Implementation of MEC papers
Parallel Greedy SAA-Based Application Placement Algorithm (PG-SAA)
PG-SAA is the algorithm proposed in paper "A Sample Average Approximation-Based Parallel Algorithm for Application Placement in Edge Computing Systems", which can be found at https://ieeexplore.ieee.org/document/8360329/.
The corresponding MATLAB files are in folder "PG-SAA".
LODCO Algorithm
LODCO Algorithm is the algorithm proposed in paper "Dynamic computation offloading for mobile-edge computing with energy harvesting devices", which can be found at https://arxiv.org/pdf/1605.05488.pdf.
The corresponding MATLAB code is LODCO.m.
LODCO-Based Greedy Algorithm
LODCO-Based Greedy Algorithm is the algorithm proposed in paper "Execution Cost and Fairness Optimization for Multi-Server Mobile-Edge Computing Systems with Energy Harvesting Devices", which can be found at https://narcissushliangzhao.github.io/Curriculum-Vitae/papers/ICSS_2018_paper_24.pdf.
The corresponding MATLAB code is LODCO_based_Greedy.m.
LODCO-Based epsilon-Greedy Algorithm
LODCO-Based epsilon-Greedy Algorithm is the algorithm proposed in paper "Execution Cost and Fairness Optimization for Multi-Server Mobile-Edge Computing Systems with Energy Harvesting Devices", which can be found at https://narcissushliangzhao.github.io/Curriculum-Vitae/papers/ICSS_2018_paper_24.pdf.
The corresponding MATLAB code is LODCO_based_e_Greedy.m.
LODCO-Based Genetic Algorithm with Greedy Policy
LODCO-Based Genetic Algorithm with Greedy Policy is the algorithm proposed in paper "QoE Aware and Cell Capacity Enhanced Computation Offloading for Multi-Server Mobile Edge Computing Systems with Energy Harvesting Devices", which can be found at https://narcissushliangzhao.github.io/Curriculum-Vitae/papers/UIC_2018_paper_85.pdf.
The corresponding MATLAB code is LODCO_Based_Genetic_Algorithm.m.