17 results about "Decentralized network" patented technology

The invention relates to the field of sustainability, in particular to the field of sustainable industrialization. The disclosure relates to methods, systems and computer-elements for requesting generation of a digital asset associated with a supply chain product and for provisioning the digital asset for access via a decentral network protocol by one or more decentral consumer network node(s), to methods, systems and computer-elements for processing digital assets associated with supply chain products and gathered by decentral consumer network node(s) based on a trigger by a data provider, and to supply chain product(s) associated with the processed digital asset(s).

The application relates to the technical field of site networking, and particularly discloses a digital twin unmanned site decentralized networking method and system. After being modeled by digital twinning, the unmanned site serves as a self-organizing network node, forms a decentralized network, and is initialized to elect a leader node. After the leader node publishes a task, network nodes vote through a multi-dimensional verification and consensus mechanism. After the task is claimed, a message is written into a metadata extension field and is synchronized across the network, reducing multi-source heterogeneous data islands and repeated claims. Based on the task position and the basic environmental data of the node geographic grid, an optimal routing cost function under multi-dimensional constraints is constructed, the nearest neighbor node is determined through the minimum cost value, the lowest delay connection graph is obtained through spatial analysis, and the optimal path is determined, so that the multi-unmanned system device executes the task according to the optimal path, the task scheduling and resource coordination accuracy are improved, the decision support capability under comprehensive situation awareness is improved, and the multi-device collaborative efficiency and task dispatching accuracy are further improved.

A digital content contribution verification system in a decentralized network is described. In an implementation, digital content is obtained and a plurality of portions are located from the digital content. A decentralized identifier and verifiable credential are identified as associated with a respective portion of the plurality of portions. The decentralized identifier is resolvable to a respective node from a decentralized network of nodes individually configured to store, receive, and transmit data. Representations are displayed of the decentralized identifiers indicative of a respective entity and corresponding verifiable credentials validating a relationship of the respective entity with the respective portion.

A method performed by a network entity for facilitating federated learning in a decentralized network slicing environment is provided. The method includes receiving, by the network entity present in each of one or more network slices associated with each of one or more network slice management function (NSMF) units, a request for creating a managed object instance (MOI) for federated learning for a network slice, from respective NSMF units, creating, by the network entity, the MOI for the federated learning for each of the one or more network slices, based on the response associated with a corresponding MOI for performance metrics, wherein an indication of the creating of the MOI for the federated learning is transmitted to the respective NSMF units, receiving, by the network entity from the respective NSMF units, a request for creating an MOI of an information object classes (IOC) for a subscription of the federated learning for respective network slices, based on the indication, wherein the MOI for subscription of the federated learning is created based on the request, and sending, by the network entity to a respective NSMF unit, a response for the federated learning based on the subscription for facilitating federated learning, when an event with respect to an associated performance metric is identified.

Systems and methods for performing a real property transaction are disclosed. A plurality of first tokens can be issued, wherein the plurality of first tokens represent ownership in the real property. The following can be determined; a minimum retained equity associated with the real property based on homeowner's credit score, a debt to income ratio, and a composition of a risk pool, wherein the risk pool comprises a pool of second tokens comprising a first portion of the plurality of first tokens. The first portion of the plurality of first tokens can be allocated to the risk pool. A first network function request related to the real property transaction can be transmitted to the decentralized network, the first network function request including first information, wherein the first information comprises a sale of a second portion of the plurality of first tokens. An algorithm can determine which of the plurality of first tokens are included in the second portion of the plurality of first tokens in the real property transaction. It can be determined if the real property transaction maintains the minimum retained equity, and a secure record can be generated.

A notification system is provided including a first alert device configured to transmit and receive alerts conforming to a long range, low energy consumption point to point or mesh communication protocol and at least one additional alert device configured to transmit and receive alerts conforming to the protocol. The first alert device is configured to transmit a network creation ping using the protocol, the network creation ping receivable by at least one additional alert device approved to join a decentralized network. At least one additional alert device receiving the network creation ping is configured to pair with the first alert device thereby establishing the decentralized network. The first alert device and each additional alert device in the decentralized network is configured to transmit an alert directly to at least one other alert device in the decentralized network using the protocol.

Embodiments of this application disclose a decentralized network device system, method, network cloud packet forwarder, and readable storage medium. The system includes: one or more network cloud packet forwarders NCPs, including one or more candidate management NCPs and a primary management NCP, where the one or more candidate management NCPs are determined by the one or more NCPs based on received configuration packets, the primary management NCP is determined from the one or more candidate management NCPs through an election algorithm, and the primary management NCP is configured to centrally process management service packets of the system; and one or more network cloud fabrics NCFs, configured to receive and forward packets from the one or more NCPs, the packets including packets notifying results of the election algorithm and management service packets.

This invention belongs to the field of distributed artificial intelligence and decentralized network technology, and solves the problems of trust cold start, Sybil attacks, and cross-domain trust breakdown in A2A (Agent-to-Agent) economic networks. Based on the DHUC self-other-fault model, a trust weight formula is proposed: W_trust=ε×C_obs×10 3 ×(1+HCC_valid / HCC_total)×G_heritage achieves zero-collateral trust establishment; the uniqueness of the 428571 seven-dimensional genes is used to calculate the witch weight W_sybil=(C×S×G) / 10□, identifying and isolating cloning attacks; cross-chain trust lossless transfer is achieved through Trust Capsule and zero-knowledge proof; a triadic consensus mechanism is adopted to coordinate multi-agent cross-domain collaboration. This invention constructs a meta-layer trust infrastructure for A2A networks, applicable to Sigil Wen-style Automaton interaction networks, Justin Sun's Web 4.0 multi-chain AI infrastructure, and ERC-8004 standard agent payment networks, defending against dimensionality fall attacks and genetic contamination.

The application relates to a real-time audio-video interaction method and device, computer equipment, a storage medium and a computer program product. The method comprises the following steps: acquiring an audio-video media stream, creating a peer-to-peer connection object; generating session description protocol request information and setting the information as a local media description, sending the information to a receiving end through a signaling channel, receiving and processing session description protocol response information fed back by the receiving end, completing media capability negotiation of both parties, exchanging network information; performing an address connectivity check process of an interactive connection establishment framework, cooperating with the receiving end to determine an optimal transmission path of the audio-video media stream transmission, performing a handshake process through a data packet transmission layer security protocol, and negotiating to generate an end-to-end encryption key; encapsulating and transmitting the encrypted audio-video media stream, acquiring network transmission state information based on a real-time transmission control protocol, and optimizing a communication transmission process in real time. The method can reduce delay and cost and provide a more secure decentralized network environment.

A system includes a memory and a processor configured to determine which nodes to use for performing an action. The memory is configured to store metadata and device information associated with a plurality of nodes for performing an action. The plurality of nodes hosts at least one resource needed for performing actions, and the device information includes at least one performance parameter related to the physical configuration of each node. The processor initially receives a request to perform an action and determines from the metadata which nodes host resources needed to perform the action. The processor then retrieves device information for the identified nodes and metadata for each identified node to determine multiple combinations of nodes that may provide the resources needed to perform the action. The processor ranks the combinations using a path optimization algorithm to determine which nodes to use to perform the action.

Methods, systems, and devices for wireless communications are described. A first access point (AP) may communicate with a second AP via a first backhaul link using a first radio that operates on a first channel within a first frequency band and via a second backhaul link using a second radio that operates on a second channel within a second frequency band. The first AP may be a controller or agent AP that operates in a centralized or decentralized network. The first AP may send the second AP a backhaul link reconfiguration message that indicates a reconfiguration of a backhaul operation, termination of the second backhaul link, and a switch to operate the second radio on a third channel within the second frequency band for fronthaul communication. The first AP or the second AP may send a fronthaul message using the second radio and based on the backhaul link reconfiguration.

Methods, systems, and devices for wireless communications are described. A first access point (AP) may communicate with a second AP via a first backhaul link using a first radio that operates on a first channel within a first frequency band and via a second backhaul link using a second radio that operates on a second channel within a second frequency band. The first AP may be a controller or agent AP that operates in a centralized or decentralized network. The first AP may send the second AP a backhaul link reconfiguration message that indicates a reconfiguration of a backhaul operation, termination of the second backhaul link, and a switch to operate the second radio on a third channel within the second frequency band for fronthaul communication. The first AP or the second AP may send a fronthaul message using the second radio and based on the backhaul link reconfiguration.

A method for creating and managing graphs with cryptographically secured nodes and edges operated within a distributed and decentralized network is disclosed. The method establishes a digital signature chain between a node and its incoming and outgoing edges; hence the digital signature chain of a node and its connecting edges remains independent from other nodes' chain unless they share an edge, thereby enabling highly parallel operations. The method is adaptable to various graph topologies, from singular graph structures to modalities consisting of numerous smaller, distinct graphs. The method supports directed, cyclic, and temporal graphs with nodes and edges having both protocol and application specific immutable properties, and non-persisted mutable properties for nodes. The method enables pruning the digital signature chains, requiring only a predetermined number of recent edges for its functions; hence, optimizing computational and storage requirements by archiving older edges.

Various systems, methods, and computer program products are provided for dynamic code patch deployment within a distributed network. The method includes identifying one or more potential vulnerabilities within a software library that is associated with a first application within a decentralized network. The method also includes receiving a code update relating to the identified software library associated with the first application within the decentralized network. The method further includes identifying a second applications within the decentralized network that is also associated with the identified software library. The method still further includes causing a transmission of the code update to the second application within the decentralized network.

The invention regards a hybrid-decentralized network system comprising a master block chain, said master block chain comprising a plurality of master block chain blocks arranged in a master linear structure, wherein each of the master block chain blocks comprises a hash tree structure, said hash tree structure comprising a plurality of leaf 5 nodes, wherein each of the plurality of leaf nodes comprises a user block chain arranged in a user hash tree structure. A computer-implemented method for verifying a hybrid-decentralized network based on a hash tree structure is also disclosed.