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Supervisor
|
Title
|
Type
|
Topic
|
1 |
1 |
Anastas Mishev |
Formal methods in software testing |
M |
Software quality and testing
|
2 |
Anastas Mishev |
Green HPC |
M |
High performance computing; Green computing
|
3 |
Anastas Mishev |
Automated test case generation |
UG |
Software testing |
2 |
1 |
Danco Davcev |
Intelligent management of sensor data in the cloud |
M |
Sensor data; Intelligent algorithms for data processing
|
2 |
Danco Davcev |
Multimedia content delivery according to the user profiles in distance learning systems |
M/UG |
Multimedia content; User profile; Distance learning; QoE; QoS; Mobile devices
|
3 |
Danco Davcev |
Environmental, medical and social networks data for decision support health systems |
M |
Health decision support systems; Environmental sensor and medical data; Social networks; Cloud processing of large data sets |
3 |
1 |
Dejan Gjorgjevikj |
Co-authorship prediction based on peers similarity |
M |
Data mining; Pattern recognition; Machine learning; Complex networks
|
2 |
Dejan Gjorgjevikj |
Static and dynamic analisys of source code |
M/UG |
Software engineering; Computer education; SaaS; Cloud computing
|
3 |
Dejan Gjorgjevikj |
Code execution visualization and web based debugging |
M/UG |
Software engineering; Computer education; SaaS; Cloud computing |
4 |
1 |
Dimitar Trajanov |
Semantic sky |
M/UG |
Semantic web; Office development; Web services
|
2 |
Dimitar Trajanov |
Enterprise knowledge management |
M/UG |
Semantics; Enterprise data; Linked data; Open data; Access control; Visualization
|
3 |
Dimitar Trajanov |
Semantic HDL IP cores search engine |
M/UG |
Hardware description language; Semantic web |
5 |
1 |
Gjorgji Madjarov |
Text recognition and translation by using mobile camera |
UG |
Pattern recognition; Machine learning; Image processing
|
2 |
Gjorgji Madjarov |
Recognizing hand gestures with Microsoft's Kinekt |
UG |
Pattern recognition
|
3 |
Gjorgji Madjarov |
Automatic tag generation and suggestion methods |
M |
Pattern recognition |
6 |
1 |
Goce Armenski |
e-Commerce through social networks |
M |
Internet; Web technologies; e-Business; e-Commerce;
|
2 |
Goce Armenski |
Digital content for e-Assessment |
M |
e-Learning; e-Assessment
|
3 |
Goce Armenski |
e-Government interoperability |
M |
e-Government; System interoperability; Cloud; Data exchange |
7 |
1 |
Igor Mishkovski |
Foursquare data visualization layer |
UG |
Data visualization
|
2 |
Igor Mishkovski |
Influence spreading, consensus and synchronization in multiplex networks |
M |
Network science; Dynamics in complex networks
|
3 |
Igor Mishkovski |
VoD peer-assisted streaming in managed networks |
M |
Networks; Multimedia |
8 |
1 |
Igor Trajkovski |
Information extraction from the Web |
M |
Natural language processing; Machine learning
|
2 |
Igor Trajkovski |
Text clustering |
UG |
Natural language processing; Machine learning
|
3 |
Igor Trajkovski |
Text classification |
UG |
Natural language processing; Machine learning |
9 |
1 |
Ivan Chorbev |
Assisted living technologies |
M/UG |
Implementation of ICT in assisted living
|
2 |
Ivan Chorbev |
Personal federated search |
M |
Information search and retrieval
|
3 |
Ivan Chorbev |
Modules of ERP system |
UG |
Broader area of interest that the project falls into |
10 |
1 |
Ivica Dimitrovski |
Face recognition for mobile phones |
UG |
Image processing; Machine vision; Machine learning
|
2 |
Ivica Dimitrovski |
Smartphone-based automatic licence plate recognition |
UG |
Image processing; Machine vision; Machine learning
|
3 |
Ivica Dimitrovski |
Scalable concept image annotation |
M |
Image processing; Machine vision; Machine learning |
11 |
1 |
Katerina Zdravkova |
Amazing counting |
UG |
Educational software; Multimedia design
|
2 |
Katerina Zdravkova |
Bilingual phraseological dictionary |
M/UG |
Natural language processing; Machine learning
|
3 |
Katerina Zdravkova |
Question answering system (QAS) |
M |
Natural language processing; Information retrieval |
12 |
1
|
Lasko Basnarkov
|
Neuron clusters
|
M/UG
|
Computational neuroscience
|
2 |
Lasko Basnarkov |
Localization in networks of mobile nodes |
M/UG |
Sensor networks |
3 |
Lasko Basnarkov |
Game theory on networks |
M/UG |
Game theory; Complex networks |
13 |
1 |
Ljupco Kocarev |
Inferring network structure |
M |
Network science
|
2 |
Ljupco Kocarev |
Inferring the dynamics of the processes that take place on networks |
M |
Network sicence
|
3 |
Ljupco Kocarev |
Improving probability of detection of a target by data fusion from network sensors |
M |
Network science |
14 |
1 |
Marija Mihova |
Short film production |
UG |
Multimedia technology
|
2 |
Marija Mihova |
Analyzing and modeling of dances |
M |
Mathematical modeling
|
3 |
Marija Mihova |
Algorythms for reliability calculation for transportation systems |
M |
Algorithms and complexity |
15 |
1 |
Marjan Gushev |
Benchmarking cloud services |
M |
High performance computing; Cloud computing
|
2 |
Marjan Gushev |
Develop interoperability cloud solutions |
M |
High performance computing; Cloud computing
|
3 |
Marjan Gushev |
Developing e-Education SaaS solutions using interactive images |
M |
High performance computing; Cloud computing |
16 |
1 |
Nevena Ackovska |
Modeling emotions using valuable features |
M |
Emotional robotics
|
2 |
Nevena Ackovska |
Modeling information processing in living beings |
M |
Biosystems; Modeling of living beings
|
3 |
Nevena Ackovska |
Interfaces for target groups with special needs |
UG |
Human-computer interaction |
17 |
1 |
Sashko Ristov |
Modeling the performance of secured cloud application and data |
M |
Cloud computing; Security; Performance
|
2 |
Sashko Ristov |
Cloud load balancer and resource broker |
M |
Cloud computing; Performance
|
3 |
Sashko Ristov |
Cloud HPC online laboratory |
M |
Cloud computing; Education; HPC |
18 |
1 |
Slobodan Kalajdziski |
Evaluating different data mining algorithms |
UG |
Data mining; Databases
|
2 |
Slobodan Kalajdziski |
Protein function prediction |
M |
Bioinformatics; Data mining
|
3 |
Slobodan Kalajdziski |
Knowledge discovery in nutritional data |
M |
Knowledge discovery in data; Nutrition |
19 |
1 |
Smile Markovski |
Boolean functions |
UG |
Theoretical computer science; Switching theory; Cryptography; Hardware design
|
2 |
Smile Markovski |
Hash functions |
UG |
Cryptography; Theoretical computer science;
|
3 |
Smile Markovski |
Authenticated ciphers |
M |
Cryptography |
20 |
1 |
Smilka Janevska Sarkanjac |
Behavioral attribute driven system for smart targeting |
M |
Internet marketing; Ad servers; Smart targeting
|
2 |
Smilka Janevska Sarkanjac |
Election candidate fuzzy muti-agent recomender system |
M |
Recommender systems; Fuzzy logic; e-Democracy
|
3 |
Smilka Janevska Sarkanjac |
Ad server platforms |
UG |
Internet marketing |
21 |
1 |
Sonja Filiposka |
3D mobility models using GIS |
M/UG |
Simulation and modeling
|
2 |
Sonja Filiposka |
SDN implementation using NaaS |
M/UG |
Software defined networking; Cloud computing;
|
3 |
Sonja Filiposka |
Network modeling and performances |
M/UG |
Networks; Simulation; Modeling; Performances; Complex networks |
22 |
1 |
Sonja Gievska |
Predicting user personality based on lexical analysis of user's Facebook data |
M |
Intelligent systems; Social network analysis; Big data analysis
|
2 |
Sonja Gievska |
Multi-agent simulation of pedestrian mobility |
M |
Multi-agent sustems; Simulation; Urban mobility
|
3 |
Sonja Gievska |
Affective analysis of user-generated text and speech |
M |
Affective interaction; Emotion classification |
23 |
1 |
Suzana Loshkovska |
Gaze-based interaction for mobile devices |
M |
Human-computer interaction
|
2 |
Suzana Loshkovska |
Evaluation of different visualization techniques for hierarchical data using a reference data set |
M |
Visualization
|
3 |
Suzana Loshkovska |
Simplified Chernoff faces for visualization statistical data on mobile devices |
UG |
Visualization |
24 |
1 |
Verica Bakeva |
Gambling and data compression |
UG |
Information theory
|
2 |
Verica Bakeva |
Gaussian channel |
UG |
Information theory
|
3 |
Verica Bakeva |
Markov chains and queuing theory |
UG |
Information theory |
25 |
1 |
Vesna Dimitrievska Ristovska |
Runge-Kutta methods and their graphics presentation |
UG |
Numerical analysis
|
2 |
Vesna Dimitrievska Ristovska |
Quadrature methods based on interpolating functions |
UG |
Numerical analysis
|
3 |
Vesna Dimitrievska Ristovska |
Quasi-random sobol sequences |
UG |
Uniform distribution of sequences
|
4 |
Vesna Dimitrievska Ristovska |
Software simulations for obtaining 2- and 3-dimensional Erdosh-Turan-Koksma inequality for some tips of diaphones |
M |
Uniform distribution of sequences
|
5 |
Vesna Dimitrievska Ristovska |
About the mean-suquare error of the integration in the Korobov spaces |
M |
Uniform distribution of sequences
|
6 |
Vesna Dimitrievska Ristovska |
About the relation between the mean-square error of the integration and some tips of diaphonies in the Korobov spaces |
M |
Uniform distribution of sequences |
26 |
1 |
Vesna Dimitrova |
Cryptographic properties of quasigroups and their practical applcations |
M/UG |
Quasigroups; Cryptographic properties of quasigroups; Design of some cryptographic primitives based on quasigroups
|
27 |
1 |
Vladimir Trajkovik |
Location based mobile services |
UG |
Mobile application development
|
2 |
Vladimir Trajkovik |
Embedded systems optimization techniques |
UG |
Embedded systems design
|
3 |
Vladimir Trajkovik |
Just in time learning |
UG |
Just in time learning |