220 results about "Time sensitive" patented technology

The invention relates to a trauma first-aid intervention time optimization management system and method based on multi-modal data fusion, and is suitable for high-timeliness trauma treatment scenes. The method comprises the following steps: S1, collecting and standardizing multi-source heterogeneous data from physiological monitoring, an image system, text recording and the like; s2, extracting each modal feature, and generating an intermediate semantic representation; s3, constructing a multi-mode cooperative control mechanism, and dynamically allocating a dominant mode and an auxiliary mode according to a TIPT task node state to realize semantic information intercommunication; s4, adjusting the fusion weight based on the time sensitivity score, and realizing adaptive regulation and control of modal fusion; s5, the task path scheduling module automatically starts a standby strategy when the key mode is missing or delayed, and task propulsion continuity is guaranteed; and S6, outputting diagnosis and treatment suggestions and performing task closed-loop feedback. The method can effectively improve the data fusion efficiency and decision reliability in the time-sensitive medical task, and has good clinical practicability and popularization prospects.

The invention belongs to the technical field of data security, and provides a data transmission encryption method and system. The method comprises the following steps: analyzing a hard disk data transmission request to obtain a transmission identifier, calculating a time sensitivity coefficient and determining a transmission priority; determining a key fusion tree and a hybrid encryption key based on the coefficients and the priorities; performing block processing on the data transmission object; matching and encrypting the data block and the encryption key, and calculating an integrity check value; and adjusting the key according to the change of the time sensitivity coefficient and regenerating a verification value to form a transmission log. According to the invention, the data transmission security and efficiency are improved, and the data integrity verification capability is enhanced.

Methods and systems are presented for providing a framework for facilitating time-sensitive cryptocurrency transactions for users. When a request for processing a time-sensitive cryptocurrency transaction using funds from a cryptocurrency wallet is received from a user, a transaction system first verifies whether the cryptocurrency wallet has a balance to cover the cryptocurrency transaction. The transaction system also verifies the ownership of the cryptocurrency wallet based on an asynchronous method. The user generates verification data without any input from the transaction system, and based on a private key associated with the cryptocurrency wallet, a generator function, and a user-generated value. Without knowing the user-generated value, the transaction system verifies the ownership of the cryptocurrency wallet based on the verification data, and processes the transaction for the user.

The invention discloses a carrier rocket avionics system based on a TSN (Time Sensitive Network) and a carrier rocket avionics data transmission method, and belongs to the technical field of carrier rocket control. A network is physically or logically divided into a periodic time-sensitive data stream, a high-speed time-sensitive data stream and a best effort data stream, the three data streams are subjected to isolation management, and transparent interconnection between a 1553B bus network and a TSN switching network is realized on a protocol layer through an intelligent protocol conversion gateway. Meanwhile, in a network management layer, through an instruction response type configuration protocol, common Ethernet equipment is seamlessly incorporated into the global scheduling and control category of the TSN network. According to the invention, by constructing the avionics network system with three-layer partition and dual-network fusion, multi-network seamless fusion on the rocket can be realized, the real-time performance of the network is improved, and the key requirements of rocket recovery are met.

The invention belongs to the technical field of intelligent humanoid robots, and discloses a remote operation data acquisition and data closed-loop system for an intelligent humanoid robot, which builds an instruction, action and acquisition ternary time sequence synchronization mechanism through a time sequence coordination module, realizes dynamic coordination of the three parts by using a time sensitive network technology, effectively reduces time sequence deviation, and improves the system performance. Meanwhile, a space-time alignment algorithm of the data processing module is combined, so that the consistency of the multi-modal data in time and space dimensions is guaranteed; acquired data can accurately fit human operation logic and a robot action state, the optimization efficiency of a data closed loop is improved, and the requirements of high-precision operation scenes such as complex assembly and flexible material processing are successfully met; a quantitative association system of data quality and control effects is established by means of the evaluation module, invalid data such as sensor faults and action fuzziness can be screened in real time, and occupation of redundant storage and computing resources is reduced.

The invention discloses a method and a device for designing a multi-anti-interference incremental backstepping observer based on specified time, and belongs to the technical field of signal tracking and processing. The method comprises the following steps: establishing a system dynamics model containing time-varying disturbance and model uncertainty items; scaling the tracking error and the estimation error by using a scaling function so as to realize the accurate convergence of the system state and the disturbance estimation within the specified time T; combining the scaled error, introducing an incremental backstepping control thought, and designing an incremental backstepping observer capable of processing model uncertainty and multiple disturbances at the same time; under the condition that the total disturbance and the derivative thereof are assumed to be bounded, stability analysis is carried out through a Lyapunov function, and constraint conditions of system stability convergence are deduced; and finally, verifying the effectiveness and superiority of the observer under various input and disturbance working conditions through simulation. The method is suitable for a high-dynamic and time-sensitive precision control system.

The invention discloses a customer portrait matching and positioning method and system, and particularly relates to the technical field of portrait matching and positioning, and the method comprises the steps: carrying out the cleaning and time correction of multi-source behavior data under a unified time base, and constructing a behavior time sequence and a label time sequence; on this basis, identifying a tag high-intensity activation interval, and forming a multi-time scale portrait structure composed of a long-term structural portrait, a life cycle stage portrait and an event portrait; for business task analysis time sensitivity and risk tolerance, calculating a comprehensive analysis index to judge whether time-dependent dynamic attenuation is introduced, respectively obtaining scores of all portrait layers, fusing the scores according to weights, generating a comprehensive matching score, and outputting a target customer set; and combining recommendation, marketing or risk control feedback to construct a feedback event sequence, and adjusting the multi-time scale portrait and the fusion weight. According to the method, long-term features, stage behaviors and short-term events can be distinguished, and the accuracy and interpretability of customer portrait matching and positioning are improved.

Provided is a method for channel access. The method is performed by an access point (AP) that supports a service period for time sensitive traffic, includes: transmitting a channel protection threshold to a station (STA), wherein the channel protection threshold is used to trigger a scheduling AP associated with the service period for the time sensitive traffic and / or a member STA associated with the service period for the time sensitive traffic to gain a transmission opportunity (TXOP) and / or initiate transmission of time sensitive traffic data within the service period for the time sensitive traffic.

Various aspects of the present disclosure relate to user interaction data transportation using real-time transport protocol header extension. One or more physical device interactions by a user are sampled to obtain interaction data inputs, such as for a user playing cloud gaming or using extended reality on their user equipment. These interaction data inputs are generated frequently, such as approximately 250 to 1000 times per second. One or more interaction short messages (e.g., less than 100 bytes), which are time-sensitive, are generated from the user interaction data and included in one or more transport header extensions of a real-time transport protocol data unit. The real-time transport protocol data unit is transmitted to a remote device, such as a network entity.

The present disclosure provides techniques for measuring and compensating for clock drift errors in time-aware networks and time-sensitive applications, where a time-aware system (TAS) measures clock drift, and compensates for the measured clock drift, and makes predictions of future clock drift values based on history and other physical measurements. Existing messages used for measuring link delay and / or used for time synchronization can be used for frequency measurement (and thus clock drift measurement), and this measured drift can be applied as a correction factor whenever synchronization is determined and / or used. The predicted clock drift rate can be based on various probability distributions including linear, Kalman filters, and / or others. Other embodiments may be described and / or claimed.

An information processing device includes an acquisition unit that acquires capability information including information concerning a processing capability concerning TSN (Time-Sensitive Networking) traffics of a wireless network forming at least a part of a TSN network and a notification unit that notifies the capability information to a communication device that performs processing concerning the TSN traffics.

A communication network configured to support time-sensitive interconnection communication is disclosed. In one example, the communication network comprises: communication network components, each configured to provide a functionality for data communication from a source device across the communication network to a destination device and a processor arranged to configure at least one component of the communication network components based on a time sensitive communication schedule of a flow which passes through the at least one component, wherein the at least one component is configured to act as at least one waypoint to provide the time sensitive interconnection communication such that the at least one waypoint communicates with at least one of other waypoints in a neighbor communication network to connect the time sensitive communication schedule with another time sensitive communication schedule of another flow passing through a plurality of other communication network components in the neighbor communication network.

The present application belongs to the technical field of embodied intelligent robots, and discloses a kind of embodied intelligent humanoid robot remote control data acquisition and data closed loop system, and the instruction, action, acquisition ternary time sequence synchronization mechanism is built by time sequence cooperation module, the dynamic cooperation of three is realized using time sensitive network technology, effectively reduce time sequence deviation, while combining the space-time alignment algorithm of data processing module, guarantee the consistency of multi-modal data in time and space dimension;Make the collected data can accurately fit human operation logic and robot action state, improve the optimization efficiency of data closed loop, successfully adapt to the demand of complex assembly, flexible material processing and other high-precision operation scene;Rely on evaluation module to establish the quantitative correlation system of data quality and control effect, can real-time filter invalid data such as sensor failure, action fuzzy, reduce the occupation of redundant storage and computing resources.

Aspects of the present disclosure may provide an apparatus, which may include a first node that may receive an indication of a one-hop radio link control (RLC) channel packet delay budget (PDB) for an RLC channel between the first node and a second node. The PDB is across a full protocol stack or a partial protocol stack. The first node may then schedule communications with the second node based on the one-hop RLC channel PDB. In some cases, an IAB node may report a capability of its stack processing time to an IAB donor node and / or a parent IAB node (directly or indirectly).

The invention belongs to the technical field of fire investigation, and particularly discloses a smoked airflow direction judgment method and system based on a camera and a program product, which are low in equipment threshold and low in cost, can complete field smoked airflow direction judgment without depending on expensive equipment and instruments, and can reduce the misjudgment rate and improve the detection efficiency compared with a pure experience visual inspection judgment mode. The efficiency and the accuracy are obviously improved; quantitative output can be achieved, subjective visual inspection is avoided, and repeatability is good; illumination and material difference interference can be resisted, and systematic errors caused by exposure and surface reflectivity difference are reduced; normal vectorization and superposition are carried out from the smoke back side to the smoke receiving side of each measuring point, a main direction sector can be directly obtained, and direction judgment is visual; a conclusion can be quickly drawn, the method is suitable for large-area and time-sensitive field evidence collection, transparent and reviewable uncertainty expression and basis can be provided, and judicial credit collection is facilitated; the method is wide in application range and high in expandability, can be compatible with existing image data, and improves the utilization rate of existing case images.

Disclosed is an electronic device comprising a neural processing unit (NPU), an RF circuit connected to at least one antenna, a modem for cellular communication, and a shared memory. The NPU may obtain, from the shared memory, time-sensitive input information and non-time-sensitive input information obtained from the modem and a sensor fusion module and stored in the shared memory, input the time-sensitive input information and the non-time-sensitive input information to a multi-modal deep learning algorithm and thereby generate output information for use in operating the RF circuit and the modem, and store the output information in the shared memory in order to make the RF circuit and the modem operate according to the output information.

The application discloses an embodied intelligent Agent system for an industrial scene and an implementation method thereof, and the system comprises: a user interaction layer: used for providing diversified interfaces and communicating with a backend service through an API gateway; an embodied intelligent layer: used for adopting a micro-service architecture based on container arrangement to realize task management, task planning and resource scheduling functions; and a physical device layer: used for integrating with the upper layer system through an industrial Internet of Things protocol and processing time-sensitive applications by adopting an edge computing technology; wherein the user interaction layer and the embodied intelligent layer are bidirectionally connected, and the embodied intelligent layer and the physical device layer are bidirectionally connected. The application can independently perform a series of operations such as order analysis, material planning, production planning, task distribution, material preparation, production execution, quality control and abnormality processing, greatly reduces manual intervention and improves production efficiency.

A system to support time sensitive networking (TSN) in a 5G system is described. The TSN application function (AF) sends to a device-side translator a Port Management Information Container (PMIC) and port number that has a Stream Identification type value and Stream Identification controlling parameters that depend on the Stream Identification type value for per-stream policing and filtering in a distributed bridge. During establishment of the bridge, the network-side translator port numbers are provided to the TSN AF in a Bridge Management Information Container (BMIC). Any PDU session of the bridge is able to be selected for Ethernet port and Bridge management procedures between the network-side translator and the TSN AF.

Verification of a subscriber identity module (SIM), without requiring that the SIM be removed from a user equipment (UE, e.g., a cellphone), is provided in a UE self-initiated process. The UE scans a code (e.g., a QR code posted in a retail facility), or opens an app, to visit a verification website. The UE sends its IP address and / or the identifier (ID) of the SIM inside. If the verification website determines that the IP address of the UE or the SIM ID has a match in a SIM address list, which associates UE IP address and SIM IDs (e.g., integrated circuit card identifiers, ICCIDs), the UE is provided with a time-sensitive scannable code (e.g., QR code) that indicates the UE's SIM is verified. An employee of the wireless carrier scans the code with a terminal to identify the verification and grant access to make changes to the associated user account.

The embodiment of the invention provides a traffic scheduling method in a time-sensitive network and related equipment, and belongs to the technical field of communication networks. According to the method, a TSN scheduling problem is modeled as a maximum independent set solution problem on a dynamic conflict hypergraph, and decoupling of accurate constraint and efficient solution is realized by maintaining a double-graph structure of a reference hypergraph and a sparse working hypergraph. And dynamically maintaining the working hypergraph quality by adopting a semi-static sparse strategy combining global reconstruction based on semi-definite programming and heuristic local updating. The resource occupancy index is utilized to realize nearly linear increment construction of the conflict hypergraph, and approximate optimal scheduling is quickly solved on the working hypergraph through a flow sensing parallel greedy algorithm. And finally, the feasibility of the scheduling scheme under accurate constraint is ensured by verifying a repair mechanism. According to the method, the expandability bottleneck in large-scale TSN network scheduling is solved, the computing efficiency is improved while the scheduling quality is ensured, and the method is suitable for scenes such as the industrial Internet of Things and the Internet of Vehicles which have strict requirements on deterministic communication.

A method for transmitting data using a time sensitive network (TSN). A first communication device includes a first terminal and a first TSN bridge, and the second communication device includes a second terminal and a second virtual TSN bridge. In the method, the first terminal transmits a virtual TSN bridge connection request to the first virtual TSN bridge. The first virtual TSN bridge transmits a virtual TSN port information request to the second virtual TSN bridge according to the virtual TSN bridge connection request. The second virtual TSN bridge transmits, to the first virtual TSN bridge, information related to a virtual TSN port included in the second virtual TSN bridge. The first virtual TSN bridge determines, based on the information related to the virtual TSN port, a plurality of virtual TSN ports to be used for communication with the second virtual TSN bridge in the first virtual TSN bridge.

A method performed by one or more network devices is disclosed for configuring a virtual switch implemented in a cloud platform. The method includes obtaining traffic characteristics information for one or more time-sensitive data streams that are to traverse a mobile network acting as a virtual bridge of a time-sensitive network, wherein components of the mobile network are implemented in the cloud platform, obtaining tunnel identifiers of tunnels in the mobile network that are to carry the one or more time-sensitive data streams, obtaining application deployment information for an application that communicates with end devices connected to the time-sensitive network, wherein components of the application are implemented in the cloud platform, generating configuration information for the virtual switch based on the tunnel identifiers, the traffic characteristics information, and the application deployment information, and causing the virtual switch to be configured based on the configuration information.

A multispectral sensor device may include a sensor array comprising a plurality of channels and one or more processors to determine that a time-sensitive measurement is to be performed, wherein the time-sensitive measurement is to be performed using data collected by one or more channels of the plurality of channels; cause the data to be collected by a proper subset of channels, of the plurality of channels, wherein the proper subset of channels includes the one or more channels; and determine the time-sensitive measurement based on the data.

The application belongs to the technical field of data security, and provides a data transmission encryption method and system. The method comprises the following steps: obtaining a transmission identifier by analyzing a hard disk data transmission request, calculating a time sensitivity coefficient and determining a transmission priority; determining a key fusion tree and a hybrid encryption key based on the coefficient and the priority; performing block processing on a data transmission object; matching and encrypting data blocks with encryption keys, and calculating an integrity check value; adjusting the key according to the change of the time sensitivity coefficient and regenerating the check value to form a transmission log. The application improves the data transmission security and efficiency, and enhances the data integrity verification capability.

The invention relates to the technical field of low-earth-orbit satellite communication, in particular to a multi-service-flow reliable transmission path optimization method for a low-earth-orbit satellite network, which comprises the following steps that: when a ground terminal performs data transmission with a low-earth-orbit satellite, the ground terminal periodically counts the current channel quality; if the current channel is subjected to transmission interruption, the ground terminal judges the transmission interruption type of the current channel according to own terminal characteristics and the quality of the current channel; when the transmission interruption type is compensable interruption, the ground terminal continues to perform data transmission in the current channel after improving the transmitting power; when the transmission interruption type is non-compensatory interruption, the ground terminal actively accesses the service station, and the service station calculates the time sensitivity of the current service flow of the ground terminal; the service station obtains the link state information set and distributes a forwarding path for the current service flow of the ground terminal in combination with the time sensitivity; the present invention provides a reliable transmission path.

Embodiments of the present disclosure relate to device, method, apparatus and computer readable storage medium of power control of spatial reuse for supporting TSC in the unlicensed band. The method comprises in accordance with a determination that a sounding packet is transmitted from a second device, determining CSI of channels between the second device and the third device; determining, at least partially based on the CSI, an applicable transmitting power for a first transmission from the first device to a fourth device during a second transmission for a reception of the feedback of the at least one packet sent from a third device to the second device; and performing the first transmission based on the applicable transmitting power during the second transmission. In this way, a transmission of DL TSC packets that has a time scheduling requirement in contrast with the spatial reuse time window can be achieved. Meanwhile, the harmful interference to NOTSN AP during the Block Acknowledgement reception can be avoid.

Implementations of the present disclosure relate to a system comprising an access point (AP) and a USB device operating at the same frequency as the AP. The USB device may modulate a plurality of time-sensitive signals into a current pulse amplitude modulation (PAM) signal, and a plurality of different amplitudes in the current PAM signal is associated with occurrence of high level of a plurality of different combinations of time-sensitive signals in the plurality of time-sensitive signals. That is to say, when high level occurs in different numbers of time-sensitive signals, the modulated current PAM signal will have different power levels. Accordingly, the AP comprises a decoder for demodulating the current PAM signal to obtain a digital signal representing one or more time-sensitive signals transmitted from the USB device to the AP, thereby enabling the transmission of multiple time-sensitive signals from the USB device to the AP.

Provided is an operation method of a user plane function (UPF) apparatus in a wireless communication system, the operation method including: obtaining a subscription request message from either a TSN AF or a TSCTSF or both on the basis of an exposure service for a UPF event, the subscription request message including TSC management information; performing triggering for subscription to the UPF event on the basis of the TSC management information; and providing a notification message to either the TSN AF or the TSCTSF or both, the notification message including the TSC management information.

The application discloses a kind of matching and mismatched interference under unmanned ship preset time control method and system, comprising the following steps: establishing the nonlinear motion model of unmanned ship under matching and mismatched interference;Design preset time adjustment function, the dynamic evolution process of system error is regulated;Kinematic disturbance observer and dynamics disturbance observer are designed to online estimate matching interference and mismatched interference;According to interference estimation information, construct kinematic controller, filter and dynamics controller, realize the robust preset time tracking control of reference trajectory of unmanned ship.The method proposed in the application can realize the online observation and compensation of multi-source disturbance, ensure that the system tracking error and disturbance observation error converge within the preset time, and the convergence time is adjustable, while having the advantages of continuous smooth control input, strong anti-interference ability and high engineering realizability, which can improve the control performance and reliability of unmanned ship in complex sea conditions and time-sensitive tasks.

Methods, systems, and computer-readable media are provided for asynchronous process automation that efficiently manages asynchronous processes based on process control metadata to keep data up-to-date at an adaptively variable type-specific cadence based on process control metadata, eliminating the need for manual engagement to maintain operational activities. An event-driven framework is provided for the asynchronous process automation that includes AI agent(s) for interactions, along with a process management system that tracks pending potential work items due to one or more changes in source data. The process management system activates an asynchronous process management process after a wait period. The process management system then determines which pending potential work items to perform in an iteration of evaluation of the pending potential work items. The process control metadata includes stored limitations on a timing for performing individual processes. The process management system prioritizes processes based on process control metadata, such as prioritizing specific ones over others, including throttling certain other processes during high impact time-sensitive activities.