245 results about "Gateway system" patented technology

A video streaming system including a video cache system having a cache database and a video storage device, and including a video server configured to communicate with a gateway system configured to store multiple video streams, communicate with a cloud backup system configured to store video in a file system, and communicate with a cloud server to receive a stream request, the stream request indicating requested video that comprises multiple video segments. The video server is further configured to receive the stream request and determine a playlist that indicates where on the video cache system, the cloud backup system, and the gateway system the video segments that are needed to fulfill the stream request are stored, and to communicate needed video segments to the video cache system in preparation for providing streaming video to fulfill the stream request.

The invention relates to a heterogeneous network engineering-oriented adaptive protocol conversion gateway system and a control method, and belongs to the technical field of Internet of Things, and the system comprises a protocol identification module which is used for monitoring a data stream in real time and identifying the type of a protocol used in current communication; the adaptive protocol selection module is used for selecting the most suitable protocol according to the network state and the data flow type; the protocol conversion module is used for data format conversion between different protocols and mapping of header information; the network resource optimization module is used for dynamically adjusting the transmission mode of the protocol according to the current network state; and the data caching and traffic scheduling module is used for scheduling the cache and the traffic when different protocols are switched. According to the method, the problem of compatibility among different network protocols is solved, the data transmission efficiency and the utilization of network resources are optimized, and the method can adapt to different application scenes and is widely applied to environments needing cross-protocol communication, such as the Internet of Things, a smart power grid and cloud computing.

A video gateway system at a worksite is coupled to multiple cameras on a network, and backs-up video streams generated by the cameras to a backend cloud backup video storage system and a frontend (cache) video storage system. The video gateway system generates an aggregated video asset from a plurality of streams of video from the multiple cameras, and generates metadata and a backup report associated with the video asset. The video asset, metadata, and backup report are stored on the backend cloud backup video storage system in an file system, and are also stored on the frontend (cache) video storage system such that for at least a period of time, the video asset and the associated the metadata and backup report are stored on both the cloud backup video storage system, facilitating quick access and retrieval to the stored video for retrieval for streaming, activity detection, and other uses.

The invention provides a multi-modal communication edge aggregation gateway system for a virtual power plant, and the system comprises a smart energy unit which serves as edge gateway equipment and is used for carrying out the bidirectional communication with a user branch load, a distributed energy source and a flexible load; the measurement monitoring unit is arranged on a user branch load loop or a user side equipment end and is used for acquiring power utilization data of a branch line and an equipment operation condition; a multi-mode communication module; and the self-adaptive protocol switching unit is used for dynamically selecting communication protocols and realizing switching among the protocols according to the communication environment parameters, the equipment types and the data transmission requirements. The invention thoroughly solves the problem that the traditional communication system cannot adapt to different application scenes and equipment type communication requirements by adopting a single communication protocol, realizes the goal of dynamically adjusting the communication strategy according to the network environment change, and effectively avoids the phenomenon that the communication quality is reduced or even interrupted.

The invention discloses a shielding space operation communication gateway system based on PLC and 5G multimode fusion, and relates to the technical field of communication gateways, through integrating a task intention recognition module, a link semantic modeling module, an intelligent strategy regulation and control unit, a cross-link redundancy coding and decoding module, a link abnormal game detection module and a cognitive evolution management module; modeling is carried out through task-driven communication service requirements, semantic abstraction is carried out on a link state in combination with a graph neural network, a system constructs a double-input reinforcement learning model, and joint scheduling of link selection, coding configuration and energy consumption control is realized; meanwhile, the abnormal behavior of the link is judged through an adversarial sample recognition and game mechanism, and a main strategy structure is optimized based on a multi-strategy scoring and inheritance mechanism; the system has the capabilities of intelligent decision making of communication strategies, anomaly defense and self-evolution optimization, and is particularly suitable for high-reliability operation communication requirements in a limited space in wireless communication shielding environments such as a hearth, an air pre-heater, an absorption tower, a tunnel, a mine and a subway.

The invention relates to a multi-network convergence gateway system supporting a satellite, a cellular and a wide-narrow band ad hoc network, and the system comprises a satellite communication module which is used for carrying out the communication connection with a satellite, and receiving and transmitting a satellite signal; the cellular communication module is used for communicating with a cellular network base station; the wide-narrow band ad hoc network module is used for constructing an ad hoc network in a local area to realize communication between nodes; the data processing module is used for uniformly processing data from the satellite communication module, the cellular communication module and the wide-narrow band ad hoc network module; and the power management module is used for managing and controlling a power supply of the whole system. The method has the beneficial effects that fusion of various communication networks can be realized, communication requirements in different scenes are met, and the power consumption of the system is reduced.

The invention relates to the technical field of gateways, in particular to a gateway system for carbon emission management and gateway equipment thereof. The gateway system for carbon emission management comprises a data acquisition unit which is used for monitoring carbon emission data from different sources in real time through a sensor. According to the invention, real-time data acquisition can be carried out on the carbon emission condition around the gateway equipment by setting the data acquisition unit, the accuracy and timeliness of carbon emission monitoring can be ensured, and unified management and control are carried out on all gateway systems by setting the unified management and control platform. The system can monitor the carbon emission data around each gateway system in real time, and can encrypt and protect the collected data by using the security management unit, thereby effectively improving the security of the system, and protecting the user data and enterprise information from being attacked and damaged.

The invention discloses an edge computing gateway system based on radiation monitoring equipment, and belongs to the field of radiation monitoring, the edge computing gateway system comprises the radiation monitoring equipment, an edge computing gateway and a cloud Internet of Things platform which are connected in sequence, and the edge computing gateway is connected with the cloud Internet of Things platform through an MQTT protocol; the edge computing gateway mainly comprises a dual-architecture processor, a protocol library plug-in, an edge computing engine, an offline data storage module and a device configuration module. The system is dynamically compatible with a multi-source heterogeneous protocol, supports Internet of Things platform standard communication, simplifies configuration management, realizes local edge calculation, provides abnormal data discrimination and other functions, and solves the problems of poor protocol compatibility, insufficient data reliability, complex configuration management, lack of intellectualization, weak support of mobile equipment and the like in the prior art. The system is especially suitable for monitoring and management of radiation environments such as nuclear facilities, hospitals and industrial flaw detection.

The invention relates to the technical field of industrial communication and Internet of Things, in particular to an IO-Link gateway system and method for heterogeneous protocol unification and edge enabling. Comprising a hardware layer, a protocol adaptation layer, a data processing layer, an intelligent computing layer and a communication interaction layer which are connected in sequence to achieve standardized conversion and edge intelligent processing of heterogeneous industrial data, and data time sequence consistency and system operation stability are guaranteed in the whole process. According to the invention, a plurality of heterogeneous industrial protocols are downwards and uniformly mapped to a technical path of an IO-Link international standard, and heterogeneous data are converted into a standard IO-Link object dictionary at a gateway level, so that field devices of different manufacturers and different protocols can carry out data interaction with a uniform and semantic-rich information model; therefore, plug-and-play of data is realized in the equipment access layer, and a solid foundation is laid for constructing an integrated industrial Internet of Things system.

The invention relates to the technical field of computer network communication, and discloses a multi-protocol gateway system and method based on database driving and dynamic parameter mapping, and the system comprises a database core configuration center which is used for storing a routing rule containing data mapping and service orchestration logic; the dynamic route management module is used for loading rules from a database and realizing dynamic hot update; the unified access and routing module is used for receiving an external request and matching a unique routing rule; the parameter mapping engine is used for dynamically extracting and converting the request data according to rules; the protocol adaptation and execution module is used for communicating with a back-end service according to a specified protocol; and the response processing and chained routing module is used for processing the response and triggering a new round of routing process according to the chained instruction in the rule. Through database driving, dynamic parameter mapping and chained routing technologies, dynamic update of configuration and complex service arrangement are realized, and the flexibility and maintainability of the system are improved.

The invention provides an industrial soft gateway system, a data processing method, equipment and a medium. The industrial soft gateway system comprises a driving module and a data processing module, the driving module is used for analyzing the system configuration file to obtain a communication protocol type of each terminal device, generating a driving instance corresponding to each communication protocol type, binding the driving instance corresponding to each communication protocol type with each terminal device, and obtaining original device data of each terminal device through each driving instance; the data processing module is used for preprocessing the original equipment data to obtain target equipment data, and performing state detection on each terminal equipment according to each target equipment data to obtain an equipment state detection result of each terminal equipment; and the data processing module is also used for sending the target equipment data and / or the equipment state detection result of each terminal equipment to the third-party system. By adopting the scheme, the data transmission among the multi-protocol equipment is realized, and the efficiency of data transmission processing and equipment state detection is improved.

The embodiment of the invention provides a decentralized flow management gateway system. Comprising a control layer used for sending an increment instruction which carries update strategy information; the gateway node layer comprises a plurality of autonomous gateway nodes, a mesh topology structure is formed among the plurality of autonomous gateway nodes, and a local strategy is stored in each autonomous gateway node; wherein under the condition that any one autonomous gateway node receives an increment instruction, the local strategy of the autonomous gateway node is updated based on the increment instruction, and the increment instruction is sent to other autonomous gateway nodes through a decentration algorithm; and the other autonomous gateway nodes update the local strategies of the other autonomous gateway nodes based on the increment instruction. Through application of the method and the device, the problem that a single-point fault risk exists when a centralized control architecture updates the policy of the gateway node in a large-scale distributed environment in related technologies is solved, and the effect of reducing the single-point fault risk when the policy of the gateway node is updated is further realized.

The invention relates to the technical field of air quality monitoring, and provides an air quality sensor based on the Internet of Things and a remote control method thereof, and the air quality sensor comprises a multi-source heterogeneous sensing fusion system, a time-space domain edge gateway system and a dynamic response collaborative central system. The remote control method comprises the steps that a purification device linkage control matrix is processed through a heterogeneous instruction fusion technology to obtain a space optimization control vector set, and the space optimization control vector set forms a man-machine interaction entropy value mechanism; the man-machine interaction entropy value model is processed through an entropy weight dynamic distribution strategy to obtain a space state sensing vector, and the space state sensing vector forms a cross-medium alarm triggering channel; the cross-medium alarm trigger channel is processed by the bidirectional response coupling engine to obtain an equipment state feature topology, and the equipment state feature topology forms a closed-loop control entropy correction instruction. According to the invention, pollution of a physical space is dynamically converted into operable equipment control parameters, and a complete Internet of Things closed-loop system from environment monitoring to purification execution is established.

The invention discloses an Internet of Things teaching gateway system and method of a distributed architecture, and the system comprises a plurality of protocol module services which comprise a Modbus RTU module service, a Modbus TCP module service, a Zigbee2Cloud module service, a LoRa2Cloud module service, a CAN2Cloud module service and a serial port unvarnished transmission module service, and are used for processing the data interaction of a communication protocol; the MQTT module service is used for receiving and forwarding data of each protocol module service; the Web management module service is used for carrying out configuration and real-time data display on each protocol module service; the teaching experiment programming and debugging service is used for supporting the students to carry out protocol logic development and debugging; the distributed message service is used for data routing; and the containerized deployment service is used for packaging the service into an independent container for deployment. The system is suitable for internet-of-things teaching experiments, programming education and remote interaction.

The invention discloses an API gateway request processing method and device, an API gateway system and a storage medium, and relates to the technical field of gateway data processing, the method is applied to the API gateway system comprising a Netty server and a Netty client, the method is executed by the Netty server, and the method comprises the following steps: receiving a network request sent by the Netty client, converting the network request into an internal request object; performing route matching on the internal request object based on the dynamic route configuration information, and determining a target downstream service; processing the internal request object through a real-time filter chain to obtain a processed request; asynchronously forwarding the processed request to a target downstream service, and receiving response data returned by the target downstream service; and returning the response data to the Netty client.

The invention provides a self-adaptive compatible protocol of a multi-source heterogeneous parking system and a gateway system, and belongs to the technical field of Internet of Things communication. According to the scheme, manufacturer equipment protocols such as Bosch, Gifcian and Haikang are identified through a protocol fingerprint feature library, heterogeneous data are converted into a unified JSON Schema format by utilizing a self-adaptive field mapping rule, and a multi-source heterogeneous parking system is obtained. Seamless access of multi-source equipment data is realized by combining fault-tolerant mechanisms such as off-network storage and rule hot update, the system adopts a three-layer protocol conversion architecture, the protocol identification accuracy is greater than or equal to 99.2%, the new system access time is shortened to 2 hours from 15 people days, the integration cost is reduced by 92%, the problems of protocol fragmentation, data splitting and high docking cost in the prior art can be solved, and the system has a wide application prospect. And access to an intelligent wheel parking platform is supported, and zero loss of data conversion is ensured.

Systems and methods for migrating users and modifying workspace definitions of persona groups are described. In some embodiments, a memory storage device may have program instructions stored thereon that, upon execution by a workspace orchestration service, cause the service to: distribute a first workspace definition based upon a first persona group associated with a user to a client device operated by the user, where the user IHS is configured to instantiate a first workspace based upon the first workspace definition; and in response to a change in a productivity or security metric of the first workspace, determine whether to: (a) migrate the user to an existing second persona group, (b) create a third persona group and migrate the user to the third persona group, (c) modify the first persona group and migrate the user to the modified first persona group, or (d) identify a potential security threat.

The invention provides a micro-grid monitoring-oriented intelligent industrial Internet of Things gateway system, which comprises an application layer, a core framework layer and a driving layer, and each layer performs decoupling cooperation through an adapter and a unified data interface; the application layer is in bridge connection with a cloud end and a terminal through an application adapter to realize remote operation and maintenance, and realizes data instruction interaction with the core framework layer through the application adapter; the core framework layer is used for realizing data circulation, task scheduling, protocol adaptation, data storage and log management by scheduling an internal task converted by an application adapter through an information manager, and supporting multi-protocol unified processing and task scheduling; and the driving layer is used for accessing multi-protocol industrial equipment, and cooperating with the core framework layer to realize equipment data acquisition, state monitoring and remote control. According to the invention, equipment access of various industrial protocols can be supported, and unified acquisition and management requirements of multi-source heterogeneous data in complex industrial scenes such as micro-grids and the like are met.

This disclosure describes a query gateway system that provides an efficient and flexible framework for providing context-retained autosuggest queries from an autosuggest query system (e.g., a search engine query experience) to a generative language model system (e.g., an AI chat experience). For instance, the query gateway system establishes a framework to leverage the features and services of the autosuggest query system and automatically provides context-retained queries to the generative language model system using separate user interfaces that do not disrupt user navigation or require manual duplicative user input. Additionally, the query gateway system incorporates additional enhancements, including an AI chat eligibility model and a query reformulation model, to improve the computational efficiency and accuracy of the AI chat system.

Systems, methods, and computer-readable for transforming data structures using an integration gateway are disclosed. A system can include one or more processing circuits configured to receive a connection request comprising a first unique identifier (UID) corresponding with at least one data source. The processing circuits can connect, using the first UID, the at least one data source to an entity computing system. The processing circuits can receive data request for accessing a data structure on the at least one data source, the data request comprising a second UID. The processing circuits can obtain, using the second UID, the data structure. The processing circuits can identify a transformation model stored in a secure environment based on a third UID. The processing circuits can model, using the transformation model, the data structure to generate a transformed data structure. The processing circuits can provide the transformed data structure to an integration gateway.

The invention discloses an intelligent interconnection system based on multiple communication modes, and relates to the field of communication, the intelligent interconnection system comprises a sensing layer, a network layer and an application layer, LiteOS is a real-time operating system and supports thread scheduling, multiple communication protocols support mainstream protocols such as CoAP, MQTT, LoRa and NB-IoT, and the intelligent interconnection system has relatively high performance in the aspect of connection stability and can be applied to the field of communication. According to task management and communication scheduling, access of multiple types of equipment is completed through task management and communication scheduling, and efficient transmission and processing of data are ensured. According to the intelligent interconnection system based on the multi-communication mode, the designed multi-protocol gateway system is oriented to sensor data acquisition in automatic scenes such as a production automatic control workshop, a machine tool detection technology and information processing, and gateway equipment can be used as a data acquisition terminal and also can be used as an edge gateway; modularized development is adopted, a lightweight real-time operating system LiteOS is used, log export is supported, and a user can remotely control equipment and locally operate the equipment.

The invention relates to a container design technology of embedded gateway equipment, discloses a gateway-based multi-container stacking method, and solves the problems of high repeated space occupation and long container creation time when multiple containers are created by adopting a traditional LXC technology in gateway equipment. According to the scheme, the method comprises the steps that S1, a base container file system mirror image is manufactured, specifically, a minimum LXC container suitable for gateway equipment is created, a rootfs catalogue of the container is extracted and packaged, and a squashfs read-only file system format is adopted to construct the base container mirror image; s2, integration and mounting of a base container file system: splitting a framework partition from an existing partition of gateway equipment firmware, and writing a base container mirror image into a specified offset address of the partition; after the gateway system is started, mounting the framework partition to a preset directory, so that the rootfs directory of the base container can be accessed; and S3, creating an application container based on a stacking technology: starting an OverlayFS function of a Linux kernel of the gateway, rewriting container creation logic of the LXC, and configuring a hierarchical storage path of the OverlayFS when the application container is created.

A method for fabricating a window mounted Wi-Fi gateway system, where the method comprises orienting a transparent and substantially flat platform in a horizontal orientation, applying transparent sheet material to each side of the platform, placing first and second optical couplers (OC) perpendicularly on opposing sides of the transparent sheet material, placing a first form on first transparent sheet material, depositing a first stabilizer material within the first form, and turning the platform over a first time. The method further comprises placing a second form on second transparent sheet material wherein the first form and the second form are substantially aligned with each other, depositing a second stabilizer material within the first form, attaching wireless power coils to the second stabilizer material, turning the platform over a second time, attaching wireless power coils to the first stabilizer material, removing the transparent sheet material from the platform, and removing the forms.

The invention discloses a gateway dynamic self-coding system and method based on a model context protocol, and the system comprises an inspection module which is used for monitoring the states of all equipment nodes in a gateway system, and recording the corresponding node element information if the states of the equipment nodes change; the model context protocol management module is used for constructing a context request based on a model context protocol when the state of the equipment node changes; the AI engine is used for acquiring node element information based on the context request and generating a tool calling instruction based on a model context protocol according to the node element information; the mapping relation generation engine is used for generating a mapping module according to the tool calling instruction; and the self-encoding module is used for generating a service configuration script corresponding to the equipment node according to the tool calling instruction and the mapping module. According to the invention, the remote operation and maintenance cost can be reduced, the whole process from equipment discovery to business online is intelligent and automatic, and the method can be widely applied to the technical field of mobile internet.

The embodiment of the invention discloses a cloud native seven-layer traffic intelligent gateway system and method based on a multi-tenant architecture. The cloud native seven-layer flow intelligent gateway system based on the multi-tenant architecture comprises a core service processing component and a support system, and the core service processing component comprises a connection management unit, a request analysis unit, a routing lookup unit, a conditional expression engine unit, a load balancing unit and a reverse proxy unit. The support system comprises a configuration management unit, a monitoring probe unit and a plug-in framework unit. Through the implementation of the method and the device, the problems that the comprehensive requirements of multi-tenant isolation, multi-protocol compatibility, edge intelligent processing, configuration lossless dynamic updating and low-cost expansion cannot be met at the same time in related technologies, and the service diversity and reliability requirements under the scene of fusion of the artificial intelligence Internet of Things and the cloud native are difficult to adapt are solved.

Systems and methods for building management utilizing adaptive edge processing are disclosed. The building system can store gateway components on storage devices. The gateway components can facilitate communication with a cloud platform and facilitate communication with a physical building device. The building system can identify a computing system of the building that is in communication with the physical building device. The physical building device can store one or more data samples. The building system can deploy the gateway components to the computing system responsive to identifying that the computing system is in communication with the physical building device. The gateway components can cause the computing system to communicate with the physical building device to receive the one or more data samples and cause the computing system to communicate the one or more data samples to the cloud platform.

The invention discloses a multi-communication interface Internet of Things gateway system and a resource dynamic allocation method thereof, and relates to the technical field of Internet of Things communication, the system comprises an RS232, an RS485, a CAN communication interface, an interface hardware detection circuit, a microcontroller unit, an external Flash chip, a 4G communication module and a cloud server; the method comprises the following steps of: dividing a plurality of independent firmware storage areas and differential packet storage areas in an external Flash; monitoring the physical connection state of the interface through a hardware detection circuit, and triggering the MCU to reset to a boot loader; the bootloader dynamically loads firmware, matched with the current interface combination, in the external Flash to an internal Flash running area of the MCU, and inactive interface resources are released; and firmware encryption verification and incremental updating are realized by combining a differential compression technology and a remote instruction. According to the invention, the problems of low resource utilization rate, high power consumption and low upgrading efficiency caused by resident memory of the traditional gateway firmware are solved through the strategies of partitioned hierarchical storage, loading as required and incremental upgrading, and the system performance and operation and maintenance reliability in a multi-protocol scene are remarkably improved.

The invention provides a quantum security gateway system, and the system comprises a position obtaining module which is used for obtaining the geographical position information of the quantum security gateway system; the position fingerprint generation module is used for generating a position fingerprint from the geographical position information through a password hash algorithm; the quantum security module is used for acquiring an original quantum key, performing post-processing on the original quantum key by taking the position fingerprint as an input parameter of a key derivation function, generating a quantum key bound with the geographic position, and storing the quantum key bound with the geographic position; the position verification module is used for obtaining the current geographic position when the quantum key bound with the geographic position is used, and calculating the deviation between the current geographic position and the geographic position bound with the quantum key; and the data encryption module is used for determining a security policy according to the deviation. The technical problem that quantum encryption equipment in the prior art is single in security policy dimension and difficult to adapt to security protection requirements of complex environments can be solved.

A method for securely transmitting time-critical data within a communication system including local networks in which data are transmitted via switching, at least one network superimposed with respect to the local networks, in which data are transmitted via routing, and a gateway system for connecting the communication system to an unsecured external network, wherein network layer communication via the superimposed network is authorized only between authenticated system components, switches authenticate connected terminal devices and assign these to a physical or logical local network in accordance with a respective terminal device identity, security layer communication is authorized within the local networks implicitly based on an assignment of respective terminal devices to the same local network, communication at OSI layer 3-7 between terminal devices of different local networks or with terminal devices in the unsecured external network is authorized via zero trust proxies that are each assigned to a local network.

The application relates to a multi-network fusion gateway system supporting satellites, cellular networks and wide / narrow band self-organizing networks, which comprises a satellite communication module, a cellular communication module, a wide / narrow band self-organizing network module, a data processing module and a power management module; the satellite communication module is used for being communicatively connected with a satellite to receive and send satellite signals; the cellular communication module is used for being communicatively connected with a cellular network base station; the wide / narrow band self-organizing network module is used for constructing a self-organizing network in a local area to realize communication between nodes; the data processing module is used for uniformly processing data from the satellite communication module, the cellular communication module and the wide / narrow band self-organizing network module; and the power management module is used for managing and controlling power supply of the whole system; the application has the beneficial effects that the fusion of various communication networks can be realized, the communication demand in different scenes can be met, and the system power consumption is reduced.