In addition, it becomes practical to include a larger ring size (e.g., to include 105 users with less than 1800 bytes for the signature size) and therefore. ( ...
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Jul 18, 2020 · In this paper, we propose the most efficient blockchain ring confidential transaction protocol (RingCT3.0) for protecting the privacy of the sender's identity.
Abstract. In this paper, we propose the most efficient blockchain ring confidential transaction protocol (RingCT3.0) for protecting the privacy.
May 20, 2019 · In this paper, we propose the most competent blockchain ring confidential transaction protocol (RingCT3.0) for protecting the privacy of the sender's identity.
In this paper, we propose the most efficient blockchain ring confidential transaction protocol (RingCT3.0) for protecting the privacy of the sender's ...
Abstract. In this paper, we propose the most efficient blockchain ring confidential transaction protocol (RingCT3.0) for protecting the privacy.
In this paper, we propose the most efficient blockchain ring confidential transaction protocol (RingCT3.0) for protecting the privacy of the sender's ...
Taking the advantage of the compact RingCT3.0 transcript size, privacy-preserving cryptocurrencies can enjoy a much lower transaction fee which will have a ...
RingCT 3.0 for Blockchain Confidential Transaction: Shorter Size and Stronger Security. Published in The 24-th International Conference on Financial ...
In this paper, we propose the most efficient blockchain ring confidential transaction protocol (RingCT3.0) for protecting the privacy of the sender's ...