Papers

[1] Architecture of Autonomous Vehicle Based on Fog Computing for Industrial Internet of Things.

[2] Analysis of Allocation Strategy Towards Fog Node Resource

Last Week's Progress

[1] Continue the system design of the paper.

[2] Double-matching resource allocation strategy
[2] Learning the way to allocate the resource by existing strategy.

This Week Todo's

[1] Learn fault detection and isolation in large scale system

[2] Continue make a system proposed
[2] Learning resource allocation strategy based on the priced timed petri nets (PTPNs)

Project Progress

[1] Drone with automatically vertical take off and landing (VTOL) [2] Xeline Control Protocol

Last Week's Project

[1] Make a source code in python to make the drone automatically take off, forward, and landing (drone movement program)
[1] Use the YOLO and packages to detect the object from the camera, also detect the moving object.

[2] Analysis the XCP code of XCP application LED slave and master.

This Week's Project

[1] Make a final report
[1] Combining the OpenCV program to Drone movement program

[2] Analysis XCP code.

Monthly Goals

Understand the IoT fog computing application.
Understand how to use the gateway as fog node.

Annual Goals

-Able to write at least one in domestic conference.
-Able to write at least one in international conference and journal.
-Understand to using the NS3.