Zihao-Howard-Zhou
Received the B.Eng. degree in Information Engineering from South China University of Technology, China, in 2022. Currently working towards the M.S. degree.
South China University of TechnologySouth China University of Technology
Pinned Repositories
Simulation-Platform-for-UAV-network
This Python-based simulation platform can realistically model various components of the UAV network, including the network layer, MAC layer and physical layer, as well as the UAV mobility model, energy model, etc. In addition, the platform can be easily extended to meet the needs of different users.
Quick-Start-in-Reinforcement-Learning-Algorithm
This repository is a reproduction of the reinforcement learning algorithm I have learned. It is convenient to quickly understand the implementation and principle of the algorithm in combination with theory.
Topology-construction-for-flying-ad-hoc-network
This repository is a reproduction of paper "Topology construction for flying ad hoc networks (FANETs)"
Image-processing-based-on-OpenCV
This code repository contains image processing related codes based on OpenCV (C++)
Modulation-QPSK-and-OQPSK-in-MatLAB
This code implements QPSK and its improved OQPSK modulation
K-means-Algorithm-in-Python
This code uses Python to implement K-means clustering algorithm, which can complete the clustering of two-dimensional and three-dimensional data, and carry out visual analysis
ad-hoc-drone-networks-ns3
BPSK
Matlab simulation of BPSK(Binary Phase Shift Keying) modulation, demodulation and probability of errors.
FSRCNN_pytorch
FSRCNN的简单实现
Image-processing-algorithm
paper implement
Zihao-Howard-Zhou's Repositories
Zihao-Howard-Zhou/Zihao-Howard-Zhou.github.io
Github Pages template for academic personal websites, forked from mmistakes/minimal-mistakes
Zihao-Howard-Zhou/Simulation-Platform-for-UAV-network
This Python-based simulation platform can realistically model various components of the UAV network, including the network layer, MAC layer and physical layer, as well as the UAV mobility model, energy model, etc. In addition, the platform can be easily extended to meet the needs of different users.
Zihao-Howard-Zhou/ZihaoZhouSCUT
Zihao-Howard-Zhou/Topology-construction-for-flying-ad-hoc-network
This repository is a reproduction of paper "Topology construction for flying ad hoc networks (FANETs)"
Zihao-Howard-Zhou/Image-processing-based-on-OpenCV
This code repository contains image processing related codes based on OpenCV (C++)
Zihao-Howard-Zhou/test
Zihao-Howard-Zhou/Python-1
All Algorithms implemented in Python
Zihao-Howard-Zhou/Quick-Start-in-Reinforcement-Learning-Algorithm
This repository is a reproduction of the reinforcement learning algorithm I have learned. It is convenient to quickly understand the implementation and principle of the algorithm in combination with theory.
Zihao-Howard-Zhou/ad-hoc-drone-networks-ns3
Zihao-Howard-Zhou/Image-processing-algorithm
paper implement
Zihao-Howard-Zhou/MatLAB-code-of-signals-and-system
The content of this repository contains my CSDN blog drawing code and other relevant codes
Zihao-Howard-Zhou/Modulation-QPSK-and-OQPSK-in-MatLAB
This code implements QPSK and its improved OQPSK modulation
Zihao-Howard-Zhou/modulation-in-MatLAB
This code implements QPSK and its improved OQPSK modulation.
Zihao-Howard-Zhou/K-means-Algorithm-in-Python
This code uses Python to implement K-means clustering algorithm, which can complete the clustering of two-dimensional and three-dimensional data, and carry out visual analysis
Zihao-Howard-Zhou/Python
My Python Examples
Zihao-Howard-Zhou/BPSK
Matlab simulation of BPSK(Binary Phase Shift Keying) modulation, demodulation and probability of errors.
Zihao-Howard-Zhou/FSRCNN_pytorch
FSRCNN的简单实现
Zihao-Howard-Zhou/Image-Restoration
Image registration using pytorch
Zihao-Howard-Zhou/imageEnhancement
underwater image enhancement
Zihao-Howard-Zhou/MyCNN
Implement CNN with MATLAB
Zihao-Howard-Zhou/NS3-SIMPLE-ROUTING-AODV-DSR
This repository contains the NS3 file for AODV and DSR routing algorithms. The main objective of creating this repository is that, the example files in NS3 are tougher to understand for a beginner. The files are tested on NS-3.24. There are some tweaks to be followed in order to run the animation file in netanim. The doubts, clarrifications and feedbacks are welcome.
Zihao-Howard-Zhou/saliency_map
opencv/C++