Papers

Title 1:
Architecture of Autonomous Vehicle Based on Fog Computing for Industrial Internet of Things (KICS FALL CONFERENCE 2018)

Title 2:
Fault Recovery for Industrial Internet of Things using Fog Computing Platform

Title 3:
Fog Node-based Fault Detection Mechanism for Industrial Internet of Things

Last Week's Progress

Title 3:
-Setting up the equipment such as raspberry pi, sensors, and arduino for test bed of this research.
-Add one reference that related to this paper: “Framework and development of fault detection classification using iot device and cloud environment,”

This Week Todo's

Title 3:
-Make a fault detection mechanism for decreasing delay time.
-Update the introduction

Project Progress

Project 1: Drone with automatically vertical take off and landing (VTOL), Project 2: Xeline Control Protocol

Last Week's Project

project 1:
Done

project 2:
-Analyze the source code of XCP application (XCP_application_Transparent_UART_NV). Then, summarize it.
-reading and Understanding the XCP document (XMDL-3000 user guide and peripheral API reference guide)
for each code and function
- Analysis the application layer code and make a summary of it.

This Week's Project

project 2:
continue to analysis the application layer code and make a summary of it.

Monthly Goals

Understand basic thing of real time in IoT. Specially in fault detection and use the raspberry for test bed.

Annual Goals

-Able to write at least one in domestic conference.
-Able to write at least one in international conference and journal