This project is for the courseworks of Cambridge Engineering Module 4M17 - practical optimisation.

Eclipse-based tool for optimal configuration of software product lines

Cleans up the server and optimizes memory and cpu usage.

A tool designed for the simulation of mobile network technologies, specifically 3G and 4G, facilitating the planning, sizing, and optimization of network resources

Analysis of market data in context of optimising SBE-Aeron stack

A tool which allows users to find the optimum distribution of payments across multiple loans and investments to maximize overall net worth.

Distributed Information System that manages operations, generates its optimal schedule, evaluates its metrics, tracks all activity in real-time, provides chat room, sends notifications.

Dynamic view distance based on MSPT. Paper and above.

LagAssist source code, but with gradle.

Solution aux exercices Mars Lander 2 & 3 proposés par la plateforme Codingame.

Multi-Objective Continuous Optimisation Problems

University Coursework @ UCL for compilers ( COMP0012 / COMP0207 ) module for backend code optimization of code using BCEL

Solves the discrete, single-machine, multi-item, single-level lot sizing problem via graph algorithms

Project for compressing bitmap images

The simulated annealing algorithm started with a random route and got a random number for the route. When the number is smaller and equal to the probability function, it will proceed to the adjacent route. If the adjoining route is larger than the current route, it will still proceed to the next route until it gets the shortest adjacent route. I…

The nearest neighbor algorithm gets the shortest route from the initial course whenever generating the result. It will always check for the journey to reduce one city from the way, which is the shortest route, and then it will run again for the remaining cities until it gets the best result. It follows the pattern until there are no remaining ci…

In implementing the hill-climbing algorithm, the program first generated a distance based on the result, and it will loop back to previous routes. Then as it connects back, the next course swaps randomly two cities, and it loops again for the shortest path. It will stay on the same route for more iteration until it reaches the shortest path. The…

In the brute force algorithm, the program will go through all the permutations of starting a trip from one of the cities, visiting each city once, and returning to the first cities. It shows all the possible shortest routes with the same distance out of all the permutations. The downside of this algorithm is that increasing the number of cities …

In implementing the ant colony optimization algorithm, the developer has used 500 ants and 8 US-based cities to calculate the shortest route for the TSP. The developer found out that the number of ants does not affect finding the shortest route. They also observed that the number of cities does not increase the time to calculate the shortest rou…

Information system that manages operations, generates its optimal schedule, evaluates its metrics, tracks events in real-time, provides instant messaging, sends notifications