Projekto naujienos

We are very pleased to welcome our colleagues – young scientists and researchers to the 10th IEEE Jubilee Workshop on Advances in Information, Electronic and Electrical Engineering (AIEEE), held in Vilnius, Lithuania, 27 – 29 April 2023.

The technology is progressing and exploring new horizons, fundamentally transforming our society in recent decades. The AIEEE annual meeting offers a unique opportunity to gather and network with colleagues from Information, Electronic and Electrical Engineering fields of science in an effort to promote and encourage cross-fertilization of ideas and tools. The attendees of current issue of the workshop during two oral sessions discuss and in a poster session present the latest advances in information and computer technologies, audio and image processing, automatic control, robotics, telecommunications, cloud computing, information systems, system security, modeling and performance, e-commerce and e-governance, cyber-physical systems, next generation computing, wireless sensor networks, internet and web applications, and a range of other exciting topics about the way that modern engineering technologies are poised to change everyday lives.

AIEEE’2023 is organized and sponsored by Vilnius Gediminas Technical University, Riga Technical University, IEEE Lithuania and Latvia Sections. This year technical co-sponsorship was excellently done by Signal Processing/Computational Intelligence/Communications Society Joint Chapter; Antennas and Propagation / Electron Devices / Microwave Theory and Techniques (AP/ED/MTT) Joint Chapter; Education Society Chapter; Computer Society Chapter; Young Professionals Affinity Group from Lithuania and Power Electronic, Industrial Electronic and Industrial Application Societies Joint Chapter; Communications, Microwave Theory and Techniques, and Antennas and Propagation Societies Joint Chapter; Computer Society Chapter; Education Society Chapter from Latvia.

AIEEE’2023 is organized and sponsored by Vilnius Gediminas Technical University, Riga Technical University, IEEE Lithuania and Latvia Sections. This year technical co-sponsorship was excellently done by Signal Processing/Computational Intelligence/Communications Society Joint Chapter; Antennas and Propagation / Electron Devices / Microwave Theory and Techniques (AP/ED/MTT) Joint Chapter; Education Society Chapter; Computer Society Chapter; Young Professionals Affinity Group from Lithuania and Power Electronic, Industrial Electronic and Industrial Application Societies Joint Chapter; Communications, Microwave Theory and Techniques, and Antennas and Propagation Societies Joint Chapter; Computer Society Chapter; Education Society Chapter from Latvia.

We are very pleased to welcome our colleagues – young scientists and researchers to the 10th IEEE Jubilee Workshop on Advances in Information, Electronic and Electrical Engineering (AIEEE), held in Vilnius, Lithuania, 27 – 29 April 2023.

The technology is progressing and exploring new horizons, fundamentally transforming our society in recent decades. The AIEEE annual meeting offers a unique opportunity to gather and network with colleagues from Information, Electronic and Electrical Engineering fields of science in an effort to promote and encourage cross-fertilization of ideas and tools. The attendees of current issue of the workshop during two oral sessions discuss and in a poster session present the latest advances in information and computer technologies, audio and image processing, automatic control, robotics, telecommunications, cloud computing, information systems, system security, modeling and performance, e-commerce and e-governance, cyber-physical systems, next generation computing, wireless sensor networks, internet and web applications, and a range of other exciting topics about the way that modern engineering technologies are poised to change everyday lives.

AIEEE’2023 is organized and sponsored by Vilnius Gediminas Technical University, Riga Technical University, IEEE Lithuania and Latvia Sections. This year technical co-sponsorship was excellently done by Signal Processing/Computational Intelligence/Communications Society Joint Chapter; Antennas and Propagation / Electron Devices / Microwave Theory and Techniques (AP/ED/MTT) Joint Chapter; Education Society Chapter; Computer Society Chapter; Young Professionals Affinity Group from Lithuania and Power Electronic, Industrial Electronic and Industrial Application Societies Joint Chapter; Communications, Microwave Theory and Techniques, and Antennas and Propagation Societies Joint Chapter; Computer Society Chapter; Education Society Chapter from Latvia.

AIEEE’2023 is organized and sponsored by Vilnius Gediminas Technical University, Riga Technical University, IEEE Lithuania and Latvia Sections. This year technical co-sponsorship was excellently done by Signal Processing/Computational Intelligence/Communications Society Joint Chapter; Antennas and Propagation / Electron Devices / Microwave Theory and Techniques (AP/ED/MTT) Joint Chapter; Education Society Chapter; Computer Society Chapter; Young Professionals Affinity Group from Lithuania and Power Electronic, Industrial Electronic and Industrial Application Societies Joint Chapter; Communications, Microwave Theory and Techniques, and Antennas and Propagation Societies Joint Chapter; Computer Society Chapter; Education Society Chapter from Latvia.

Projekts “Rūpnieciskās interneta metodes elektroenerģijas pārveidotāju sistēmu monitoringam un diagnostikai (EMONDI)” ir viens no Baltijas pētniecības programmas projektiem, ko finansiāli atbalsta Eiropas Ekonomikas zonas (EEZ) granti no Islandes, Lihtenšteinas un Norvēģijas. Projekts izstrādāts mehānisko un elektrisko iekārtu (piemēram, vēja turbīnu, zobratu, ģeneratoru) veselības stāvokļa (health state) noteikšanai. Uzraudzība un novērošana (monitoring) tiek nodrošināta, apkopojot mērījumu datus datu glabāšanas mākoņa serverī, kur nepārtraukti darbojas un tiek uzlaboti digitālā dvīņa (Digital- Twin) un virtuālo sensoru (Virtual Sensor) matemātiskie modeļi. Izmantojot mākslīgā intelekta algoritmus, projekta ietvaros tiks pilnveidota modeļu atbilstība mehānisko un elektrisko iekārtu reālam stāvoklim. Šie modeļi ziņos par izmērītām parametru bīstamām tendencēm, kas ļaus novērst iekārtu fiziskus bojājumus. Projektā īsteno Viļņas Ģedimina tehniskās universitāte sadarbībā ar projekta partneriem: Tallinas tehnisko universitāti, Rīgas Tehnisko universitāti (RTU) un Adgeras universitāti no Norvēģijas. RTU projektā pārstāv Industriālās elektronikas un elektrotehnikas institūta pētnieki, kuru galvenie uzdevumi ir saistīti ar pašdiagnostikas algoritmu un kļūdu noturīgu (fault-tolerant) metožu izstrādi un ieviešanu energoelektronikas pārveidotājos. Līdz šim RTU pētnieki strādājuši pie projektam atbilstošās zinātniskās literatūras analīzes, uz kā pamata ir izveidoti vairāki zinātniskie raksti, tostarp zinātniskais raksts “Continuous Monitoring of Parasitic Elements in Boost Converter Circuit” kas izstrādāts un publicēts konferencei ECCA ASIA 2021( 2021 IEEE 12th Energy Conversion Congress & Exposition - Asia (ECCE-Asia).