[PDF] Top 20 On Multiparty Garbling of Arithmetic Circuits
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On Multiparty Garbling of Arithmetic Circuits
... Boolean-arithmetic circuits, we look at a simple natural problem, the problem of conditional ...in arithmetic 0/1 would be very inefficient when the conditions are ...an arithmetic circuit ... See full document
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Design of Energy Efficient Arithmetic Circuits Using Charge Recovery Adiabatic Logic
... The present paper focuses on a novel energy efficient technique called adiabatic logic which is based on energy recovery principle. In this technique instead of discharging the consumed energy is recycled back to the ... See full document
9
THE DESIGN OF HIGH PERFORMANCE THREE INPUT XOR GATE BASED ON COMPOUND GATE METHODOLOGY
... integrated arithmetic circuits offers low static power and best choice for power efficiency, it also observes the high propagation delay compared it its counterparts ... See full document
5
Neural circuits involved in mental arithmetic: Evidence from Customized Arithmetic Training
... retrieve arithmetic facts from memory (i.e., to know the answer to an arithmetic problem without having to calculate it) is an important aspect of mathematical proficiency, which in turn has been linked to ... See full document
129
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
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Index Terms Asynchronous circuits, binary adders, CMOS design, digital arithmetic.
... synchronous circuits need clock pulses to perform the ...asynchronous circuits hand-off the results of their work, rather than waiting for a clock tick, as soon as synchronous circuits are finished ... See full document
7
Arithmetic Circuits with Locally Low Algebraic Rank
... Recall however that in our final result, t can be actually much larger than n 2 . Indeed the circuit C can be very far from being homogeneous, and for general depth-4 circuits, we do not know good upper bounds on ... See full document
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Physical Design Implementation of Ternary Arithmetic Circuits
... In modern days, as the logic inside the chip increases as the chip have to run numerous applications. The design made up using the MOS transistor have many advantages as compared to the other technologies. The power of ... See full document
8
Analysis and Design of Low Power Arithmetic Circuits
... [2] Hung Tien Bui, Yuke Wang and Ying Tao Jiang, “Design and Analysis of low power 10 Transistor Full Adder Using Novel XOR/XNOR gates”, IEEE Transcation on Circuits And System-II: Analog and Digital Signal ... See full document
8
Learning Restricted Models of Arithmetic Circuits
... notably arithmetic circuits. An arithmetic circuit syntactically represents a multivariate polynomial in the obvious way: a multiplication (addition) gate outputs the product (sum) of the polynomials ... See full document
22
Partial Garbling Schemes and Their Applications
... Yao’s garbling technique and its variants, our constructions cannot handle general circuits and are restricted to weaker computational ...an arithmetic model of computation, where the number of field ... See full document
20
Non-Commutative Arithmetic Circuits with Division
... 2p. Then m must be at least p + 1, which shows that m grows with s. On the other hand, assume that Φ contains only one inverse gate computing g −1 , for some polynomial g of degree k. Then m can be taken ≤ k/2 + 1. A ... See full document
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ALU, CMOS, GDI, XOR, XNOR.
... useful. Arithmetic functions such as addition, subtraction, multiplication and division are some examples, which use adder as a key element building ...several circuits have been proposed for each module ... See full document
7
ELEC2141 DIGITAL CIRCUIT DESIGN
... Digital circuits are integral parts of many areas of engineering and technology such as personal computers, digital signal processing, telecommunications, speech analysis and recognition, and control ...digital ... See full document
11
Implementation of Low Power Arithmetic Circuits Using Reversible Gates
... logic circuits have theoretically zero internal power dissipation because they do not lose ...logic arithmetic circuits such as full adders and ... See full document
8
A Review on Low Power Compressors for High Speed Arithmetic Circuits
... ABSTRACT: A Multiplier is one of the key hardware blocks in most digital and high performance systems such as FIR filters, Digital Signal Processors (DSPs), Microprocessors etc., A Wallace tree multiplier is an improved ... See full document
6
Dynamic Current Mode Logic Realization of Digital Arithmetic Circuits
... DyCML gates may be used in conjunction with CMOS gates in the same design. Inputs of DyCML logic may be connected directly to CMOS gates outputs. No buffering or interfacing circuits are required to connect the ... See full document
6
Separation of Multilinear Circuit and Formula Size
... circuits for this function should be multilinear. On the other hand, for some multilinear functions the smallest known circuits are not multilinear. For example, the determinant of an n × n matrix is a mul- ... See full document
15
Dual-quality 5:2 compressors for utilizing in dynamic accuracy configurable multipliers
... Approximate arithmetic units are mainly based on the simplification of the arithmetic units circuits. There are many prior works focusing on approximate multipliers. In what follows, the terms ... See full document
9
Black-Box Garbled RAM
... Garbled circuits was first constructed by Yao [Yao82] (see ...circuit garbling scheme is a tuple of PPT algo- rithms (GCircuit, ...circuit garbling procedure and Eval the corresponding evaluation ... See full document
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