A new multiagent reinforcement learning routing algorithm, EERA-MRL, reportedly achieves 98.5 percent throughput and lower energy use in simulated submerged ...
A reinforcement learning framework improved bandwidth slicing in 5G-advanced O-RAN simulations, while tabular Q-learning struggled with large-state beam selection.
A new framework called OceanWeave combines Ocean Protocol data markets, sharded compute-to-data consensus, and encrypted federated learning, reporting 3,200 TPS ...
Researchers have developed GPBFT, a credit- and grouping-based redesign of the Practical Byzantine Fault Tolerance consensus algorithm that raises throughput ...
The emergence of low-power wide-area networking has fundamentally altered the design space available to Internet of Things engineers over the ...
Greek researchers publish the first exact closed-form formulas for three- and four-station production lines without buffers, revealing why the field ...
A new comparative study shows that the best way to partition a distributed graph database depends on whether the graph ...
Researchers have developed Fuzzy-AODV, a lightweight fuzzy-logic-based routing protocol that improves packet delivery, throughput, delay, and overhead in highly mobile ...
Researchers have unveiled a quantum-inspired, fault-tolerant scheduling framework that cuts task completion times by up to 25 percent in large-scale ...
Researchers have developed a hybrid Greater Cane Mayfly Algorithm that improves routing, quality of service, and resource efficiency in mobile ...
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