19results about "Hybrid switching systems" patented technology

A multi-channel decoder circuit associated with a multi-channel decoder system is disclosed. The multi-channel decoder circuit comprises a distributed decoder circuit comprising a set of unit decoder circuits, each unit decoder circuit configured to receive one or more codewords of a plurality of codewords associated with a plurality of input channels, and decode the one or more codewords. The multi-channel decoder circuit further comprises a distribution controller circuit configured to distribute each incoming codeword of the one or more codewords to the respective unit decoder circuit of the set of unit decoder circuits within the distributed decoder circuit, based on determining a currently available unit decoder circuit within the set of unit decoder circuits.

The invention discloses a scene construction method, system and device for a project environment and a computer program product, and the method comprises the steps: obtaining project data of a source project in response to a first input of a user to a source project operation area of a target page, the project data comprising equipment parameters and scene data of first intelligent equipment arranged in the source project environment; and in response to a second input of the user to the target project operation area, establishing a relation table between the equipment parameters in the project data and the equipment parameters of each second intelligent equipment arranged in the target project environment and the equipment parameters of the target gateway, and sending the relation table to the target gateway to establish network connection between each second intelligent equipment and the target gateway, the second intelligent equipment is the same as the equipment name in the equipment parameters of the corresponding first intelligent equipment; and in response to a third input of the user to the target project operation area, copying the scene data in the project data to the target gateway so as to control the display state of the second intelligent device in the corresponding scene based on the scene data of different scenes.

The invention relates to a multi-modal deterministic network adaptation method and device based on SRv6. The method comprises the following steps: defining self-defined serial numbers of different modal types, and creating a mapping table of the different modal types and a global situation; when a data packet from the entry node is obtained, analyzing the custom serial number of the current modal type from the data packet; mapping the custom serial number of the current modal type to a global custom serial number according to a mapping table; determining a target modal type from the data packet; mapping the global custom serial number to a custom serial number of the target modal type according to a mapping table; updating the user-defined serial number of the current modal type in the data packet to the user-defined serial number of the target modal type; and sending the updated data packet to an exit node through the network of the target modal type. By adopting the method, the deterministic network can be better compatible with the multi-modal network.

Methods, systems, and apparatus, including computer programs encoded on computer storage media, for or regaining connectivity between devices. One of the methods includes: determining, using network radio data from a network radio for a device that was connected to another device using the network radio, that the device is disconnected from the other device; in response to determining that the device is disconnected from the other device using the network radio, determining configuration data i) for the device ii) that indicates changes to data on the device to cause the device to increase a likelihood of regaining connectivity with the other device using the network radio; and using the configuration data to cause the device to change the data on the device to increase the likelihood of regaining connectivity with the other device using the network radio.

A multi-channel decoder circuit associated with a multi-channel decoder system is disclosed. The multi-channel decoder circuit comprises a distributed decoder circuit comprising a set of unit decoder circuits, each unit decoder circuit configured to receive one or more codewords of a plurality of codewords associated with a plurality of input channels, and decode the one or more codewords. The multi-channel decoder circuit further comprises a distribution controller circuit configured to distribute each incoming codeword of the one or more codewords to the respective unit decoder circuit of the set of unit decoder circuits within the distributed decoder circuit, based on determining a currently available unit decoder circuit within the set of unit decoder circuits.

A time transfer method implemented in a first node (A), the time transfer method comprising the steps of communicating flexible ethernet overhead with a second node (B), characterized in that the time transfer method further comprises: communicating synchronization messages with the second node (B) via a synchronization message channel in the flexible ethernet overhead.

Methods, systems, and devices for wireless communications are described. Data centers may be used for a variety of applications and may include hundreds or thousands of server racks and wired connections between the server racks organized in a hierarchical structure. Server racks may be connected to a leaf switch node, which may be connected to other leaf switch nodes via spine and / or core switch nodes. Wireless communications between switch nodes may be implemented in a data center in addition to wired connections. As the switch nodes are stationary, beam training for communication between the switch nodes may be performed infrequently. A first switch node may use a wireless link to communicate with another switch node (e.g., in addition to or instead of the wired link path) based on a traffic condition. Wireless links may be dynamically reconfigurable. Wireless links may be used to broadcast a communication to multiple switch nodes.

Embodiments here broadly relate to a system which allows for flexibly, and adaptively, accommodating for various analog and digital streams. In one example case, the system can accommodate for the use of both legacy modems as well as newer digital modems. The system may not require the use of complex and expensive, very high data rate and / or very high throughput wideband digital switches in some architectures, as well as potentially eliminating the need for some additional processing equipment found in traditional architectures (i.e., wideband signal processors (WSP), legacy modem data converts (LDMCs), etc.).

An embodiment herein provides a system and method for performing tenant provisioning to enable controlled and staged deployment of new versions of workload, application, or service across the multiple clusters. The method includes (a) creating a tenant in a cloud using a user metadata received from a plurality of user devices, (b) generating a tenant key based on tenant information and tenant metadata, (c) mapping a snapshot of the tenant database comprising the tenant metadata to the tenant key, (d) creating Domain Name System record, (e) uploading license and generating Key Management Service key simultaneously, and (f) enabling the controlled and staged deployment of the new versions of the workload, application, or service across multiple clusters by creating admin credentials. This system and method can be implemented in EKS—Elastic Kubernetes Service, GKE—Google Kubernetes Engine, and AKS—Azure Kubernetes Service managed services.

The invention discloses a dual-mode network communication method based on HPLC (High Performance Liquid Chromatography) and HRF (High Radio Frequency), which relates to the technical field of communication and realizes efficient data packet transmission through dynamic scheduling. The method comprises the following steps: firstly, monitoring a to-be-transmitted queue in a communication link in real time, and calculating a transmission priority of each data packet by combining to-be-transmitted waiting time of the data packet and a predefined priority coefficient; then, through analyzing the real-time load and transmission conciseness of an HPLC channel and an HRF channel in the communication node, constructing a channel state group, and then dynamically selecting an optimal channel to carry out data transmission; when the data packet is transmitted, updating the load of the corresponding channel and the channel state group so as to optimize the subsequent data transmission operation; the whole method ensures the stability and reliability of a communication link while improving the transmission efficiency.

A system comprises a communication subsystem, such as an antenna, for receiving and transmitting analog signals; one or more downstream digital devices and downstream analog devices; and at least one

A method is proposed for configuring a node device's current communication protocol to communicate with a hub device via a communication network implemented on a power supply network. The method is implemented by the node device, which includes electronic circuitry and stores two protocol stacks. Each protocol stack, when executed by the node device's electronic circuitry, implements a distinct communication protocol with the hub device. The method includes: detecting (501) a predetermined event; and if the event is detected, switching (502) from one of the protocol stacks to the other, thereby changing the current communication protocol implemented by the node device. This allows migration to the use of a different communication protocol without requiring replacement of the node device or a software update.This also ensures that there is no loss of communication for the node device. Figure to be published with the abbreviation: Fig. 5.

Embodiments of this application disclose a data processing method and device. The method includes: receiving, through a first bearer between a MAC layer and a user-plane functional entity of layer 3, a MAC SDU sent by the user-plane functional entity of layer 3 and a sequence number assigned to the MAC SDU, wherein all MAC SDUs sent by the first bearer last time correspond to the same sequence number; and generating a MAC PDU according to the received MAC SDU and the sequence number corresponding to the MAC SDU and sending it to a physical layer. The MAC PDU comprises at least one of: an ID of the first bearer, the sequence number, and at least one MAC SDU corresponding to the sequence number.

The utility model discloses WiFi signal sniffing and data transmission equipment with double transmission modes. When the transmission modes are wired transmission modes, a first WiFi chip, a second WiFi chip, a third WiFi chip and a fourth WiFi chip are used for sniffing WiFi data; the main control chip is used for classifying WiFi data sniffed by the first WiFi chip, the second WiFi chip, the third WiFi chip and the fourth WiFi chip; the Ethernet chip is used for sending the classified WiFi data to the server; when the transmission mode is a wireless transmission mode, the first WiFi chip, the second WiFi chip and the third WiFi chip are used for sniffing WiFi data; the main control chip is used for classifying WiFi data sniffed by the first WiFi chip, the second WiFi chip and the third WiFi chip; and the fourth WiFi chip is used for sending the classified WiFi data to the server. According to the utility model, the deployment flexibility and adaptive capacity of equipment can be improved.

The utility model provides a kind of communication relay system suitable for non-coal underground mine stope networking needs, comprising: multi-network convergence route, power supply circuit and main network, wherein: the power supply circuit is extended along the extension direction of recovery entry and is arranged, at least one multi-network convergence route is arranged every first preset distance on the power supply circuit, and each the multi-network convergence route is electrically connected with the power supply circuit;The main network is arranged outside the entrance of the recovery entry, and the main network is connected with the multi-network convergence route closest to the entrance of the recovery entry by network cable or optical fiber;The multi-network convergence route is used for the reception and transmission of wireless signal inside the recovery entry. By using power supply circuit, multiple multi-network convergence routes are deployed in recovery entry, and optical fiber is not needed to be laid to realize data transmission between network base stations, while realizing network coverage inside the recovery entry, the deployment difficulty and deployment cost are reduced.

Embodiments are directed to configuring one or more nodes in a distributed antenna system (DAS) to route signals to different signal paths in the DAS based on operator information and / or band information identified from the signals. The operator information can include an operator identifier present in the signal such as a PC_ID in a header of an Open-Radio Access Network (O-RAN) or enhanced Common Public Radio Interface (eCPRI) data packet. The band information can include a band identifier present in the signal such as a SEQ_ID in a header of the O-RAN or eCPRI data packet.

The invention relates to a slice configuration method and device, computer equipment, a computer readable storage medium and a computer program product, which are applied to a PON (Passive Optical Network) management system. The method comprises the following steps: receiving application data traffic sent by an optical network unit; the application data traffic is used for indicating a communication service to which the target application belongs and a target WIFI slice matched with the communication service to which the target application belongs; determining a target PON slice matched with the application data traffic according to a pre-constructed slice mapping relationship; the pre-constructed slice mapping relation is a slice mapping relation constructed by configuring corresponding WIFI slices and corresponding PON slices for different communication services by the PON management system; issuing a slice configuration instruction to a terminal device running the target application; the slice configuration instruction is used for indicating to transmit service data of the target application through a network resource pre-configured in the target WIFI slice and a network resource pre-configured in the target PON slice. By adopting the method, multiple types of application services can be borne.