Definition ∞ Efficient recursion in a computational context refers to the optimized execution of recursive functions or algorithms, particularly within resource-constrained environments like blockchain smart contracts. This optimization minimizes computational overhead and gas costs associated with repeated function calls. It is critical for developing complex yet economical on-chain logic.
Context ∞ Efficient recursion is a technical consideration in blockchain development, especially for protocols that rely on complex cryptographic proofs or iterative computations. News might mention this in the context of network upgrades or new smart contract platforms aiming for higher performance and lower transaction fees.
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