… by introducing a novel trapdoor function, offering a fresh … and scrutinize the proposed
trapdoor function, delving into a … Understanding the intricacies of this new trapdoor function is …

… By trapdoor function we mean a permutation f hard to invert (without knowledge of the secret} …
, and the resulting signing algorithm will be more secure than the trapdoor function it uses. …

… A so-called trapdoor function typically lies at the heart of modern encryption algorithms.
Trapdoor functions are mathematical operations that are easy to perform in the forward direction …

… trapdoor function, which is a public function f that is created to behave in one of two ways.
The first way matches the usual completeness condition for an (injective) trapdoor function: …

… We also introduce the concept of gap one-way trapdoor function, which is informally a
trapdoor function which is hard to invert even when given access to an oracle which tells whether …

… Another way to look at our result is that we show a candidate trapdoor function that hides up
… by giving sufficient conditions for a trapdoor function to hide super-logarithmically many bits.…

… In this work we ask the following question: Can we transform any encryption scheme into
a trapdoor function (TDF)? Alternatively stated, can we make any encryption scheme …

… We continue Hiltgen’s work by providing an example of a feebly trapdoor function where
the adversary is guaranteed to spend more time than every honest participant by a constant …

… Here, rate is defined as the ratio of the input length and output length for the trapdoor function.
Very recently, Garg et al. [24] obtained construction from DDH with a small constant rate. …

… −1) be a trapdoor function. Let A be an inverter and define its AOW-advantage against TDF
… −1) be a trapdoor function, and let Ct be such that Ct(1k) is distributed over {0, 1}tk for a …