[PDF] Top 20 Malleable Proof Systems and Applications

... defining malleable NIZKs suitable for the above ...a proof π 0 that x 0 ∈ L, we want to have an efficient algorithm ZKEval that computes another instance x = T (x 0 ) and a proof π that x ∈ L, where ... See full document

... • In Section 5, Section 6 and Section 7, we show how to construct PEPRFs from trap- door functions (TDFs), hash proof systems (HPSs), and extractable hash proof systems (EHPSs), respectively. ... See full document

... secure RAM emulation of these functions in the presence of leakage and tampering. In contrast, our work focuses on construcing compilers that transform any dynamic RAM machine into a RAM machine secure against leakage ... See full document

... aphoristic systems when the new century rolled over prompted maxim systems for the known algebraic structures, that for the theory of fields, for example, being created by the German mathematician Ernst ... See full document

... useful applications in mathematics and computer science; see, for example, Dershowitz and Jouannaud ...forward proof procedure which were stated to be of interest in Chapter ...rewrite systems ... See full document

... Non-Interactive Proof System. Intuitively a proof system is a protocol which enables a prover to prove to a verifier that a given word or statement x is in a given ... See full document

... Hilbert-style proof systems we subsume all proof systems that have as proofs sequences of formulas, and formulas in such a sequence are derived from earlier formulas in the sequence by the ... See full document

... the lattice. Lattices have been extensively studied in computer science, and lend themselves to many natural computational problems. Perhaps the most well-known of these are the Shortest Vector Problem (SVP), which is to ... See full document

... non- malleable even when the adversary, after specifying the tampering function, ad- ditionally obtains one of the states along with the decoded (tampered) ...our proof, we carefully use the augmented ... See full document

... the proof of this reduction is, by far, the most technically involved part of this work, the reduction itself is very simple and efficient, using only the inner product ... See full document

... zero-knowledge proof of knowledge ...discussed applications of NMOWHFs to partially instantiating random oracles in the Bellare-Rogaway encryption scheme [BR93] and OAEP [BF06], as well as enhancing the ... See full document

... the proof system and the feasible interpolation prop- erty are expressible by disjoint NP ...propositional proof systems. Conversely, this paper aims to transfer proof-theoretic knowledge to ... See full document

... QBF proof complexity sketched in the beginning, the main precursor of our work is the paper (Beyersdorff, Chew, and Janota, ...the proof size originates from (Beyersdorff et ...the proof-size lower ... See full document

... In underwater applications time synchronization is very important like coordinated sensing tasks. Scheduling algorithms such as time division multiple access (TDMA) needed lot of time to adjust their wake-sleep ... See full document

... Bank work now being sent to an outside data processing service center Proof transit, demand deposit accounting, savings and installment loans and other applications Proof and transit, de[r] ... See full document

... These systems, also known as patches, form one of the most successful routes of drug ...these systems and their role in adhesion along with the techniques employed to measure adhesive properties have been ... See full document

... • Our basic protocol is based on black-box use of any non-interactive statistically binding commitment scheme. Such schemes, in turn, can be based on any one-to-one, one-way function, or, at the cost of an extra ... See full document

... as well as proof and transit applications Upgrading services of B300 currently in use; bank's external applications include work with four other banks, and gaming analysis A nationwide a[r] ... See full document

... Prabhakaran and Xue introduced statistically hiding sets [67] (SHS for short), which are a slight variation on ZKS. Their definition of statistical hiding is formulated with computationally unbounded simulation, which ... See full document

... standard applications (such as in randomized algo- rithms, distributed computing, and cryptography), and practical random sources which are almost always biased (either because of natural noise or adversarial ... See full document