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Projects

COMPLETED PROJECTS

1. Project

Project Name: Project Framework for Embedded Systems using PIC Microcontrollers

Supported by: International Burch University

 

Project lasted three months, concluded by setting up the environment for serial programming of any PIC microcontroller and was the base for the next Microcontroller based projects.

 

ON GOING PROJECTS

 

1. Project

Project Name: Smart Control of Growth Chamber

Supported by: International Burch University

 

Based on requirements stated for growth chamber design, a control system is developed in a microelectronic framework. Multiple sensor types are combined with a control algorithm in order to provide a fully controlled environment. The final phase of the project is installing the system in the real growth chamber and assessing its performance.

 

2. Project

Project Name: Hardware Framework for Network Security and Machine Learning Algorithms

Supported by: International Burch University

 

The first task for this project will be focused on setting up a hardware framework for the research and development of network security and machine learning algorithms. This includes setting up the FPGA based development platforms and the associated software tools and scripts for the synthesis, verification and testing of such algorithms.

 

3. Project

Project Name: Novel cascade control algorithms testing on the FESTO Compact Workstation

Supported by: International Burch University

 

Identification of the FESTO compact workstation control loops and testing the novel cascade control algorithms on the real plant and the model, together with theoretical justification for the novel tuning method.

 

4. Project

Project Name: Model Predictive Control for heating of the Smart Growth Chamber

Supported by:  International Burch University

 

Identification and modeling of the smart growth chamber heating environment and application of MPC for its control, followed by multiparameter control of the whole SGC environment.

 

5. Project

Project Name: Hardware and software setup for IBU HAM

Supported by:  International Burch University

 

Development of custom FPGA-based USRP and setup of an Echolink node with Svxlink server.