[PDF] Top 20 Generalizing Homomorphic MACs for Arithmetic Circuits
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Generalizing Homomorphic MACs for Arithmetic Circuits
... arbitrary circuits (polynomial depth) if we had compact multilinear maps with an exponential number of ...fully-fledged homomorphic MAC. Related Work. The problem of realizing homomorphic (mostly ... See full document
18
ARITHMETIC USING WORD-WISE HOMOMORPHIC ENCRYPTION
... This paper explores advances in word-based homomorphic encryption. Directly addressing the weakest points of the current word-based approach, we propose an assortment of solutions to chal- lenging algorithmic ... See full document
15
Providing Arithmetic Operations on RSA Using Homomorphic Technique
... the circuits by means of Homomorphically encrypted integer arithmetic’s and provided basic performance figures that help to establish a rough runtime estimation for encrypted ...fully Homomorphic encrypted ... See full document
7
Faster Secure Arithmetic Computation Using Switchable Homomorphic Encryption
... Comparison with other schemes. The performance of SHE is roughly 2500 and 7000 times better than FHE when evaluated on two-cloud servers and on the same machine, respectively, for applications with a high-depth circuit ... See full document
25
On the Security Notions for Homomorphic Signatures
... low-degree arithmetic circuits over a large field, it has been shown that well-defined programs can be tested probabilistically, and that Type 3 forgeries can be reduced to Type 2 ones ...general ... See full document
19
On Multiparty Garbling of Arithmetic Circuits
... Garbled circuits are a fundamental cryptographic primitive, introduced by Yao in the 1980s ...security, homomorphic computation, verifiable compu- tation, and ...garbled circuits, and to date still ... See full document
31
Attribute-Based Encryption for Arithmetic Circuits
... The encryption algorithm in our system is similar to encryption in the hierarchical-IBE of Agrawal, Boneh, and Boyen [ABB10]. We show that this system is key-homomorphic for polynomial- size arithmetic ... See full document
27
Sub-Linear Lattice-Based Zero-Knowledge Arguments for Arithmetic Circuits
... Sublinear Communication Product Argument. To give an argument for the satis- fiability of an arithmetic circuit it is sufficient to give arguments showing that (8) and (9) are satisfied. For the purpose of ... See full document
43
Fully Key-Homomorphic Encryption, Arithmetic Circuit ABE, and Compact Garbled Circuits
... polynomial-size circuits: Gorbunov, Vaikuntanathan, and Wee [GVW13] gave a construction from the Learning With Errors (LWE) problem and Garg, Gentry, Halevi, Sa- hai, and Waters [GGH + 13c] gave a construction ... See full document
41
Practical Homomorphic MACs for Arithmetic Circuits
... Abstract. Homomorphic message authenticators allow the holder of a (public) evaluation key to perform computations over previously authenticated data, in such a way that the produced tag σ can be used to certify ... See full document
30
Quantum Multi-Key Homomorphic Encryption for Polynomial-Sized Circuits
... Although one cannot hope to construct information-theoretically secure classical FHE schemes, as that would break the lower bound on communication complexity of private information retrieval protocols [CGKS95, KO97, ... See full document
48
Separation of Multilinear Circuit and Formula Size
... multilinear circuits for the permanent or the determinant are of exponential size, and hence these bounds don’t give any separation between multilinear circuit and formula ... See full document
15
PRL RR 25 pdf
... With F. Bourdoncle and G. Berry, we are attempting to map this 2adic theory into a language called 2Z for describing synchronous circuits, as they naturally occur in practical PAM designs (see [BRV89]), such as ... See full document
46
Quantum homomorphic encryption for circuits of low $T$-gate complexity
... quantum circuits, it had been known for some time now that the non-Clifford part of a quantum computation is the “difficult” one (this phenomena appears, ...quantum circuits in terms of their T-gate ... See full document
39
ALU, CMOS, GDI, XOR, XNOR.
... the arithmetic unit rather approximately all other arithmetic operation includes ...any arithmetic logic unit is to have low power high performance adder ...speed arithmetic logic unit. The ... See full document
7
Elusive Functions and Lower Bounds for Arithmetic Circuits
... of arithmetic circuits, it is enough to give a polynomial-time Turing machine that on input Γ, as above, outputs one point outside the image of ...of arithmetic circuits (or ... See full document
43
Neural circuits involved in mental arithmetic: Evidence from Customized Arithmetic Training
... notion is supported by the findings of Chapter 3, which showed that AG activity was greater among problems solved by fact retrieval, regardless of when they became memorized. However, Chapter 4 showed that untrained ... See full document
129
Low hardware Accumulator Based 3-Weight Pattern Generation for Boundary Scan
... integrated circuits and ...For circuits with hard- to-detect faults, a large number of random patterns have to be generated before high fault coverage is ... See full document
5
Implementation of Low Power Arithmetic Circuits Using Reversible Gates
... ABSTRACT : In current scenario, the reversible logic design attracting more interest due to its low power consumption and smaller area. The main purpose of designing reversible logic are to decrease quantum cost, depth ... See full document
8
Dynamic Current Mode Logic Realization of Digital Arithmetic Circuits
... various arithmetic circuits using a novel logic family called Dynamic Current Mode Logic (DyCML) ...MCML circuits and dynamic logic ...logic circuits have static power dissipation due to the ... See full document
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