Probabilistic swaps combine adaptor signatures with OPRFs to let one party receive an asset with a publicly fixed probability in an atomic, bias-resistant way on Bitcoin and similar chains.
In: Galbraith, S.D., Nandi, M
2 Pith papers cite this work. Polarity classification is still indexing.
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Introduces bPk# as a delegatable pseudonym system with a formal framework, generic construction with security proofs, concrete instantiation, and reference implementation for eID applications.
citing papers explorer
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Probabilistic Atomic Swaps for Bitcoin and Friends
Probabilistic swaps combine adaptor signatures with OPRFs to let one party receive an asset with a publicly fixed probability in an atomic, bias-resistant way on Bitcoin and similar chains.
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bpK#: Delegatable Pseudonyms And Their Applications to National eID Systems
Introduces bPk# as a delegatable pseudonym system with a formal framework, generic construction with security proofs, concrete instantiation, and reference implementation for eID applications.