Stars
Uses Mie scattering to plot Attenuation vs. Frequency for different cloud types
MATLAB codes to calculate the scattering, absorption and extinction coefficients of pristine as well as coated spheres using the resonance conditions for Mie Scattering.
to find the scattering angle, this code uses scattering phase function not the Henyey Greenstein function
Calculate scattering, absorption, and extinction cross-sections of a spherical particle
monte-carlo-mie-scattering-polydisperse-particles
Monte Carlo simulation for measuring photons detected with sphere over tissue used to calculate scattering losses as a function of optical properties
Christina Stadler, Xenia Flamm, Thomas Gruber, Anatoli Djanatliev, Reinhard German and David Eckhoff, "A Stochastic V2V LOS/NLOS Model Using Neural Networks for Hardware-In-The-Loop Testing," Proce…
Centralized cooperative spectrum sensing with soft fusion of energy measurements in highly mobile environments. Neyman-Pearson (NP) detection criterion. Three methods: LRT (assuming the instantaneo…
Research of UWB NLoS/LoS Classification Using ML
This repository consists of the scripts and plots for the estimation of a background in mono-photon final state using the 2017 datasets collected by the CMS Detector at the LHC.
A repository to organize development of a paper, along with demonstration code, for investigating different background subtraction methods.
MATLAB GUIs for ToF-MRA data preprocessing, cerebrovascular segmentation and quantification
Aiming at the removal of salt-and-pepper noise, a noise adaptive switching non-local means denoising algorithm (NASNLM) is proposed in this program. For noise detection, the pixels of image are div…
Contains the code and experimental data for the paper "Single photon single pixel imaging into thick scattering medium"
In order to objectively evaluate the performance of various CFAR detectors, clutter is classified into three typical cases as follows: (1) uniform background clutter (2) Clutter edges (3) Multi-int…
In this project, an FMCW RADAR is configured. The transmite and recieved are processed uisng FFT and CFAR to determine the range and velocity of the obstacle"
This repository is dedicated to the simulation research of constant false alarm rate (CFAR) detection algorithms for millimeter-wave radar. It encompasses various algorithms, including but not limi…
Some basic algorithm used in Radar data process, including pulse compression/CFAR/monopulse、Kalman filter and fusion、arrary antenna design.
Project that aims to determine agent positions by identifying and mitigating NLOS signals. The ranged distances are then processed by a localization algorithm.
Data communication under None-Line-Of-Sight wireless communication scenario
blinkwalk / Passive-IoT-Localization-Technology-Based-on-SD-PDOA-in-NLOS-and-Multi-path-Environments
Reference source code for the paper “Passive IoT Localization Technology Based on SD-PDOA in NLOS and Multi-path Environments”