deyh2020 Goto Github PK

sirc_hw_xilinx_xupv5_hardware_puf

Implementation of SIRC, hardware end code for a Xilinx virtex 5 XUPV5 device. This project is made to work with a actual hardware PUF. PUF - Physically Unclonable Function.

sirc_hw_xilinx_xupv5_software_puf

Implementation of SIRC, hardware end code for a Xilinx virtex 5 XUPV5 device. This project is made to work with a software PUF. i.e., A software module implementation of PUF behaviour. PUF - Physically Unclonable Function.

skripsi-cnn-anggrek

👨‍🎓 Proyek Tugas Akhir : Anggrek Classifier. Klasifikasi Genus Tanaman Anggrek Menggunakan Metode Convolutional Neural Network (CNN).

slm-code

Generating phase profiles for the spatial light modulator and the implementation of beam propagation based on Fourier diffraction

smart_tag_authentication

Supporting code for the paper "Nanocatalyst-enabled physically unclonable functions as smart anticounterfeiting tags with AI-aided smartphone authentication"

smul

The SOFT Green's function multiplier

snips-nlu

Snips Python library to extract meaning from text

solar-power-farm-

Digital twin

solidstate

SOLID implementation of standard solid states physics

solving-linear-equations-quantumly

For QUID Hackathon

solving-mathematical-equations-using-quantum-algorithms

The quantum algorithm for linear systems of equations, also called HHL algorithm, designed by Aram Harrow, Avinatan Hassidim, and Seth Lloyd, is a quantum algorithm formulated in 2009 for solving linear systems. The algorithm estimates the result of a scalar measurement on the solution vector to a given linear system of equations

solving_jc_model

Solving Jaynes-Cumming model for 2 level atom using QuTiP.

sort

Simple, online, and realtime tracking of multiple objects in a video sequence.

span-of-eigenstates-of-jaynes-cummings-model

Code to graphically find the level crossings of energy states of a 1D Jaynes–Cummings model of charge-less fermions and bosons

sparse_pauli

Implementation of large, sparse Pauli operators using pairs of sets. Contains absolutely minimal functionality, and is an example of extreme "physicist code".

sparseprop

spdcinv

Inverse Quantum-Optical Design of High-Dimensional Qudits

speckles-classification

Photonic Human Identification based on Deep Learning of Back Scattered Laser Speckle Patterns

spin-qubit-operations

library that generates commonly used pulses/shapes

spin_orbit_qubit_design_pack

Spin qubit design package for ferroelectric-based qubits. (Lawrence Berkeley National Lab).

spin_qubit_codes

script for the UCPH spin qubit team

spin_wave_approximation_dynamics

spinqubits-matlab

Magnetic relaxation and quantum information with MatLab scripts

spinqubitsexperiment

Programs for running and analyzing experiments on singlet-triplet qubits in Yacoby Lab

spins-b

Photonic optimization library

spins-b-meep

SPINS-B integration with Meep solver

spinw

SpinW Matlab library for spin wave calculation

spotlight

Uses Twitter API and sentiment analysis to analyze and identify potentially abusive tweets.

spylind

semi-symbollic, fairly fast, very convenient modelling of quantum systems described by a Lindblad master equations

squanch

A distributed simulation framework for quantum networks and channels