chip interconnection density are significantly improved, the signal transmission distance is reduced, and the electrical performance is improved.

The application discloses a non-balance privacy set union method and a union set system based on full homomorphic encryption, and the method comprises the following steps: a sending end sends a first to-be-unionized ciphertext set to a receiving end; the receiving end obtains a comparison result ciphertext by comparing the data difference between a first to-be-unionized set and a second to-be-unionized set according to the first to-be-unionized ciphertext set based on assignment, rotation and multiplication operation, and sends the comparison result ciphertext to the sending end; the sending end decrypts the comparison result ciphertext to obtain a blinded comparison result, and sends the blinded comparison result to the receiving end; and the receiving end determines the union set of the first to-be-unionized set and the second to-be-unionized set according to the blinded comparison result. The application can reduce the calculation amount and improve the communication speed while avoiding privacy leakage.

The present application provides a smart network card HMU storage method, system, medium, program product and terminal based on large page memory. First, when the smart network card driver is initialized, the system's available large page memory support is checked. If supported, a continuous physical memory block is applied for the network card PCIe DMA from the large page memory area at one time. If the large page memory is not supported, the HMU memory is still applied from the system's ordinary memory page. The present application improves memory access efficiency, reduces management costs, optimizes system performance, saves resources, reduces host pressure, and increases flexibility. At the same time, it simplifies the memory management process and solves the problem that the existing HMU memory management method cannot effectively cope with the Linux system's default small memory pages and memory swap mechanism, resulting in low memory utilization efficiency and affecting network card performance.

The utility model discloses a high-speed communication interface circuit and a high-speed SWD communication device. The high-speed communication interface circuit comprises a host processor, a GPIO interface, a first SPI interface and a second SPI interface, wherein the host processor is arranged on a host; the GPIO interface, the first SPI interface and the second SPI interface are respectively in signal connection with the host processor; the GPIO interface, the first SPI interface and the second SPI interface are respectively connected with an SWD interface of a slave through an isolation module and carry out data transmission; the GPIO interface and the first SPI interface are configured to be controlled by the host processor and send data to the SWD interface of the slave; and the GPIO interface and the second SPI interface are configured to be controlled by the host processor and receive data from the SWD interface of the slave. By utilizing the scheme of the utility model, the communication speed of the host and the slave can be improved, so that the debugging and burning efficiency of the host to the slave is improved.

The application provides a high-speed, high-efficiency and low-cost semiconductor optical communication device and a preparation method thereof. The high-speed, high-efficiency and low-cost semiconductor optical communication device comprises a first Bragg reflector, first to Nth active layers arranged in sequence along a first direction on one side of the first Bragg reflector, wherein N is an integer greater than or equal to 2; first to N-1th tunnel junctions, wherein any nth-1th tunnel junction is located between an nth-1th active layer and an nth active layer, n is an integer greater than or equal to 2 and less than or equal to N; first to N-1th current limiting layers arranged along the first direction, wherein any nth-1th current limiting layer is located on the side of the nth-1th tunnel junction along a second direction, and the nth-1th current limiting layer has an overlapping projection on the sidewall of the nth-1th tunnel junction along the second direction; and wherein the second direction is perpendicular to the first direction.

The invention belongs to the technical field of civil airport information, and discloses a flight ground guarantee dynamic management and control method and system based on a collaborative electronic process list. The method comprises the following steps: flight guarantee full life cycle data integration and standardization processing; performing flight state mapping and multi-queue generation; active early warning and visual highlighting based on a time threshold are carried out; dragging interaction and flight state synchronous updating are carried out; collaborative and visual monitoring of the guarantee process is carried out; and performing management and control efficiency analysis. According to the invention, a dynamic command management and control model which takes state as driving and takes visualization as a presentation mode is constructed. According to the method, the data structure and circulation logic of flight information are redefined, and a traditional static list is upgraded into a multi-column collaborative dynamic billboard, so that refined and active management and control of the whole ground guarantee process are realized.

The present application relates to the technical field of unmanned aerial vehicle network, especially to a kind of unmanned aerial vehicle group security cooperation system based on block chain and federal learning, the present application is provided with identity management architecture module, identity registration and authentication module, communication optimization module and dynamic selection module, the identity management architecture module designs layered unmanned aerial vehicle identity management architecture, the identity registration and authentication module is registered and authenticated based on the distributed cross-domain unmanned aerial vehicle identity management mechanism, the communication optimization module responds to authentication success state, determines teacher model to update local model by knowledge distillation, the dynamic selection module is based on actual communication environment dynamic selection neighbor for the transmission process of embedding vector.The present application guarantees the security of identity management level and communication optimization level, provides protection for the whole training process, improves the computing efficiency, reduces the pressure on the center node, improves the overall communication efficiency and system response speed of unmanned aerial vehicle group.

The invention provides a monitoring device, a control device, a battery information communication system, a battery information communication method, a storage medium, and a computer program product. The monitoring device (40) monitors the state of the battery and transmits the state of the battery as battery information to the control device (50) by wireless communication. The wireless communication unit (46) of the monitoring device (40) performs a connection process with the wireless communication unit (54) of the control device (50) and communicates battery information. The wireless communication unit (46) of the monitoring device (40) sets the communication speed when at least some of the prescribed connection processes are executed between the wireless communication unit (46) and the wireless communication unit (54) of the control device (50) to a lower speed than the communication speed when the battery information is transmitted to the wireless communication unit (54) of the control device (50).

The present invention discloses a distributed multi-device cluster communication method and system for edge IoT, the method comprising: any target master device among multiple master devices receives a data update request sent by a cloud platform, the target master device processes the data update request, and obtains firmware data and request information; all master devices form a first device cluster, and the target master device shares the firmware data and request information with all other master devices in the first device cluster; each master device and corresponding multiple sub-devices form multiple second device clusters, and any master device in the first device cluster shares the firmware data and request information with corresponding multiple sub-devices through the corresponding second device cluster, and each sub-device performs firmware update according to the firmware data and request information. The present invention receives the data update request through the master device, and transmits it to the sub-device at the device cluster level for firmware update, thereby realizing communication with different communication protocols between different devices.

The invention belongs to the technical field of intelligent driving, and provides an intelligent driving and intelligent cockpit data transmission method and system, an intelligent driving domain module and an intelligent cockpit are directly connected through a gigabit Ethernet, meanwhile, timeout retransmission mechanisms are set in the request sending stage and the data transmission stage, it is guaranteed that requests and data are successfully achieved, and the data transmission efficiency is improved. When a retransmission mechanism is executed, requests and data prepared before an overtime node serve as a first part to be transmitted preferentially, so that a sender and a demander process part of the data firstly, and the situation that time delay is caused by data processing after all the data are retransmitted, and the vehicle driving experience feeling is affected is avoided; in the embodiment of the invention, when the request and the data which are transmitted preferentially and the second part of the request and the data which are not transmitted are cut off and retransmitted, only the second part of the request and the data are transmitted, the speed of sending the request and the data in the retransmission execution process is ensured by reducing the data transmission quantity, and the safety problem caused by intelligent driving instruction delay is further avoided.

The invention provides a digital energy switch, a DESS system and a processing method of the DESS system. The switch comprises a switch CPU and a switch FPGA. One end of the switch CPU is respectively connected with the digital energy adapter and the digital energy concentrator through the switch FPGA, and the other end of the switch CPU is in two-way communication connection with an upper cloud end or a host. The switch FPGA comprises a data cache region, an information flow control module, an energy flow control module, an optical fiber communication module and an Ethernet communication module; according to the digital energy switch, the DESS system and the processing method of the DESS system, the limitation of a single CPU setting mode can be overcome, the task load borne by the CPU is reduced, the structure of the digital energy switch is optimized, the communication speed and the real-time performance of the switch are improved, and the anti-interference capability of the switch is enhanced.

The present invention relates to a self-organizing network method and a self-organizing network system, wherein the self-organizing network method comprises the following steps: providing nodes, the nodes can be connected to each other and can at least form a tree network with an upper and lower structure; constructing an intermediate network between the same level or across levels of the tree network formed by the nodes to connect two nodes of the same level or two nodes across levels in the tree network.

A terminal includes: a reception unit configured to receive a signal from a base station via each of multiple carriers in a same band; a control unit configured to determine whether a reception power imbalance between two carriers among the multiple carriers exceeds a threshold value; and a transmission unit configured to transmit information indicating whether the reception power imbalance exceeds the threshold value to the base station.

The utility model discloses a special remote control module for an intelligent distribution box, which is mounted in the distribution box and comprises a shell and a circuit board mounted in the shell. A power supply unit, a storage unit, an indication unit, a driving unit used for cooperating with remote operation to control power-on of a main loop of the distribution box, a data processing unit, a single-chip microcomputer, and a communication unit used for transmitting real-time data of the distribution box to a remote monitoring center are integrated on the circuit board. The single chip microcomputer is respectively connected with the power supply unit, the memory, the indicating unit, the driving unit, the data processing unit and the communication unit, a wiring terminal with a plurality of wiring ports is arranged on the circuit board, and the wiring terminal is positioned outside the shell. The power distribution box is additionally arranged in the power distribution box, a maintainer carries out examination and approval electrification in a mobile phone code scanning mode before maintenance, the maintenance safety is improved, the danger of non-professional personnel operation is avoided, the communication unit can transmit real-time data of the power distribution box to a remote monitoring center, maintenance and management are convenient, and the labor cost is reduced.