The advent of Verkle trees represents a significant leap forward in blockchain optimization, combining the succinctness of vector commitments with the hierarchical structure of Merkle trees.
Our proposed methodology for adaptive Merkle tree restructuring demonstrates enhanced storage efficiency, which is critical for the scalability issues faced by current blockchains.
In our analysis, we illustrate how adaptive trees can significantly improve not just storage capabilities, but also verification speeds within blockchain architecture.
Through detailed examples, we show that restructuring both binary and non-binary trees can optimize blockchain performance, paving the way for more sustainable digital ledgers.
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