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== | {{Associates | ||
|name=Constantina Spanoude | |||
|image=Constantina_Spanoude_4.PNG | |||
|period=June 2013 - Present | |||
|title=[[Software_Developer | Software Developer]],<br>Mathematician,<br>IT Contact Person for [http://www.digitalcyprus.eu DC] | |||
|projects=- [http://www.digitalcyprus.eu Digital Cyprus (DC)]<br>- Implementation of ISM algorithm for the Ministry of Education of Michigan<br>- Cogniscope Wisdom Summator<br>- Development of eTPCK web application for University of Cyprus | |||
|interests=[[Structured Dialogic Design Process]] | |||
|degrees=MSc, BSc | |||
|fields=Computer Science,<br>Mathematics | |||
|universities=University of Cyprus | |||
|specializations=[http://en.wikipedia.org/wiki/Scientific_computing Scientific Computing],<br>Applied Mathematics,<br>Statistics | |||
|achievements= | |||
}} | |||
For a detailed curriculum vitae of Constantina Spanoude click: [[Vitae: Constantina Spanoude|Full CV]]. | |||
Mrs Constantina Spanoude joined the [[Cyprus Neuroscience and Technology Institute]] in June 2013 as member of the IT Team. Her primary task is to develop mathematical and software solutions for ISM algorithms for the third generation Cogniscope and for the scale-up applications. Her tasks are also related to the development of various educational software, web applications and mobile learning modules for iOS and Android environments. | |||
She currently works at [Ekkotek High-tech business incubator], which operates as the technology partner and technology transfer office of [[Future Worlds Center]]. Her main contribution includes apps' development for harnessing the [http://en.wikipedia.org/wiki/Collective_intelligence Collective Intelligence] and [http://en.wikipedia.org/wiki/Collective_wisdom Collective Wisdom] of groups to solve real world problems. | |||
__TOC__ | |||
== | ==<font color="#D64C42">Short Bio</font>== | ||
Constantina holds a M.Sc. (June 2012) in Computer Science and a B.Sc. (June 2009) in Mathematics both from the [http://www.ucy.ac.cy/en/ University of Cyprus]. She is competent with various programming languages including Java, C, C++, C#, Matlab, Fortran, Livecode and she has extensive knowledge in Applied Mathematics and [http://en.wikipedia.org/wiki/Scientific_computing Scientific Computing]. She has experience in using:<br> | |||
* Windows, Unix / Linux, Mac OS | |||
* Microsoft Visual Studio 2013 (ASP.NET, C#) | |||
* Eclipse plugin for Android Developers | |||
* OPNET Modeler network simulator | |||
* Oracle Designer (ERD, DFD & Function Hierarchy Diagrammer) | |||
* MIPS Assembly Language and VHDL with Xilinx ISE 9.1i WebPack | |||
* WEKA 3 toolkit (Data Mining Software in Java) | |||
* Promela (PROcess MEta LAnguage) | |||
* The model-checker SPIN (Simple Promela INterpreter) | |||
She has also some experience with HTML, PHP, openGL and Relational Language DBs (SQL, MySQL). | |||
<br> | |||
==<font color="#D64C42">Projects</font>== | |||
1. Development of [[eTPCK web application|eTPCK moodle-style web application]] for educational purposes, grounded on the [[eTPCK Method]].<br> | |||
2. Implementation of ISM algorithm in several programming languages and platforms (i.e. C# .net, LiveCode, e.t.c.)<br> | |||
3. Development of "Cogniscope Wisdom Summator" tool in LiveCode<br> | |||
4. Implementation of [http://newsletters.livecode.com/october/issue158/newsletter2.php Matrix ReCoded] Library for Matrices in LiveCode | |||
<br> | |||
==<font color="#D64C42">Research</font>== | |||
'''MASTER THESIS:<br>“Implementation and experimental analysis of Asynchronous Distributed Gossip Algorithms”''' | |||
<br>Includes:<br> | |||
}} | * Study of the complexity of gossip in an asynchronous, message-passing fault-prone distributed system through two different algorithms – called EARS and SEARS – which encompass different trade-offs between time and message complexity. | ||
* Implementation of these algorithms using YALPS, an open-source Java library designed to facilitate the development and testing of distributed applications. | |||
* Experimental Evaluation of the algorithms; figures and statements of results taken after testing the algorithms both in simulation and in real-world mode. Experiments in real-world mode have been executed on a global research network called PlanetLab. | |||
<br> | |||
'''MATHS RESEARCH:<br>“Axisymmetric Poiseuille Flow of Newtonian fluid under pressure-dependent viscosity”''' | |||
<br>Includes:<br> | |||
* Study of Poiseuille flow in a cylindric tube under pressure-dependent viscosity; Continuity equation, momentum equation and velocity components for this incompressible flow. | |||
* Isolines, two-dimensional line plots and three-dimensional shaded surface showing the evolution of velocity, using Matlab Language | |||
<br> | |||
==<font color="#D64C42">Publications</font>== | |||
1. [http://newsletters.livecode.com/october/issue158/newsletter2.php REV Up newsletter October 4th, 2013] | |||
2. [http://newsletters.livecode.com/december/issue163/newsletter3.html REV Up newsletter December 13th, 2013] | |||
<br> | |||
[[Category:Past Associates]] | |||
[[Category:Software and Systems Developer]] | |||
<br> | |||
==Videos== | |||
{{Youtube tn|RApVOUq-Yq4}} | |||
