The implementation of our Efficient Cross-Chain Options protocol was tested within a simulated Ethereum environment, demonstrating significant improvements in transfer time and gas efficiency.
By initiating the replace phase earlier and merging phases, we reduced the duration of the finalization process considerably, particularly when faced with malicious nodes.
Our gas consumption evaluation indicates that our protocol offers competitive efficiency in contract deployment and operations, highlighting critical improvements over existing approaches.
The expected successful transfer time in our protocol depends on the successful transfer probability, revealing a direct correlation between network conditions and transfer efficiency.
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