PROJECTS
Welcome visitors to your site with a short, engaging introduction. Double click to edit and add your own text.
MIXX CLOUD
Growth
Projects
MIXXCLOUD
A Multi-host Cloud Environment with Load Balancers
Project for NCSU ECE792-038 Linux Networking
Utilized virtualization technologies, including KVM, containers, netns, multilayer-VxLAN, on implementation of multi-tenancy and multi-host support in the cloud environment.
Developed load-balancers in IaaS and stand-alone model with an auto-scaling integrable interface and high availability achieved via a VRRP-like centralized mechanism.
See github.
Project Presentation
-
Functional and NF requirements
-
Components and system architecture
-
Mechanisms used in the project
City-Wide IoT Network Development
CityU Bachelor Thesis, Final Year Project
- Supervisor - Dr K. F. Tsang
- Accessor - Dr Alex M H. Wong
This project provides guidelines and workflow for City Wide IoT Development and operations, with the adoption of the IEEE 2668 standard. It covers decision-making of system development, interoperable implementation, monitoring and quantitative evaluation. The full thesis can be found on the CityU library website.
FYP Panel Presentation
-
Three-phase Development Workflow for CWIN
-
Steps and Examples
-
DevOps Framework
IoT Harmonization
Studying GWIN Efficiency and Development of IoT Harmonization Standard for EMSD
Low-power Wide-area wireless technologies in the unlicensed bands entail massive connectivity of Smart City Applications incurs interference. IoTLab collaborated with EMSD to conduct a 2-phase study on city-wide IoT harmonization to provide guidelines for users of the Government IoT Network.
IoT Standardization
IEEE P1451.5.5, IEEE P1451.5.6, IEEE P1451.5.10,
IEEE P2668
The development of IoT standards such as IEEE 2668 and P1451.5.X in which IoTLab CItyU is highly involved. Yo-Che Lee is in charge of the development of IEEE P1451.5.6 and the API for IEEE 2668.
Introduction to IEEE 2668
IoTLab, CityU
INTEROP 2022, IECON 2022
Introduction to IEEE 1451.5.X
IoTLab, CityU
INTEROP 2022, IECON 2022
System-wise IoT Development
IoT Security, Networking, Machine Learning
-
Radio-Replication Load-Balancing scheme for LoRaWAN network server cluster
-
Evaluation of the Communication Overhead of Rejoin in LoRaWAN Protocol (ICIT22)
-
DDoS Impact Analysis Index for Edge IoT System Evaluation (ISPCE-AS 2022)
-
LoRaWAN AI-based Smart Water Leakage Detection System for Civil Housing
Y. -C. Lee, Y. Wei, Y. Liu, K. F. Tsang, “Evaluation of the Communication Overhead of Rejoin in LoRaWAN Protocol,” IEEE ICIT 2022
Y. -C. Lee, Y. Wei, H. Wang, H. -T. Au, Y. Liu, K. F. Tsang, “DDoS Impact Analysis Index for Edge Internet of Things System Evaluation,” IEEE ISPCE-AS
"Radio Replication Load Balancing scheme for LoRaWAN network server clusters," HKEPC 2022, HKIE
"LoRaWAN Artificial Intelligence Smart Water Leakage Detection System for Civil Housing," Smart@Gwin E&M IoT Application Challenge, EMSD
alopexlagopus
A collection of programming works
The @alopexlagopus project on Github is a collection of my other programming works, that are individual pieces from course work and self-initiatives, lacking a structure of a stand-alone project or repository.
