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15 | 15 |
|
16 | 16 | <body> |
17 | 17 | <div class="main container"> |
18 | | - WORK IN PROGRESS! |
19 | | - |
20 | 18 | <header> |
21 | 19 | <div class="container"> |
22 | 20 | <div class="row"> |
@@ -78,12 +76,19 @@ <h2>A Family of ZK-friendly AO Hash Functions.</h2> |
78 | 76 | </li> |
79 | 77 | </ul> |
80 | 78 | </p> |
81 | | - <p>The Anemoi team tries to keep this page up-to-date with the latest changes, but it is highly recommended to check the paper for the latest news.</p> |
| 79 | + <p>The <b>Anemoi</b> team tries to keep this page up-to-date with the latest changes, but it is highly recommended to check the paper for the latest news.</p> |
82 | 80 | </section> |
83 | 81 |
|
84 | 82 | <section class="section" id="news"> |
85 | 83 | <h3>News</h3> |
86 | 84 | <ul> |
| 85 | + <li> |
| 86 | + <b>31.05.22:</b> Minor revision of ePrint submission before publication in Crypto. |
| 87 | + </li> |
| 88 | + <li> |
| 89 | + <b>21.05.23:</b> Acceptation at |
| 90 | + <a href="https://crypto.iacr.org/2023/">Crypto</a> 2023. |
| 91 | + </li> |
87 | 92 | <li> |
88 | 93 | <b>16.11.22:</b> Presentation at |
89 | 94 | <a href="https://zkproof.org/events/workshop5/">ZKProof5</a>. |
@@ -122,17 +127,17 @@ <h3>Abstract</h3> |
122 | 127 | and compression functions. |
123 | 128 | The main features of these algorithms are that |
124 | 129 | <ul> |
125 | | - <li> 1) they are designed to be |
| 130 | + <li> they are designed to be |
126 | 131 | efficient within multiple proof systems (e.g. Groth16, Plonk, etc.)</li> |
127 | | - <li> 2) they contain dedicated functions optimised for specific applications (namely Merkle |
| 132 | + <li> they contain dedicated functions optimised for specific applications (namely Merkle |
128 | 133 | tree hashing and general purpose hashing) </li> |
129 | | - <li> 3) they have highly competitive |
| 134 | + <li> they have highly competitive |
130 | 135 | performance e.g. about a factor of $2$ improvement over Poseidon and |
131 | 136 | Rescue in terms of R1CS constraints, a 21%-35% Plonk constraint |
132 | 137 | reduction over a highly optimized Poseidon implementation, as well as competitive native |
133 | 138 | performance, running between two and three times faster than Rescue, depending on the field size. |
134 | 139 | and </li> |
135 | | - <li> 4) comes with computable bounds of resistance against known attacks due to |
| 140 | + <li> comes with computable bounds of resistance against known attacks due to |
136 | 141 | the properties of the novel algebraic transformations that are employed based on |
137 | 142 | the well-studied butterfly structure. |
138 | 143 | </li> |
@@ -523,7 +528,7 @@ <h3>Anemoi team</h3> |
523 | 528 | <div class="container"> |
524 | 529 | <ul> |
525 | 530 | <li> |
526 | | - <a href="https://who.rocq.inria.fr/Clemence.Bouvier/">Clémence Bouvier</a>, Sorbonne University, France - Inria, France |
| 531 | + <a href="https://c-bouvier.github.io/">Clémence Bouvier</a>, Sorbonne University, France - Inria, France |
527 | 532 | </li> |
528 | 533 | <li> |
529 | 534 | <a href="https://who.rocq.inria.fr/Pierre.Briaud/">Pierre Briaud</a>, Sorbonne University, France - Inria, France |
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