Pinned Repositories
-bootstrap-
-jQuery-
-project4-5-
TaskOneGroupOne
a32nx
The A32NX Project is a community driven open source project to create a free Airbus A320neo in Microsoft Flight Simulator that is as close to reality as possible. It aims to enhance the default A320neo by improving the systems depth and functionality to bring it up to payware-level, all for free.
my-fibonacci-sequence
The unique sequence that has each number as the sum of the two preceding ones, starting from 0 and 1.
password-checker
Passwords are what we use to secure our accounts on the internet. With so many databases hacked in the past, many passwords and user information/credentials have been leaked. This project is focused on checking if your password has been leaked and finding out how many times that actually happened.
Python
All Algorithms implemented in Python
python_for-data_analysis_with_pandas
simulation-of-A380-elevator-operation
The aim of this project is to introduce the principles and concept of an aircraft’s elevator operation with the use of simulation models. Considerable simplifications and assumptions are made, and simulations are implemented on the bases of these simplifications. This project would depict the A380 elevator’s model structure, geometry, dynamics, actuator and PID controller. The computations and model analysis of our simulations are made In the MATLAB & SIMULINK software.
the_rossler_attractor
This repository/project deals with an explicit algorithm for the implementation of Runge-Kutta method of order 4 on the Rössler system.
NectariosK's Repositories
NectariosK/hexdailystats
Daily statistics of HEX cryptocurrency
NectariosK/computer-science
:mortar_board: Path to a free self-taught education in Computer Science!
NectariosK/gnss-sdr
Development repo of GNSS-SDR, an open source GNSS software defined receiver
NectariosK/poli
An easy-to-use BI server built for SQL lovers. Power data analysis in SQL and gain faster business insights.
NectariosK/NSC
The code is an implementation of the Nystrӧm-based spectral clustering with the K-nearest neighbour-based sampling (KNNS) method (Pang et al. 2021). It is aimed for individual tree segmentation using airborne LiDAR point cloud data. When using the code, please cite as: Yong Pang, Weiwei Wang, Liming Du, Zhongjun Zhang, Xiaojun Liang, Yongning Li, Zuyuan Wang (2021) Nystrӧm-based spectral clustering using airborne LiDAR point cloud data for individual tree segmentation, International Journal of Digital Earth Code files: ‘segmentation.py’: the main function, including deriving local maximum from Canopy Height Model (CHM); ‘VNSC.py’: other functions for the algorithm, including mean-shift voxelization, similarity graph construction, KNNS sampling, eigendecomposition, k-means clustering, as well as the computation and writing of individual tree parameters. Key parameters: When using the code, users can adjust the values of local maximum window, gap (the upper limit of the number of final clusters), knn (the number of k-nearest neighbours in the similarity graph) and quantile in meanshift method based specific data characteristics. Currently, the value of local maximum window is 3m ×3m, the value of gap is defined as the 1.5 times of the local maximum detected from CHM. Parameter knn can be defined as a constant value (40 in the code) based on the data characteristics, or be determined through the relationship between it and the number of voxels. The default setting of quantile in meanshift method is the average density of point clouds. More details can be found in Pang et al. (2021). Test data: ‘ALS_pointclouds.txt’: point cloud data; ‘ALS_CHM.tif’: CHM of the point cloud data; ‘Reference_tree.csv’: field measurements for algorithm validation. The position was measured using differential GNSS. The tree height of each tree in this file is obtained by regression estimation. Outputs: ‘Data_seg.csv’: coordinate of each point (x, y, z) as well as its cluster label after segmentation; ‘Parameter.csv’: individual tree parameters (TreeID, Position_X, Position_Y, Crown, Height) based on the calculation described in Pang et al. (2021).
NectariosK/vftvk-Simple-Interest-Calculator
NectariosK/-bootstrap-
NectariosK/-jQuery-
NectariosK/k-means-clustering
NectariosK/linear-regression
NectariosK/data-visualization-with-matplotlib
NectariosK/python-for-data-analysis-with-NumPy
NectariosK/data-visualization-with-seaborn
NectariosK/a32nx
The A32NX Project is a community driven open source project to create a free Airbus A320neo in Microsoft Flight Simulator that is as close to reality as possible. It aims to enhance the default A320neo by improving the systems depth and functionality to bring it up to payware-level, all for free.
NectariosK/deep-learning
NectariosK/Big-data-and-Spark
NectariosK/PythonRobotics
Python sample codes for robotics algorithms.
NectariosK/data-science-ipython-notebooks
Data science Python notebooks: Deep learning (TensorFlow, Theano, Caffe, Keras), scikit-learn, Kaggle, big data (Spark, Hadoop MapReduce, HDFS), matplotlib, pandas, NumPy, SciPy, Python essentials, AWS, and various command lines.
NectariosK/ztm-python-cheat-sheet
NectariosK/python_for-data_analysis_with_pandas
NectariosK/python-chess
A chess library for Python, with move generation and validation, PGN parsing and writing, Polyglot opening book reading, Gaviota tablebase probing, Syzygy tablebase probing, and UCI/XBoard engine communication
NectariosK/dad-jokes
dad jokes
NectariosK/python-developer-ztm-codes
All codes from the python developer zero to mastery course combined in one repository.
NectariosK/pdf-merger-watermarker-edit
This repository contains code that is dedicated to assisting one perform tasks in pdf merging, watermarking and even performing editing e.g. rotating a pdf counterclockwise etc.
NectariosK/gauss-elimination-method
Gauss elimination method deployed with matrices and vectors.
NectariosK/the_rossler_attractor
This repository/project deals with an explicit algorithm for the implementation of Runge-Kutta method of order 4 on the Rössler system.
NectariosK/password-checker
Passwords are what we use to secure our accounts on the internet. With so many databases hacked in the past, many passwords and user information/credentials have been leaked. This project is focused on checking if your password has been leaked and finding out how many times that actually happened.
NectariosK/email-sender
NectariosK/text-message-sender
NectariosK/face-recognition-brain-api
Final project for Udemy course