8 results about "Gateway address" patented technology

This invention relates to the field of Internet of Things (IoT) communication technology, and more particularly to a dynamic allocation method, system, device, and medium for IoT gateways. The method includes: constructing a global state information database; when a sensor node needs to connect to an edge computer, the edge computer, based on the global state information database, filters all communication gateways according to a preset candidate set filtering strategy to obtain a set of candidate communication gateways; performing a weighted comprehensive calculation on each communication gateway in the candidate set to obtain an adaptation score for each communication gateway; obtaining a target communication gateway based on the adaptation score of each communication gateway combined with a preset switching mechanism; and the edge computer issuing an instruction containing the address code of the target communication gateway to the sensor node, thereby establishing a connection between the sensor node and the target communication gateway and transmitting data. This invention improves the system's concurrency limit, ensures the quality of data transmission, realizes the transformation from "local optimum" to "global optimum," and exhibits good adaptability.

The embodiment of the application provides a gateway address allocation method, a core network, a user terminal, a medium and a product. The method comprises the following steps: when a protocol data unit session is established by the user terminal, the core network acquires the information of a network segment of a hanging device associated with the user terminal and an Internet protocol address of the user terminal, encapsulates the information of the network segment of the hanging device into a protocol configuration option field, and constructs a protocol data unit session establishment response message according to the protocol configuration option field and the Internet protocol address of the user terminal, wherein the protocol data unit session establishment response message comprises the protocol configuration option field and the Internet protocol address of the user terminal. Then, the protocol data unit session establishment response message is sent to the user terminal, and the user terminal is used for allocating the Internet protocol address of the gateway used by the hanging device according to the protocol data unit session establishment response message. The application does not need a user to manually configure the network segment information to the user terminal, and the intelligent degree and the accuracy of address allocation are improved.

This invention discloses a URL address obfuscation method, comprising: obtaining an original URL address to be processed, the original URL address including a protocol part, a HOST part, a port part, and a path part; digitally encoding the protocol part, digitally converting the HOST part, and formatting the port part to generate a first numeric string; obfuscating and mapping the first numeric string based on a predefined numeric password table to obtain a second numeric string; and sequentially concatenating the second numeric string and the path part after the gateway address to generate a proxy URL address for forwarding to downstream services. This invention implements a library-free design scheme that converts domain names or IP ports into pure numbers with the shortest possible length and without requiring persistent storage for mapping, while considering the security, universality, and maintainability of the obfuscation result.

Provided are a method, system, and computer program product for managing network issues in a hypervisor configuration, in which a hypervisor passively monitors a plurality of data points to detect an anomaly and trigger a recovery. The hypervisor determines which media access control (MAC) addresses are gateway addresses, and passively monitors inbound and outbound packets to validate that packets from a gateway are being passed. Responsive to determining, by the hypervisor, that an outbound packet does not have a corresponding inbound packet, the hypervisor triggers a network failure event.

An information processing system may include a memory and at least one processor. The information processing system may be configured to receive multiple Address Resolution Protocol (ARP) packets based on requests transmitted from a pre-configured system to multiple network addresses; determine one of the multiple network addresses as a potential network address based on the content of the multiple ARP packets; determine a potential gateway address based on the content of the multiple ARP packets; and use the potential network address to attempt to communicate with the pre-configured system via the potential gateway address.