GitLab

Charles' general repository for short snippets of code for MIND6003 Interdisciplinary Group Project. Accessible by anyone with a soton email account.

How we do collaborative reproducible data analysis and reporting. Mostly (but not only) using R.

Slim implementation of the IVMC Split simulations, along with a full copy of M4M and experiment generators.

MatLAB files for implementing data driven methods such as Proper Orthogonal Decomposition, Extended Proper Orthogonal Decomposition, and Dynamic Mode Decomposition, including functions for ease of plotting results and calculating power spectra.

LaTeX Templates for the University of Southampton. Download

Usage Instructions

Mainly for thesis, progress & project reports

There are hundreds of cyber security compliance standards, and many businesses require their partner companies to comply with numerous standards. Keeping track of each company’s compliance to a particular standard is a lengthy and potentially expensive task since it can be very difficult to maintain without the use of an external service or consultant. Most SMEs will not be able to afford this - due to the time and experience level required, it might not be something a system administrator can do on top of their other responsibilities, and a consultant might be too expensive. An automatically generated cyber security compliance engine, could provide a low cost, time efficient solution for businesses that need a flexible, customisable way of tracking their partner’s compliance, or their own compliance, with multiple standards. The goal of this project is to create a client-server system that will generate and store compliance forms for the end user. The forms will be automatically generated from a CSV file supplied by an ‘admin’, and accessible by ‘users’. This will include the ability to update the forms at a later date. This project is a client-server system only, not an application, and it will deal with cyber security compliance only - no other forms of compliance will be within the scope of this project.

A simple software defined event handler using pThreads to allow the event processor to run which the code can do other things

An Implementation of a Softcore MIPs-style processor

ELEC6234 Coursework 2 picoMIPS SystemVerilog implementation which could support affine transformation algorithm.

Clone of https://github.com/chenpf1025/SLN with edits to the dataset.py file to fix the makedir_exist_ok import error.

Repo supporting NERC funded IMPETUS project https://energy.soton.ac.uk/impetus-domestic-water-demand-and-drought/

How we do collaborative reproducible data analysis and reporting. Mostly (but not only) using R.