AIEEE Conference Program

 

31st of May, 2024 (Friday) 

Vidzeme University of Applied Sciences, Tērbatas iela 10, Valmiera, Latvia

 

Workshop Opening, 13.00–13.10

Andrejs Romanovs, Assoc Prof Dr, Riga Technical University

IEEE SM, AIEEE General Co-Chair, IEEE Latvia Section

Arnis CīrulisAssoc Prof Dr, Vidzeme University of Applied Sciences

Dalius Navakauskas, Prof Dr, IEEE SM, Vilnius Gediminas Technical University

IEEE SM, AIEEE General Co-Chair, IEEE Lithuania Section

 

Keynote Speech, 13.10–14.00

1. Building resilient space exploration missions

Mike Hinchey, Prof Dr, University of Limerick, Ireland

IEEE Region 8 Director-Elect

2. Forest Resonance Model: A Novel Forest-Inspired Approach to Microwave Antenna Signal Strength Estimation

Rytis Maskeliunas, Prof Dr, Kaunas University of Technology

Robertas Damasevicius, Prof Dr, Silesian University of Technology

 

 

Oral Session A, 14.00–15.45

Session Co-Chairs:

Anna Litvinenko, Prof Dr

Riga Technical University, Latvia

Darius Plonis, Prof Dr

Vilnius Gediminas Technical University, Lithuania

 

1. Conceptual Model of Control Reliability and Safety for Integrated Maritime Navigation through Cognitive Route Simulation

Rufat Alizada (Riga Technical University); Vladimir Beliaev (Riga Technical University)*; Roberts Grants (Riga Technical University); Igors Utesevs (Riga Technical University); Anastasija Ziravecka (Anastasija.Ziravecka@Riga Technical University.lv); Andrejs Romanovs (Riga Technical University)

2. Real Time Uplink Video Streaming over 4G and 5G: QoE and Network Metrics Dataset

Darius Chmieliauskas (Vilnius Gediminas Technical University)*; Šarūnas Paulikas (Vilnius Gediminas Technical University)

3. Artificial Fish-Eye Image Augmentation Approach for CNN Based Object Detection

Māris Broks (University of Latvia)*; Jevgēnijs Teličko (University of Latvia); Andris Jakovičs (University of Latvia)

4. Enhancing Keypoint Detection in Thermal Images: Optimizing Loss Function and Real-time Processing with YOLOv8n-Pose

Gabriela Vdoviak (Vilnius Gediminas Technical University)*; Tomyslav Sledevic (Vilnius Gediminas Technical University)

5. Review on Application of Vision Transformers in IoT Edge Devices for Plant Sensor Measurement Forecasting

Arturs Kempelis (Riga Technical University)*; Andrejs Romanovs (Riga Technical University); Antons Patlins (Riga Technical University)

6. Change in the Spectrum of Electromagnetic Radiation of the Electric Propulsion System of a UAV under Conditions of Forced Flight Stabilization

Tomas Jačionis (Vilnius Gediminas Technical University)*; Vytautas Urbanavicius (Vilnius Gediminas Technical University)

7. Improving Communication Efficiency in IoT-based Federated Machine Learning Systems Using Software Defined Networks 

Ints Meijers (Riga Technical University)*; Mihails Fraimans (Riga Technical University); Aigars Riekstiņš (Riga Technical University)

 

 

Coffee break 15.45-16:45

Poster Session, 15.45-16:45

 

Session Co-Chairs:

Andrejs Romanovs, Assoc Prof Dr

Riga Technical University, Latvia

Dalius Navakauskas, Prof Dr

Vilnius Gediminas Technical University, Lithuania

Arnis CīrulisAssoc Prof Dr

Vidzeme University of Applied Sciences, Latvia

 

1. Extremum-seeking adaptive controllers for energy efficient unmanned aerial vehicles

Vladimir Beliaev (Riga Technical University)*; Igors Utesevs (Riga Technical University); Roberts Grants (Riga Technical University); Martins Bisenieks (Riga Technical University); Anastasija Ziravecka (Riga Technical University); Jelena Caiko (Riga Technical University)

2. Digital Twin Technology in Healthcare: A Literature Review

Marta Narigina (Riga Technical University)*; Andrejs Romanovs (Riga Technical University)

3. Extension of SBOM Towards IoT Security

Kristaps Felzenbergs (Vidzeme University of Applied Sciences)*; Ginta Majore (Vidzeme University of Applied Sciences); Linas Bukauskas (Vilnius University)

4. Dynamic Wireless Power Transfer System for Multiple Automated Guided Vehicles

Aleksandrs Sokolovs (Riga Technical University); Deniss Stepins (Riga Technical University)*; Janis Zakis (Riga Technical University)

5. Leveraging the IPv6 Flow Label for Enhanced Routing and Security in High-Performance Context-Aware Systems

Ints Meijers (Riga Technical University)*

6. Full Body Imaging and High-Resolution Automatic 3D Mapping Systems for Medical Application

Jurijs Salijevs (Riga Technical University)*; Katrina Bolocko (Riga Technical University)

7. Investigation of Time Series Data Augmentation Methods for Improving Deep Learning Models in Conveyor Belt Load Classification

Tadas Žvirblis (Vilnius University)*; Armantas Pikšrys (Vilnius University); Mirosław Rucki (Kazimierz Pulaski University of Technology and Humanities in Radom); Artūras Kilikevičius (Vilnius Gediminas Technical University)

8. Development of a new server-to-server communication security approach

Giacomo Leopizzi (Riga Technical University)*; Andrejs Romanovs (Riga Technical University)

9. An Efficient Human Walking vs. Running Activity Recognition Exploring Small-Scale Dynamic Neural Networks

Martynas Dumpis (Vilnius Gediminas Technical University)*; Dalius Navakauskas (Vilnius Gediminas Technical University)

10. Private distributed IoT network for the monitoring of the electrical systems

Raimondas Pomarnacki (Vilnius Gediminas Technical University); Darius Plonis (Vilnius Gediminas Technical University)*; Robertas Ūselis (Vilnius Gediminas Technical University)

11. Experimental Evaluation of Wide Input Voltage Range Step-Down DC-DC Converters and Controllers

Lukas Šalavėjus (Vilnius Gediminas technical university)*

12. Threat Scenario Generation for IEC104 Cyber Defense

Heinrihs Skrodelis (Riga Technical University)*; Andrejs Romanovs (Riga Technical University)

13. Optimal Frequency-Spreaded Signal Forming for Wireless Power Transfer

Janis Eidaks (Riga Technical University)*; Romans Kusnins (Riga Technical University); Deniss Kolosovs (Riga Technical university); Ruslans Babajans (Riga Technical University); Darja Cirjulina (Riga Technical University); Kristaps Gailis (Riga Technical University); Dmitrijs Pikulins (RIGA TECHNICAL UNIVERSITY)

14. A Compact Symmetric Four-Coil Uniform Magnetic Field Generating System for Biological Studies

Romans Kusnins (Riga Technical University)*

15. Assessing and Forecasting TensorFlow Lite Model Execution Time in Different Platforms

Henrikas Giedra (Vilnius Gediminas Technical University)*; Dalius Matuzevicius (Vilnius Gediminas Technical University)

16. Development of Fast DC Bus Cascaded Voltage Controller for Supercapacitor Energy Storage System

Kaspars Kroics (Riga Technical University)*; Kristiāns Gaspersons (Riga Technical University)

17. Convergence approach for electricity balancing information system delivery

Bohdan Haidabrus (Riga Technical University)*; Jānis Grabis (Riga Technical University)

18. Provision of multiuser capabilities for virtual reality environments

Zintis Erics (Vidzeme University of Applied Sciences); Arnis Cirulis (Vidzeme University of Applied Sciences)*

 

Oral Session B, 16.45–19.00

Session Co-Chairs:

Ilja Galkins, Prof Dr

Riga Technical University, Latvia

Vytautas Urbanavicius, Prof Dr

Vilnius Gediminas Technical University, Lithuania

 

1. TFI-AMR: A Transformer-based Forest-Inspired Approach for Automatic Modulation Recognition in Wireless Communication

Robertas Damaševičius (Vytautas Magnus University); Darius Plonis (Vilnius Gediminas Technical University)*; Rytis Maskeliunas (Silesian University of Technology)

2. Creation of virtual reality experiences for the web: shader programming for artists

Alvis Misjuns (Vidzeme University of Applied Sciences); Arnis Cirulis (Vidzeme University of Applied Sciences)*

3. Zero Shot Classification for Change Detection in Satellite Imaginary

Kürşat Kömürcü (Vilnius University, Vilnius Tech AGAI)*; Linas Petkevicius (Vilnius University)

4. Experimental Validation of RGB Dataset Analysis for Distribution System Operator Infrastructure Inspections

Diana Gauce (Riga Technical University)*; Anna Litvinenko (Riga Technical University)

5. Deep autoencoder model for hypoid gear fault diagnosis with dynamic torque and rotation speed

Tadas Žvirblis (Vilnius University)*; Viktor Skrickij (Vilnius Gediminas Technical University); Artūras Kilikevičius (Vilnius Gediminas Technical University)

6. Design of an AI-driven office building electricity balancing platform

Jānis Kampars (Riga Technical University)*; Guna Soloveja (Tet); Jānis Grabis (Riga Technical University); Toms Stālmans (Idea Bits Latvia); Viesturs Pavlovs (Riga Technical University)

7. Evaluation and Optimization of Texture Extraction and Reconstruction for 3D Eyewear Modeling from Single RGB Images

Ervinas Gisleris (Vilnius Gediminas Technical University)*; Artūras Serackis (Vilnius Gediminas Technical University)

8. Optimal Frequency-Spreaded Signal Forming for Wireless Power Transfer

Deniss Kolosovs (Riga Technical university)*; Anna Litvinenko (Riga Technical University)

9. Cutting-Edge Anomaly Detection for Predictive Maintenance: Integrating IoT and Machine Learning

Robertas Ūselis (Vilnius Gediminas Technical University); Raimondas Pomarnacki (Vilnius Gediminas Technical University); Artūras Serackis (Vilnius Gediminas Technical University)*

10. Design and Validation of Reconfigurable Reflectarray for Sub-GHz Wireless Power Transfer

Janis Eidaks (Riga Technical University)*; Kristaps Gailis (Riga Technical University); Romans Kusnins (Riga Technical University); Darja Cirjulina (Riga Technical University); Ruslans Babajans (Riga Technical University); Deniss Kolosovs (Riga Technical University); Dmitrijs Pikulins (Riga Technical University)

 

 

Workshop closure, 19.00–19.10

Dalius Navakauskas, Prof Dr, IEEE SM, Vilnius Gediminas Technical University

IEEE SM, AIEEE General Co-Chair, IEEE Lithuania Section

 

Administrative sessions

AIEEE OrgCom/Treasurers Meeting, 14.00–15.45

 

Gala dinner & Awards ceremony
 
20.00–22.30, Restorāns Vecpuisis, Leona Paegles iela 10, Valmiera

 

Welcome warmly all AIEEE participants!

 

– 1st of June, 2024 (Saturday)

Social program

Valmieras muzejs: de Woldemer, Bruiņinieku iela 1, Valmiera
 
10.00–12.00 

Valmiermuiža Tour – Dzirnavu iela 2, Valmiermuiža

 

Welcome warmly all AIEEE participants!