This paper describes a novel Field Programmable Gate Array (FPGA) logic synthesis technique which determines if a logic function can be implemented in a given programmable circuit and describes how this problem can be formalized and solved using Quantified Boolean Satisfiability. This technique is general enough to be applied to any type of logic function and programmable circuit; thus, it has ...

The FPGA (Field-Programmable Gate Array) has recently become the popular hardware and so-called LUTs (Look up Tables) are basic of FPGAs logic. For example, n-LUT is MOS pass transistors multiplexer 2n-1 which input data receive SRAM cells logic function configuration (user’s projects Truth Table). Address inputs LUT variables. Therefore, we get one n-arguments for actual configuration. To m fu...

We present a method allowing us to determine the grouping of the outputs of the multi-output Boolean logic function for a single-level partitioning and minimization. Some kind of decomposition is often needed during the synthesis of logic circuits and the subsequent mapping onto technology. Sometimes a circuit has to be divided into several stand-alone parts, among its outputs, or possibly its ...

Genetic Parallel Programming (GPP) is a novel Genetic Programming paradigm. GPP Logic Circuit Synthesizer (GPPLCS) is a combinational logic circuit learning system based on GPP. The GPPLCS comprises a MultiLogic-Unit Processor (MLP) which is a hardware processor built on a Field Programmable Gate Array (FPGA). The MLP is designed to speed up the evaluation of genetic parallel programs that repr...

Introduction. The efficiency of solar energy systems in producing electricity a clean way. Reliance on it industrial and domestic has led to the emergence malfunctions its facilities. During operating period, these deteriorate, this requires development diagnostic system aimed at maintaining production maximum rate by detecting faults as soon possible addressing them. Goal. This work proposes a...

Abstract We present a theory of Cartesian arrays, which are multi-dimensional arrays with support for the projection to sub-arrays, as well updating sub-arrays. The resulting logic is an extension Combinatorial Array Logic (CAL) and motivated by analysis quantum circuits: using projection, we can succinctly encode semantics gates quantifier-free formulas verify end-to-end correctness circuits. ...

This paper descnbes the arcliitectuie of the M Y systeni that was designed to iiivestigate tlie trade-off between the iise of iecorlfigrrinble and j k e d logic The calcufatioii of the dot-piadiict of hvo vectors of 32 bit jloatiiig poiiit iniiribers, that foiws the basis of ai.ray processiiig i i i iiiaiy erigiiieeriiig applicatioiis, I S used as the basic algoi.irhni f o r the irivestigatioii...

Throughout the world, the numbers of researchers or hardware designer struggle for the reducing of power dissipation in low power VLSI systems. This paper presented an idea of using the power gating structure for reducing the sub threshold leakage in the reversible system. This concept presented in the paper is entirely new and presented in the literature of reversible logics. By using the reve...

In this paper we present Boolean techniques for reducing the power consumption in two-level combinational circuits. The two-level logic optimizer performs the logic minimization for low power targeting static PLA, general logic gates and dynamic PLA implementations. We modify Espresso algorithm by adding our heuristics that bias the logic minimization toward lowering the power dissipation. In o...

Recent experimental advances have demonstrated technologies capable of supporting scalable quantum computation. A critical next step is how to put those technologies together into a scalable, faulttolerant system that is also feasible. We propose a Quantum Logic Array (QLA) microarchitecture that forms the foundation of such a system. QLA is a quantum computer architecture designed for efficien...