* Question
What are the two stages of the algorithm used in Hypercube’s Social Latent Network Multipath Routing Protocol?
* Answer
The algorithm behind Hypercube’s Social Latent Network Multipath Routing Protocol operates through two distinct and interdependent stages:
1. Social Latency Estimation
In this first stage, the system evaluates and models the social latent ties between network nodes.
It analyzes historical encounter data, social behaviors, and affiliation similarities to predict the likelihood of future node interactions.
Each node calculates a social proximity score for its neighboring nodes, helping to estimate the probability and expected delay of successful communication.
The hypercube structure ensures that these estimations are efficiently distributed across multiple dimensions, preserving scalability and fault tolerance.
2. Multipath Routing Decision
Building on the estimated social latency, the second stage focuses on selecting and maintaining multiple concurrent routing paths:
Nodes prioritize multiple routes based on the computed proximity scores, favoring paths with lower expected delay and higher social stability.
The algorithm dynamically adapts to network changes by updating routing tables when new social information becomes available.
By leveraging the hypercube topology, nodes can distribute messages across several independent paths, significantly improving delivery reliability and resilience against node failures or network partitions.
Summary:
The two stages—Social Latency Estimation and Multipath Routing Decision—work together to enable efficient, adaptive, and fault-tolerant routing in dynamic social and delay-tolerant networking environments.
COMMENTS