Paper 1: "Dynamic Supply Chain Optimization Using Edge Computing System with Modified Particle Swarm Optimization Algorithm"
Paper 2: "Dynamic Vehicle Routing System Using Edge Computing with Stochastic Time Cost"
Paper 3: "Truck-Drone Two-Echelon Dynamic Vehicle Routing Problem for Delivery"
Paper 4: "Last-Mile Delivery with PoUW-Based Blockchain Using Metaheuristic Algorithm"
Paper 1 -- In progress
Paper 2 -- In progress
Paper 3 -- In progress
Paper 4 -- In progress
- writing related works
- simulating PoUW with VRP problem using pso
-- each particle has dimension equal to num of client
-- all vehicles are assumed to be empty.
--
Paper 1 -- In progress
Paper 2 -- In progress
- Continue rewriting
-- Add the clustering for the first clients locations
-- Rewrite the related works
Paper 3 -- In progress
Paper 4 -- In progress
-- submit to IEEE Access
Black Ice Project
-Extracting frames from videos of testbeds in KIT and Jeju
-Filter similar frames out and label
-Extracting frames from videos of testbeds in KIT and Jeju
-Filter similar frames out and label
Finish paper 4
Submit paper 4http://nsl.kumoh.ac.kr/m_img/bt_save.gif