Nikolas Papachrysanthou: Difference between revisions
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|fields=<font color="white">Computer Science</font> | |fields=<font color="white">Computer Science</font> | ||
|universities=<font color="white">University of Nicosia<br> University of Cyprus</font> | |universities=<font color="white">University of Nicosia<br> University of Cyprus</font> | ||
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Mr. '''Nikolas Papachrysanthou''' joined the [[Cyprus Neuroscience and Technology Institute]] in September | Mr. '''Nikolas Papachrysanthou''' joined the [[Cyprus Neuroscience and Technology Institute]] in September 2013. He is a member of the IT Team of the organization. His responsibilities include development of all websites and electronic infrastructure of the organization. | ||
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==<font color="#736AFF">Related Projects</font>== | ==<font color="#736AFF">Related Projects</font>== | ||
'''Educational Applications'''<br> | |||
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'''Abstract:''' | MSc Thesis: '''<i>"Real Time System for Face Detection"</i> '''. Surpervisor: Constantinos Pattixis<br> | ||
'''Abstract:''' <br> | |||
The purpose of this project is to recognize in real-time the emotion of a person’s face. The person might be recognized as happy, sad or normal. The system runs on a server which is hosted by University of Cyprus and a web page was created to represent the data of the recognition process to the users. The idea behind is that a web camera is being installed on a room, streaming video at real-time and capturing frames every 30 seconds. The frames are stored into the server. A face detection algorithm (Viola Jones) checks on the specific frames if a there is a person or not. If there is, the algorithm detects that person and creates a border along the face. The new frame is then stored in the server and all details about that image are stored on the website as well | The purpose of this project is to recognize in real-time the emotion of a person’s face. The person might be recognized as happy, sad or normal. The system runs on a server which is hosted by University of Cyprus and a web page was created to represent the data of the recognition process to the users. The idea behind is that a web camera is being installed on a room, streaming video at real-time and capturing frames every 30 seconds. The frames are stored into the server. A face detection algorithm (Viola Jones) checks on the specific frames if a there is a person or not. If there is, the algorithm detects that person and creates a border along the face. The new frame is then stored in the server and all details about that image are stored on the website as well | ||
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'''Abstract:''' | <br> | ||
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BSc Thesis: '''<i>"Semi-Simulator for RFID Technology"</i>'''. Superivisor: Ioanna Dionysiou <br> | |||
'''Abstract:'''<br> | |||
The aim of this project is to develop a simulator for the RFID (Radio Frequency Identification) technology. The purpose was to develop this simulator in order to secure the University Of Nicosia Library. This project contains software that simulates all the actions that can be made inside the Library. Basically some of the actions are to request and provide permission of items inside the room The software supports two group of users being the administrators and students. Administrators have the control of all the tasks that can be made inside the environment, and students are the entire students of the University of Nicosia. | The aim of this project is to develop a simulator for the RFID (Radio Frequency Identification) technology. The purpose was to develop this simulator in order to secure the University Of Nicosia Library. This project contains software that simulates all the actions that can be made inside the Library. Basically some of the actions are to request and provide permission of items inside the room The software supports two group of users being the administrators and students. Administrators have the control of all the tasks that can be made inside the environment, and students are the entire students of the University of Nicosia. | ||
This project was built in Microsoft Visual Basic.net to provide an attractive and flexible Graphical User Intrerface. The database was built in Microsoft Access 2007 in order to communicate with the simulator and keep track of all actions being made. | This project was built in Microsoft Visual Basic.net to provide an attractive and flexible Graphical User Intrerface. The database was built in Microsoft Access 2007 in order to communicate with the simulator and keep track of all actions being made. | ||
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* Matlab <br> | * Matlab <br> | ||
* SQLite for Android <br> | * SQLite for Android <br> | ||
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[[Category:Past Associates]] | |||
[[Category:Past interns]] | |||
Latest revision as of 03:58, 1 October 2020
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Mr. Nikolas Papachrysanthou joined the Cyprus Neuroscience and Technology Institute in September 2013. He is a member of the IT Team of the organization. His responsibilities include development of all websites and electronic infrastructure of the organization.
Biography
Nikolas holds a BSc in Computer Science from University of Nicosia (2011) and an MSc in Computer Science from University of Cyprus (2013). He has extensive knowledge in various programming and web languages. Also he has experience in creating applications for Android smart phones. His MSc thesis was based on Image and Video Proccessing and also his BSc thesis was based on new technology appeared in our days called RFID.
Related Projects
Educational Applications
MSc Thesis: "Real Time System for Face Detection" . Surpervisor: Constantinos Pattixis
Abstract:
The purpose of this project is to recognize in real-time the emotion of a person’s face. The person might be recognized as happy, sad or normal. The system runs on a server which is hosted by University of Cyprus and a web page was created to represent the data of the recognition process to the users. The idea behind is that a web camera is being installed on a room, streaming video at real-time and capturing frames every 30 seconds. The frames are stored into the server. A face detection algorithm (Viola Jones) checks on the specific frames if a there is a person or not. If there is, the algorithm detects that person and creates a border along the face. The new frame is then stored in the server and all details about that image are stored on the website as well
BSc Thesis: "Semi-Simulator for RFID Technology". Superivisor: Ioanna Dionysiou
Abstract:
The aim of this project is to develop a simulator for the RFID (Radio Frequency Identification) technology. The purpose was to develop this simulator in order to secure the University Of Nicosia Library. This project contains software that simulates all the actions that can be made inside the Library. Basically some of the actions are to request and provide permission of items inside the room The software supports two group of users being the administrators and students. Administrators have the control of all the tasks that can be made inside the environment, and students are the entire students of the University of Nicosia.
This project was built in Microsoft Visual Basic.net to provide an attractive and flexible Graphical User Intrerface. The database was built in Microsoft Access 2007 in order to communicate with the simulator and keep track of all actions being made.
Academic Knowledge
- PASCAL
- Visual Basic .NET
- C / C++
- Object Oriented Programming
- PHP / HTML / CSS
- MySQL
- OpenCV for Image and Video Processing
- Matlab
- SQLite for Android
