Paper 1: "Bio-Inspired Cooperative Localization in Industrial Wireless Sensor Network".
Paper 2: "Node Localization Based on Wild Goats Algorithm for Industrial Wireless Sensor Network".
Paper 3: "Mobile Node Localization Using PSO with Exploitation of the Worst Particle".
Paper 4: "IoT-based Adaptive Network Mechanism for Reliable Smart Farm System".
Paper 5: "Automatic Pickup and Delivery Framework in Smart Factory with Edge Computing"
Paper 6: "On the Effect of Carrier Robots' Capacity and Speed Towards Task Execution in Smart Factory"
Paper 7: "Distributed Computing Architecture for Logistic Task Offloading Problem in Smart Factory"
Paper 8: "Bio-Inspired Congestion Control Mechanism in Industrial Internet of Things"
Paper 1 -- Published
Paper 2 -- In progress for Wireless Personal Communication Springer.
1. Continue working on review comments
Paper 3 -- Published
Paper 4 -- Published
Paper 5 -- Rejected by IEEE IoT Journal
Paper 6 -- Presented at KICS Summer Conference 2020
Paper 7 -- Presented at ICTC 2020
Paper 8 -- In Progress
1. Continue learning and simulating star topology and cluster topology in Cooja Simulator, using TSCH protocol, and measure throughput and delay.
Paper 1 -- Published
Paper 2 -- In progress for Wireless Personal Communication Springer.
1. Continue working on review comments
Paper 3 -- Published
Paper 4 -- Published
Paper 5 -- In revision for ICT Express
Paper 6 -- Presented at KICS Summer Conference 2020
Paper 7 -- Presented at ICTC 2020
Paper 8 -- In Progress
1. Continue learning and simulating star topology and cluster topology in Cooja Simulator, using TSCH protocol, and measure throughput and delay.
Edge Computing (Dr. Jae Woo Kim) & UAV
- Continue reading another papers related to edge computing.
- Checking on Yohana's paper progress.
- Reading the progress report of project.
- Continue reading another papers related to edge computing.
- Checking on Yohana's paper progress.
- Testing he UAV according to the manual
Submit paper 5 and 8
Submit 2 journal papers