FPGA logic
Design of FPGA Logic Architectures using Hybrid/LUT Multiplexer
... the FPGA logic blocks as a means of increasing silicon area efficiency and logic ...MUX-based logic blocks for the FPGAs have seen success in early commercial architectures, such as the Actel ...
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Design And Implementation Of Hybrid Lut/Multiplexer Fpga Logic Architectures
... configurable logic block architectures for field-programmable gate arrays that contain a mixture of lookup tables and hardened multiplexers are evaluated toward the goal of higher logic density and area ...
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Efficient Design of Hybrid Lut /Multiplexer Fpga Logic
... configurable logic block architectures for area-programmable gate arrays that include a mixture of lookup tables and hardened multiplexers are evaluated closer to the goal of higher logic density and place ...
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A Review on Hybrid Lut / Multiplexer Fpga Logic Architectures
... VPR was used to perform architectural evaluation. The standard ten 6-LUT CLB architecture in 40-nm included with the VPR distribution was used for baseline modeling. The hybrid CLBs shown in Figs. 3.1 and 3.2 were ...
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Design and Implementation of Hybrid Lut/Multiplexer Fpga Logic Architectures
... to FPGA producers on the inadequacies to assault and, consequently, enhance ...table-based logic and flip-slumps, the proportion of silicon territory required to execute them in FPGAs and ASICs is by and ...
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Design of Hybrid LUT/MUX FPGA Logic Architecture for size Reduction and Performance Improvement in FPGA
... configurable logic block architectures for field-programmable gate arrays that contain a blend of LUT's and solidified multiplexers that are assessed towards the objective of higher rationale thickness and ...
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Modelling And Analysis Of Hybrid Lut/Multiplexer Fpga Logic Architectures
... THROUGHOUT the history of field-programmable gate arrays (FPGAs), lookup tables (LUTs) have been the primary logic element (LE) used to realize combinational logic. A K-input LUT is generic and very ...
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A Novel Design and Implementation of Hybrid Lut/Multiplexer For Fpga Logic Architectures
... of FPGA architectural conclusions to experimental ...well-known FPGA architectural results: lookup-table size, switch block topology, cluster size, and memory ...
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Design of Hybrid Hardware Blocks For FPGA Architectures
... primary logic element (LE) utilized to recognize combinational ...alternative FPGA LE archi- tectures for performance improvement to close the large gap between FPGAs and application-specific integrated ...
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FPGA-Based Fuzzy Logic: Design and Applications – a Review
... [47]. FPGA are two dimensional arrays of logic blocks and flip-flops with an electrically programmable interconnection between logic ...why FPGA differs from Custom ICs, as Custom IC is ...
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FPGA Implementation of Programmable Systolic Array for Sinusoidal Sequence Generation
... FPGA (Field Programmable Gate Array) is selected as a VLSI (Very Large Scale Integration) platform device since, FPGA can provide a certain computations at very high frequencies with systolic computing. The ...
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IMPLEMENTATION OF SPEED CONTROL OF MOTOR USING FUZZY LOGIC ON FPGA
... This paper describes the implementation for a basic fuzzy logic controller in Very High Speed Integrated Circuit Hardware Description Language(VHDL). Here we will see the implementation of a fuzzy logic ...
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Design of Hybrid Lut/Multiplexer for Cryptography Applications
... In the proposed Structure that is hybrid MUX/ LUT uses the pre defined keys to generate the key schedule module. This module will reduce the amount of storage for buffering. S-boxes are used in the encryption and ...
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Timing verification of dynamically reconfigurable logic for Xilinx Virtex FPGA series
... Another design challenge is found when the component set is a single FPGA device or when dynamic reconfiguration is applied within individual devices. This sort of design throws up many situations that most ...
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Synthesis of Nonlinear Control of Switching Topologies of Buck Boost Converter Using Fuzzy Logic on Field Programmable Gate Array (FPGA)
... 05XL FPGA) boards. Both boards come with 8051 mi- crocontroller with 12 MHz speed. The Xilinx’s devel- opment system is used to implement the Boolean equa- tions, which also represents the fuzzy controller. Figure ...
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Design and Implementation of Logic Gates using Artificial Neural Networks on FPGA
... The OR gate is a logic gate which performs logical disjunction. A High output (1) results if one or both the inputs to the gate are high. If neither of the inputs are high, a Low output (0) results. In neural ...
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EMERGING CHALLENGES AND TRENDS IN FPGA SECURITY
... The threat level for FPGA and cSoCs will continue to increase as attacks get better. At the same time, more applications are demanding enhanced data security. for example industrial control and data security.For ...
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Adaptive Technic for implementing Fault Tolerant Parallel Filters
... Electronic circuits are increasingly present in automotive, medical, and space applications where reliability is critical. In those applications, the circuits have to provide some degree of fault tolerance. This need is ...
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Low Power BIST based Multiplier Design and Simulation using FPGA
... with FPGA based N-bit LFSR to generate random sequence number design is proposed in ...on logic operational units for high speed applications using FPGA ...
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An FPGA Implementation of Barrel Shifter Using Reversible Logic Gates
... A barrel shifter is a combinational logic circuit with n data inputs, n data outputs, and a set of control inputs that specify how to shift the data between input and output. A barrel shifter that is part of a ...
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