Description: Linkage Consensus is a consensus approach based on the relationships between nodes to achieve agreement in distributed systems. Unlike other consensus algorithms that may rely on computational power or the number of active nodes, Linkage Consensus focuses on connectivity and trust among nodes. This method allows nodes to reach an agreement on the state of the system by evaluating their links, that is, the connections they have with each other. Each node assesses the information received from its neighbors and, based on the quality and quantity of these relationships, determines its own state and contributes to the overall consensus. This feature makes it particularly useful in environments where communication is intermittent or where nodes may have different levels of trust. Linkage Consensus is relevant in applications that require high resilience and adaptability, such as distributed systems, sensor networks, electronic voting systems, and blockchain platforms, where integrity and trust are fundamental to the system’s operation. In summary, this approach offers a robust and flexible alternative for achieving consensus in distributed environments, prioritizing interpersonal relationships and trust among nodes.
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