153 results about "Handshake" patented technology

A system, method, and receiver control architecture for a Symbolic Resonant Energy Transfer Network (SRETN) configured to distribute electrical power wirelessly across planetary-scale distances under cryptographic, economic, and biological safety governance. The system comprises a distributed mesh of terrestrial resonant transmission towers and orbital relay satellites configured to deliver energy via directed magnetic resonance coupling. A Symbolic Energy Kernel governs authorization and transmission, preventing energization of any transmission vector unless a secure cryptographic energy handshake is completed. The handshake verifies: (i) authenticity and compliance of a requesting receiver device; (ii) real-time solvency of an associated decentralized energy ledger account; and (iii) clearance of the transmission path through active radar and lidar-based biological exclusion scanning. Energy is transmitted as discrete, tokenized packets, each cryptographically metered and acknowledged by the receiver prior to continuation. The system enables a wireless, infrastructure-light energy distribution paradigm in which electrical power is accessed on demand with transaction-level auditability and enforced safety constraints.

An example operation includes one or more of establishing a secure channel between a host platform and a vehicle based on a transport layer security (TLS) handshake between the host platform and the vehicle, downloading an authorization code to the vehicle through the secure channel between the host platform and the vehicle, receiving the authorization code from a mobile application installed on a mobile device, generating a mobile application certificate for the mobile device and transmitting the mobile application certificate to the mobile application on the mobile device, and establishing a secure connection between the host platform and the mobile application on the mobile device based on the mobile application certificate.

The application relates to the technical field of front-end architecture, in particular to a cross-application communication method, system and device based on a micro front-end architecture and a storage medium. The cross-application communication system based on the micro front-end architecture comprises a communication hub module, a protocol standardization module, a security handshake module, a routing distribution module and a state synchronization module. With the development of enterprise-level web applications in the direction of modularization and multi-team cooperation, the micro front-end architecture becomes a key technology for solving the splitting and integration of complex applications.

Disclosed in the present invention is a method for realizing reminding of a child left behind in a vehicle, comprising: step 1, system initialization and permission acquisition: when a vehicle is ignited, first initializing a system, comprising binding related services, completing handshake and instantiating an interface, and then acquiring the permission of a vehicle cabin observation camera; when the permission is "OFF", performing basic monitoring on the basis of the safety belt and seat weight state; and when the permission is "ON", preparing to use the vehicle cabin observation camera to acquire an image for analysis. By means of system initialization and permission acquisition during vehicle ignition, the present invention can intelligently select a basic monitoring or image analysis mode on the basis of the permission state of the vehicle cabin observation camera, so as to monitor the internal condition of the vehicle. When the permission of the vehicle cabin observation camera is enabled, an AI algorithm is used to perform in-vehicle occupant monitoring on the basis of image information acquired by the vehicle cabin observation camera, such that adults, children and child seats can be accurately identified, and secondary correction is performed in combination with vehicle information and user actions, so as to effectively perform child left-behind detection.

The application provides a gateway device and system for a distributed photovoltaic power generation system and a communication method, comprising a master control module, a downlink communication module, a data processing module, and an uplink communication module, which can support multi-protocol compatibility, high integration, high reliability, and deep fusion Internet of Things technology. The application can improve compatibility and integration: unified conversion of multi-brand device bottom layer data into IEC104 standard protocol, breaking heterogeneous barriers; high integration hardware architecture greatly reduces device volume, realizing seamless embedding with field circuit breakers. Optimize deployment efficiency: built-in one-key configuration logic, automatically identify online devices and dynamically generate polling lists through active broadcast handshake, eliminating manual entry hassle and significantly reducing field implementation cost. Safeguard system security: establish an abnormal interruption triggering mechanism, skip regular polling when monitoring data is out of limit, real-time priority transmission of alarm messages, realize second-level response to power station risks, and reduce device damage rate.

This application discloses a software instance communication method and electronic device, relating to the field of computer technology. The method, in response to detecting a first message receiving queue created by a second instance in shared memory, creates a corresponding second message receiving queue in shared memory, sends a handshake request message to the second instance through the first message receiving queue, and receives a handshake confirmation message from the second instance through the second message receiving queue, thereby completing the handshake connection between the first and second instances and establishing a communication link between them. Since multiple instances of a software service communicate through message receiving queues created in shared memory, traditional communication protocols are not required, and the system does not enter kernel mode. Therefore, the communication efficiency between multiple instances of a software service can be effectively improved without affecting system performance.

This invention discloses a task scheduling and motion control method for collaborative operation of a robotic arm and an AGV, belonging to the field of intelligent manufacturing and automation control. The method includes: a central scheduling module receiving task requests and decomposing them into a set of subtasks; allocating subtasks to corresponding execution devices using a combination of auction mechanisms and cost function optimization; determining whether task conflicts exist; if so, executing a re-task process; otherwise, executing a collaborative control process. The collaborative control process includes generating a global trajectory using a hybrid path planning method and real-time correction of the local trajectory by a local control module; and achieving synchronous control of the robotic arm and AGV at the handover point using a state machine-based handshake protocol. This invention effectively solves the problem of task conflicts and resource competition among multiple devices through a unified task scheduling and collaborative control mechanism, improving the handover accuracy and operational efficiency of the grasping-delivery process, and is applicable to complex scenarios such as pharmaceutical research and development and chemical production.

This invention discloses an automatic maintenance and cleaning method and system for multiple printheads of a plotter based on FPGA control, belonging to the field of inkjet printing equipment control technology. The method includes: the FPGA main control board and each FPGA printhead control board completing hardware self-tests and bidirectional communication handshakes, using 8B / 10B encoding for data transmission; upon receiving a cleaning command, sequentially executing the entire automated maintenance process of initial ink intake, grating closed-loop control of the doctor blade, multi-printhead synchronous flash printing, secondary ink intake, and printhead moisturizing. It adopts an FPGA distributed hardware architecture, achieving communication between the main control board and the printhead board group via fiber optic links, and constructing a fully closed-loop position control system in conjunction with a grating feedback module. This invention features high real-time performance, strong synchronization, and high anti-interference capability, enabling non-destructive, efficient, and automated maintenance of multiple printheads, effectively reducing the probability of nozzle clogging, extending printhead lifespan, and is suitable for high-precision applications in industrial large-format inkjet plotters.

The present invention relates to a decentralized arbitration crossbar network. In the crossbar network of the present invention, arbitration units are not designed to configure data paths between circuits. In the crossbar network of the present invention, a data path can be established after a three-way handshake between two circuits.

The application discloses a handshake system, method and device of a three-dimensional convolutional neural network, computer equipment and a medium. The method comprises the following steps: obtaining to-be-transported data, and writing the to-be-transported data into a cache as a cache data block in a preset size; writing the size of the cache data block into a register group according to a preset storage mode to obtain data block record information; when a data operation request is received, obtaining required data information from the data operation request, wherein the required data information comprises three-dimensional coordinates; determining whether the cache data block contains data corresponding to the required data information based on the three-dimensional coordinates and the data block record information; and if the cache data block contains the data corresponding to the required data information, generating a response signal indicating that there is valid data in the cache data block. The handshake efficiency is improved by using the application.

This disclosure provides a method and apparatus for information interaction between a spaceborne terminal and a ground terminal, relating to the fields of communication technology and data encryption technology. The method includes: performing a first identity authentication operation to obtain a first target authentication result; responding to the first target identity authentication result indicating successful authentication, engaging in information interaction with the ground terminal until the information interaction frequency meets a preset interaction frequency threshold. The first identity authentication operation includes: sending a first handshake ciphertext to an authoritative management center; performing signature verification on an initial signature ciphertext based on an initial public key; responding to the initial verification result indicating successful verification, signing a random number from the ground terminal using the spaceborne terminal's private key to obtain a spaceborne terminal signature ciphertext; sending a third handshake ciphertext to the ground terminal; performing signature verification on the ground terminal's signature ciphertext using the ground terminal's public key; and determining the first target authentication result in response to a second verification result indicating successful verification.

A zero trust content delivery framework secures proprietary data from autonomous AI scraping agents and link-bypassing attacks. The framework implements a multi-stage stateful handshake protocol requiring physical and computational Proof of Humanity. A verification engine analyzes human analog dynamics, including mouse jitter and device-specific accelerometer tilt, while a client-side SHA-256 Proof of Work imposes an asymmetric cryptographic tax. Content is delivered via just-in-time (JIT) memory-mapped streaming, rendered as volatile pixel data on a GPU-accelerated canvas to remove searchable text from a Document Object Model (DOM). An active counter-intelligence engine identifies bot signatures and serves shadow intelligence to degrade unauthorized training sets.

This invention provides a method, apparatus, and electronic device for proactive data push, applied in the field of media data transmission technology. In response to a client's media resource request, this invention generates a security authorization token containing media data version information and sends it to the client. During the connection handshake phase, it receives and parses an early handshake message carrying the authorization token. After verifying the token's validity, it retrieves the corresponding first frame data from a local read-only cache based on the version information, encapsulates it into an application-layer payload with an early data identifier, and proactively sends it to the client via a streaming frame during a zero round-trip latency phase. This advances the media data request process to the connection handshake phase, eliminating at least one round-trip delay, effectively improving the opening speed of the first frame of the media stream, and optimizing the user experience.

This invention discloses an efficient QR matrix decomposition method based on FPGA for implementing systolic matrices, belonging to the field of software-defined radio signal transmission technology for airborne networks. It is based on the design of a multi-channel digital front-end implemented on an FPGA chip. The method includes: designing a general handshake coordination mechanism, designing a timing flow for systolic matrix multiplication, performing fast QR matrix decomposition single-loop operations by calculating the Householder mirror transformation matrix, designing a top-level loop pipeline for QR matrix decomposition, and finally verifying the hardware scheme of the fast QR decomposition algorithm. This invention converts resource consumption into timing consumption by designing the overall pipeline logic and loop operations, enabling fast processing and accurate decomposition of digital information in a multi-channel digital front-end on an FPGA, effectively saving on-chip resources. In addition, this invention has excellent scalability, supporting 64 to 128-bit high-precision fixed-point number formats, and the data matrix order can reach up to 128.

This specification provide computer-implemented methods, and apparatuses for data transmission protocol execution and data storage. Execution of a data transmission protocol includes an initiator and a receiver. In an example execution process, a first application serving as the initiator encapsulates protocol information related to a transmission handshake protocol, ciphertext data obtained by encrypting target privacy data using an encryption method determined based on the protocol information, signature information obtained by digitally signing the ciphertext data and the protocol information using a private key, field content of an attestation field, and the like into a data transmission unit. The attestation field is used to fill a remote attestation report that includes public key information of the initiator. A second application serving as the receiver decapsulates the data transmission unit, and uses the target privacy data after verifying the signature information and the like in the decapsulated data transmission unit.

The application discloses a substation relay protection communication authentication method based on continuous variable quantum key distribution, and belongs to the technical field of wireless communication; the method is: evaluating the physical channel quality of each link, screening a safe link; generating quantum keys by using the safe link, and cutting the generated quantum keys according to the key block granularity; adopting a GQA handshake protocol to establish a complete mapping relationship between the key block and the frame sequence number; performing GQA quantum authentication encapsulation on a GOOSE message; and completing the authentication of a receiving end by adopting a three-layer verification mode. The application establishes the mapping relationship between the key block and the frame sequence number by the handshake protocol, the sending end and the receiving end independently calculate the corresponding key block index according to the frame sequence number, any additional key negotiation or synchronous communication is not needed in the message authentication process, the communication of the key block between the sending end and the receiving end is guaranteed, the communication response time is reduced, and the security is improved.

The present application relates to the technical field of intelligent decision-making, in particular to an engineering change intelligent identification and influence analysis method and system. In the present application, by extracting the physical connection information of the field control equipment and associating the operating parameters and the logical constraint parameters, a field device interconnection topology model with signal flow direction as the connection line is constructed, the discrete engineering equipment is converted into a digital map with logical handshake relationship, the parameter modification behavior is monitored in real time and the change source equipment is locked, the history trend consistency and real-time availability of the redundant signal channel are verified by using the grey correlation analysis algorithm and the effectiveness threshold, when it is confirmed that it has effective backup, it is automatically determined as a blocking node, the input signal change is simulated and calculated according to the PID control algorithm combined with the loop gain coefficient, whether the fluctuation occurs physical dissipation is confirmed by comparing the absolute value of the difference of the theoretical output signal and the signal control dead zone threshold, and the effective fluctuation which can actually drive the downstream equipment action is accurately identified.

This invention discloses a secure transmission method for satellite constellation communication based on post-quantum cryptography, relating to the fields of satellite communication and information security technology. The method includes: analyzing the satellite constellation topology to determine the latency sensitivity level of the secure handshake; pre-screening a set of candidate PQC algorithms based on the sensitivity level; sensing the channel and extracting non-stationary features such as fading depth, duration, and Doppler rate of change; constructing a multi-dimensional joint optimization model with algorithm identifier, fragmentation granularity, redundancy, and modulation and coding scheme as joint decision variables, aiming to maximize the handshake probability within the expected duration; solving the model to generate an adaptive transmission strategy, and performing adaptive non-uniform fragmentation and fountain code encoding on PQC protocol data units; predicting link trends based on Doppler rate of change and dynamically scheduling symbol transmission. This invention achieves deep coupling optimization of network topology, cryptographic algorithms, and channel characteristics, improving the transmission reliability of PQC in dynamic satellite networks.

This application provides a near-field communication (NFC) device, which includes a housing and an interaction module. The interaction module is located within the housing and includes a main control chip and a communication antenna electrically connected to each other. The main control chip stores the identification information of the NFC device, and the communication antenna is used to broadcast a handshake signal containing the identification information to external mobile terminals. By placing the interaction module within the housing and actively broadcasting the handshake signal containing unique identification information to the outside world through the interaction module, mobile terminals can receive the handshake signal and, upon receiving the handshake signal, upload the identification information and their own location information to a server. By setting up an interaction module within the NFC device, hardware support is provided for locating lost NFC devices, thereby helping to improve the difficulty of recovering lost NFC devices.

The application discloses a multi-terminal concurrent communication network on-demand fast authorization and multi-domain priori balancing method, belongs to the technical field of communication networks, and particularly relates to a concurrent communication method for realizing single handshake, i.e., completing on-demand fast authorization of resources, by using multi-domain priori probability information in a multi-terminal concurrent communication scene, which can be applied to optical communication bus networks, industrial internet wireless multiple access, wired / wireless time fusion sensitive networks and the like. The method analyzes the structures of different domains in a communication mechanism, fully utilizes the priori sparse characteristics of different domains, and accumulates multi-channel observation and transmission resource observation through a frame structure of multi-channel observation-transmission resource joint expansion. Therefore, the activity detection of concurrent terminals, channel estimation and data demodulation can be efficiently realized under a limited number of hardware array type acquisition units, i.e., an efficient on-demand fast authorization concurrent access is realized in a multi-terminal concurrent communication network.

This invention provides an AI preprocessing method and system based on video hardware decoding, comprising: a VPU video decoding unit built into an NPU chip decoding and scaling the input compressed video stream, outputting scaled RGB planar format frame data; the VPU video decoding unit transmitting the scaled RGB planar format frame data to a DMA controller via a hardware handshake mechanism; and the DMA controller performing vertical padding and normalization on the scaled RGB planar format frame data, storing the processed data in a tensor storage area for subsequent AI inference model inference. This invention integrates vertical padding and normalization into the DMA transfer process, which is completed in real-time by hardware during data transfer, without any intermediate buffers or CPU intervention. This directly eliminates multi-level copy overhead and CPU computational burden, significantly reducing end-to-end latency and overall power consumption.

The application discloses a load balancing method, device, equipment and system based on an intelligent network card, comprising: acquiring a bidirectional handshake signal of a TCP flow sent by the intelligent network card, and extracting quintuple information based on the bidirectional handshake signal; creating a connection tracking record of the TCP flow, and adding the quintuple information to the connection tracking record; selecting a target node from a cluster based on a preset load balancing strategy, and acquiring routing information and neighbor information corresponding to the target node; adding the routing information and the neighbor information to the connection tracking record, and using the connection tracking record to forward the TCP flow to the target node. In this way, the central processing unit acquires the bidirectional handshake signal sent by the intelligent network card, creates the connection tracking record and performs load balancing. Since the connection tracking record contains the quintuple information, the routing information and the neighbor information, the same TCP flow can be distributed to the same node in the cluster, and lossy service can be avoided.

This invention provides a glove for assisting Bobath handshake training, comprising an affected-side glove body, a healthy-side glove body, an affected-side tightening structure, a healthy-side tightening structure, an adhesive structure, and an elastic band. In use, the patient uses their healthy hand to assist in putting the affected-side glove body on the affected side. During this process, the healthy hand is used to separate the patient's four fingers sequentially through the operating opening on the affected side, guiding the four fingers accurately into their corresponding four-finger areas. The tightening structure on the affected side is then used to secure the fingers. Next, the healthy hand is placed into the healthy-side glove body, and medical personnel assist in securing it using the tightening structure on the healthy side. After securing the handshake, the patient uses their healthy hand to grasp the affected hand, forming a standard Bobath handshake posture. Once the handshake posture is completed, subsequent rehabilitation training activities can begin. This invention's glove for assisting Bobath handshake training helps patients complete a standard Bobath handshake posture, enabling them to conduct standardized training and ensuring the smooth progress of rehabilitation exercises.

The application provides an asynchronous clock generation device and an analog-to-digital converter, and belongs to the technical field of electronic circuits.The device comprises a signal generation module, a current source module, an asynchronous clock biasing module, a hysteresis clock generation module and a control module; the signal generation module is used for generating a handshake signal according to an external signal, a target clock signal sent by the hysteresis clock generation module and a control instruction sent by the control module, and sending the handshake signal to the current source module; the current source module is used for generating a target electric signal meeting the control instruction based on the handshake signal, and sending the target electric signal to the asynchronous clock biasing module; the asynchronous clock biasing module is used for adjusting an output voltage according to the target electric signal, and the hysteresis clock generation module is used for generating the target clock signal based on the adjusted output voltage, and sending the target clock signal to the signal generation module. The application can realize linear adjustment of delay and improve the adjustment precision.

The application provides a robot autonomous charging docking method, system and storage medium, which is applied to an autonomous charging docking system including a robot and a charging base station. The method comprises the following steps: when a charging trigger condition is met, the robot is controlled to enter a charging docking process; the robot is controlled to identify the charging base station based on sensing information, and autonomously moves to the charging base station to enter a charging docking area; after the robot enters the charging docking area, whether the robot is successfully positioned is judged based on a preset positioning condition; on the premise that the robot is successfully positioned, a charging power-on and communication handshake operation is performed and a charging process is started; the robot is controlled to enter a low-power-consumption running state, and the charging process is exited when a charging completion event is detected or a wake-up event is received. Through the scheme, the problems of low charging reliability and unstable operation of the robot in the prior art in a complex environment can be effectively solved.

The application provides an electronic tag issuing method, a main station server, an upper computer, a card issuer and a system, and relates to the technical field of wireless communication. The method comprises the following steps: after the upper computer and the main station server perform a handshake operation, a session key is generated; the main station server generates a plaintext key of an electronic tag through a password machine, encrypts the plaintext key through the session key to obtain plaintext key ciphertext, and encrypts application data of the electronic tag through the plaintext key ciphertext to obtain application data ciphertext; the upper computer encrypts the session key through a protection key to obtain session key ciphertext, and sends the session key ciphertext, the plaintext key ciphertext and the application data ciphertext to the card issuer; the card issuer decrypts the session key ciphertext through the protection key to obtain the session key, decrypts the plaintext key ciphertext and the application data ciphertext through the session key, and writes the decrypted plaintext key and the application data into the electronic tag. The application effectively guarantees the data security of electronic tag issuing.

This invention relates to the field of intelligent rail transit system operation control technology, and provides a method and system for interlocking consistent charging configuration across lines. After an intelligent rail vehicle enters a preset triggering interval of a target charging station, the target charging position is first determined based on the current task line and the charging position status at the station. Then, a target configuration message is generated based on the cross-line charging configuration record corresponding to the target charging position. Until the onboard readback message is consistent with the target configuration message and the target charging position is still idle, the vehicle is continuously prohibited from entering the charging handshake process. This ensures that when an intelligent rail vehicle crosses a line to enter a target charging station, it is only allowed to enter the charging handshake process when the target charging position, onboard charging control configuration, target parking position parameter record, onboard HMI interface, and charging handshake parameter group are all consistent and the target charging position is still idle.