• No results found

[PDF] Top 20 Non-Interactive Secure Computation from One-Way Functions

Has 10000 "Non-Interactive Secure Computation from One-Way Functions" found on our website. Below are the top 20 most common "Non-Interactive Secure Computation from One-Way Functions".

Non-Interactive  Secure  Computation  from  One-Way  Functions

Non-Interactive Secure Computation from One-Way Functions

... adversary from gaining undue advantage by reset- ting the stateless token that it receives from the honest ...adversary from resetting the token and changing its input in each interaction with the ... See full document

22

New  Impossibility  Results  for  Concurrent  Composition   and  a  Non-Interactive  Completeness  Theorem  for  Secure  Computation

New Impossibility Results for Concurrent Composition and a Non-Interactive Completeness Theorem for Secure Computation

... queries from Goldman Sachs – indeed, Goldman Sachs should learn nothing at all except that the client performed an authorized ...in one session, a client can only learn the answer to a single query of a ... See full document

25

Non-Interactive  Secure  Computation  Based  on  Cut-and-Choose

Non-Interactive Secure Computation Based on Cut-and-Choose

... only one round of interaction, we require that all the randomness used for the second message of the OT queries for circuit gc i , is also derived from the PRF key seed i ... See full document

14

Mix-Compress-Mix  Revisited:  Dispensing  with  Non-invertible  Random  Injection  Oracles

Mix-Compress-Mix Revisited: Dispensing with Non-invertible Random Injection Oracles

... trapdoor one-way permutation (in construction of TE) and the latter uses a one-way permutation (in construction of ...computationally secure (trapdoor) one-way ...hash ... See full document

21

Statistical  Concurrent  Non-malleable  Zero-knowledge  from  One-way  Functions

Statistical Concurrent Non-malleable Zero-knowledge from One-way Functions

... use. From a result shown in [GLP + 15], we can obtain a constant-round κ-robust one-one CCA-secure commitment scheme from one-way functions for every constant κ ∈ N ... See full document

38

Multi-Client  Non-Interactive  Verifiable  Computation

Multi-Client Non-Interactive Verifiable Computation

... The scheme described above works only for a single evaluation of f . To ac- commodate multiple evaluations of f , Gennaro et al. propose the use of fully homomorphic encryption (FHE) in the following way. The ... See full document

20

Cryptographic  Hashing  From  Strong  One-Way  Functions

Cryptographic Hashing From Strong One-Way Functions

... public-coin) interactive proof systems into non-interactive argument ...systems. One such formal result is stated in Theorem ...exponentially secure one-way ... See full document

51

Adaptively  Secure  Garbled  Circuits  from  One-Way  Functions

Adaptively Secure Garbled Circuits from One-Way Functions

... on one-way ...to secure function evaluation (SFE) starting with Yao’s work, but also in parallel cryptography [AIK04, AIK05], verifiable computation [GGP10, AIK10], software protection [GKR08, ... See full document

37

Universally  Composable  Secure  Computation  with (Malicious)  Physically  Uncloneable  Functions

Universally Composable Secure Computation with (Malicious) Physically Uncloneable Functions

... when one compares in detail the two physical devices. Indeed, PUFs are non-programmable and thus provide unpredictability ...protected from physical attacks and thus the functionalities that they ... See full document

53

On  the  Existence  of  Extractable  One-Way  Functions

On the Existence of Extractable One-Way Functions

... knowledge from an adver- sary is to run it on multiple related inputs to deduce what it “knows” from the resulting ...limited. One main limitation of rewinding-based extraction is that it requires ... See full document

42

Publicly  Verifiable  Non-Interactive  Arguments  for  Delegating  Computation

Publicly Verifiable Non-Interactive Arguments for Delegating Computation

... differs from previous works such as [KRR14], which focused on general transformations obtained by applying any PIR scheme to any PCP with strong enough soundness properties (see ... See full document

79

Constructing  CCA-secure  predicate  encapsulation  schemes  from  CPA-secure  schemes   and  universal  one-way  hash  functions

Constructing CCA-secure predicate encapsulation schemes from CPA-secure schemes and universal one-way hash functions

... our non generic transformation shows that, using structural properties of the original schemes, it is possible to achieve CCA-security even at lower costs and surprisingly without a lot of additional ...universal ... See full document

18

Reusable  Non-Interactive  Secure  Computation

Reusable Non-Interactive Secure Computation

... Our rNISC/OLE protocol is information-theoretic and does not rely on any cryptographic as- sumptions. Its complexity is polynomial in the size of an arithmetic branching program being computed. This is sufficient to ... See full document

54

Hardness  of  Non-Interactive  Differential  Privacy  from  One-Way  Functions

Hardness of Non-Interactive Differential Privacy from One-Way Functions

... of one-way functions, we believe our results are an important step towards proving hardness results for simpler families of ...for non-interactive differential privacy from ... See full document

27

Succinct  Non-Interactive  Secure  Computation

Succinct Non-Interactive Secure Computation

... candidate non-succinct NISC protocols for use in our main ...constructed from just a notion of “weak oblivious transfer” (see Appendix ...onto one-way function, which cannot necessarily be ... See full document

41

Non-Interactive  Secure  Multiparty  Computation

Non-Interactive Secure Multiparty Computation

... However, one could easily adapt the above definitions to capture statistical security and computational ...obfuscation from the ...results from [4] apply and one can only hope to get general ... See full document

43

Feasibility   and  Infeasibility  of  Secure  Computation  with  Malicious  PUFs

Feasibility and Infeasibility of Secure Computation with Malicious PUFs

... as one of the goals of using PUFs is to avoid reliance on trusted ...for secure computation in the malicious-PUF model under additional, number-theoretic ... See full document

21

One-Way  Functions   and (Im)perfect  Obfuscation

One-Way Functions and (Im)perfect Obfuscation

... The goal of program obfuscation is to transform a given program (say described as a boolean circuit) into another “scrambled” circuit which is functionally equivalent by “hiding” its implementation details (making it ... See full document

26

On  Tightly  Secure  Non-Interactive  Key  Exchange

On Tightly Secure Non-Interactive Key Exchange

... efficiently from various computational assumptions (such as the DDH [13], `-Linear [31], DCR [13], or QR [13] ...mildly secure NIKE scheme into one that satisfies a stronger form of security (dubbed ... See full document

32

Building  Lossy  Trapdoor  Functions  from  Lossy  Encryption

Building Lossy Trapdoor Functions from Lossy Encryption

... trapdoor functions were created as a building block for IND-CCA secure encryption, lossy encryption was initially created to help prove security against an active adversary in the Multiparty Compu- tation ... See full document

16

Show all 10000 documents...