7 results about "Internetworking" patented technology

The application provides a smart device abnormal recovery method and device, an electronic device and a device local area network, and relates to the technical field of smart homes. The smart device abnormal recovery method comprises the following steps: determining that a fault occurs; obtaining black box abstract information of fault state data at a current time; broadcasting an abnormal rescue request in the device local area network; after a network interconnection device detects the broadcast of the abnormal rescue request, the network interconnection device establishes a connection with the smart device, reads the black box abstract information from the smart device; receiving an update package sent by the network interconnection device; the update package corresponds to the black box abstract information; the update package is received from a cloud server after the network interconnection device reports the black box abstract information to the cloud server; and performing an online upgrade operation based on the update package. The application can efficiently and reliably recover the fault of the smart device occurring in the running process.

The aim is to provide a method for efficiently managing responses from businesses to questionnaires regarding ESG evaluations. [Solution] In a greenhouse gas emissions management system in which an administrator terminal and multiple business terminals are interconnected via a communication network, a method for managing data related to the ESG evaluation of businesses is provided, wherein the control unit of the administrator terminal refers to the ESG evaluation data of each of the multiple supplier businesses, identifies supplier businesses that fall below a standard value based on the ESG evaluation data, identifies buyer businesses related to the supplier businesses, and sends an alert to the business terminals of buyer businesses among the identified buyer businesses that continue to do business with the supplier businesses.

A method of building a plurality of application specific internetworking routers for a network. For each of the plurality of application specific internetworking routers a common base image is pulled. A common set of the plurality of functionalities is added to the base image as one or more common layers. A varied set of the plurality of functionalities is added on top of the one or more common layers as one or more optional layers. An application specific internetworking router image is created from the base image, the one or more common layers, and the one or more optional layers. The plurality of application specific internetworking router images is run via a respective Docker run command or a respective Docker compose file script.

In the present invention, physical network separation is achieved in a laptop PC by simply connecting a network separation dongle according to the present invention while using an operating system installed on the internal disk of the laptop PC. Accordingly, for physical network separation, the internal network cable and the external network cable are connected and used as a basic method. In addition, the external network is configured by connecting the user's smartphone to the network separation dongle of the present invention via a USB cable and then activating the tethering function on the smartphone to convert signals such as 5G, LTE, WiFi, etc., from the smartphone into Ethernet network signals, thereby providing a PC usage environment where at least the PC connected to the network separation dongle can be used safely without worrying about hacking, data leakage, or infection from malware such as ransomware and viruses from the outside. Furthermore, while conventional physical network separation inevitably requires a network interconnection environment via a network for data transmission between internal and external networks, potentially leading to vulnerabilities in network security, the present invention enables data transmission between internal and external networks without a network by creating a shared folder on the desktop of virtual machine software used for the external network, or on any folder within the explorer window of the main screen.

This application discloses a touch network device, an intelligent vehicle, an intelligent connected system, and a transportation system, wherein the touch network device is mounted on a vehicle, the intelligent connected system includes a connected information system and a connected power system, the connected power system includes a contact network connected to the touch network device, the contact network provides electrical energy and basic sensing information to the vehicle, the connected information system interconnects the touch network device, the intelligent vehicle, and the contact network to form a V2X (Vehicle-to-Everything) network, the intelligent vehicle and intelligent connected system equipped with the touch network device form a completely new transportation system, when the vehicle is traveling on a road equipped with the intelligent connected system, power and sensing information are provided by the intelligent connected system, and the vehicle travels forward under human-driven or autonomous driving conditions, when the vehicle is traveling on a road not equipped with the intelligent connected system, power is provided from a battery or internal combustion engine, etc., and information is provided from human-driven or a simple remote-controlled driving system, causing the vehicle to travel forward, electric This can solve problems related to charging, driving range, and the practical application of autonomous driving technology.

The invention relates to a method for operating a communication system (10) comprising network devices (16) that are interconnected via at least two networks according to respective communication protocols (20, 22) through respective hybrid interfaces (26), wherein the method comprises the following steps: receiving a message (30) by a real-time control unit (24) of a source network device (16) of the communication system (10), wherein the message (30) comprises payload data for transmission to a destination network device (16) of the communication system (10); selecting the communication protocol (20, 22) for transmission of the message (30) to the destination network device (16) by the real-time control unit (24) of the source network device (16); providing the message (30) and the selection to a hybrid interface (26) of the source network device (16) by the real-time control unit (24) of the source network device (16);Sends the message (30) to a hybrid interface (26) of the destination network device (16) using the selected communication protocol (20, 22) through the hybrid interface (26) of the source network device (16); receives the message (30) through the hybrid interface (26) of the destination network device (16).