Univerza na Primorskem Fakulteta za matematiko, naravoslovje in informacijske tehnologije
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Ponedeljkov seminar računalništva in informatike - Arhiv

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petek, 29. november 2019 Raffaele DE AMICIS: Human Centric Immersive Environments.Challenges and perspectives.

V ponedeljek, 2. decembra 2019, bo ob 16.00 v prostorih Fakultete za matematiko, naravoslovje in informacijske tehnologije Univerze na Primorskem (Glagoljaška 8, Koper) predavanje v okviru PONEDELJKOVEGA SEMINARJA RAČUNALNIŠTVA IN INFORMATIKE Oddelkov za Informacijske znanosti in tehnologije UP FAMNIT in UP IAM.

ČAS/PROSTOR: 2. december 2019 ob 16.00 v FAMNIT-VP2

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PREDAVATELJ: Raffaele DE AMICIS

Raffaele De Amicis is an Associate Professor, at the School of Electrical Engineering & Computer Science at Oregon State University. He received his Ph.D. in Design and Methods of Industrial Engineering at the Faculty of Engineering, University of Bologna, Italy. From 1999 to 2003, he was a research fellow at the Fraunhofer Institute for Computer Graphics in Darmstadt, Germany and senior researcher at the at the Technical University of Darmstadt. Before arriving at Oregon State University, he was the Managing Director of GraphiTech, Center for Advanced Computer Graphics Technologies in Trento, Italy, where he was recognized for leadership in science, technology, and innovation. Dr. De Amicis’ research focuses on the possibilities provided by Mixed Reality technologies in the area of design, creativity, and analytics. He has managed and delivered complex research projects, applied immature technologies, and mitigate associated risks. He has been the PI of several multidisciplinary projects contracted or funded by the European Commission, the North Atlantic Treaty Organization, governmental agencies and industry with an overall budget of 47 million Euros. As Vice-President of the Board of Directors at GraphicsMedia.net, Dr. De Amicis has developed strong competencies in how to build and manage successful multinational organizations. In this context, he has established strong linkages to diverse Academic and Research Institutes, both at the national and international level. During his career, he has developed strong academic outreach and collaborations with leading universities, industry, and community partners.

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NASLOV: Human Centric Immersive Environments. Challenges and perspectives.

POVZETEK:

Over the last few years, disciplines such as Virtual & Augmented Reality, Computer Aided Design, and Human Factors, have undergone a profound evolution essentially driven by ever-increasing computational power and by availability of new hardware and software technologies.  Arbitrary shaped non‐flat displays, portable augmented reality glasses, micro-projection units, portable marker-less gesture tracking systems, increasingly accurate biometric sensors, and brain-machine interfaces are becoming commodities. Previously, these technologies, were only available in “Big” research labs, but are now entering the mainstream market causing a profound paradigm shift for the general public level. This means not only adapting old interaction schemas but it will call for the development of brand new interaction mechanisms that can account for complex technological ecosystem issues.
In his talk, Dr. De Amicis will present his research on how users perceive, understand, and interact with real and digital objects during an immersive experience. First, he will discuss some of the results achieved concerning the design of a multimodal experience combining sketches, gestures, and speech, to accomplish design tasks in different contexts, ranging from lightweight near-to-the-eye displays, to large-scale displays and immersive environments. He will also present his research on the design of geo-intelligent complex visualization systems and products and related services, addressing aspects such as interactive spatial data infrastructure, context awareness, and highly dynamic interaction. The second part of his talk will be devoted, to describing his current and future research plan on how Mixed Reality, allows the interaction with hybrid space with varying degrees of interaction allowing the user to enter a highly effective information environment which heightens data awareness and understanding.

Predavanje bo v angleškem jeziku.


petek, 22. november 2019 Nevena PIVAČ: On the Graph Search Trees

V ponedeljek, 25. novembra 2019, bo ob 16.00 uri v prostorih Fakultete za matematiko, naravoslovje in informacijske tehnologije Univerze na Primorskem, Glagoljaška 8, Koper
predavanje v okviru PONEDELJKOVEGA SEMINARJA RAČUNALNIŠTVA IN INFORMATIKE
Oddelkov za Informacijske znanosti in tehnologije UP FAMNIT in UP IAM.

ČAS in PROSTOR:  25. november 2019 ob 16.00 v FAMNIT-VP2

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PREDAVATELJICA: Nevena PIVAČ
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Nevena Pivač is a student of two study programs: MSc in Computer Science and PhD in Mathematics, at UP FAMNIT. She is doing PhD under the supervision of full professor Martin Milanič and is employed as a young researcher at Institute Andrej Marušič. Her research topics include structural and algorithmic graph theory, combinatorial optimization, and mathematical modeling using integer linear programing.

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NASLOV: On the Graph Search Trees
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POVZETEK:

Graph searches and the corresponding search trees can exhibit important structural properties and are used in various graph algorithms. We present various graph search algorithms, such as breadth first search (BFS), depth first search (DFS), their lexicographic versions (LBFS, LDFS), maximal neighborhood search (MNS) and maximum cardinality search (MCS). The problem of deciding whether a given spanning tree of a graph is a search tree of a particular search on this graph was introduced by Hagerup and Nowak in 1985, and independently by Korach and Ostfeld in 1989 where the authors showed that this problem is efficiently solvable for DFS trees. We show that the search tree problem is polynomial-time solvable for LDFS, in contrast to LBFS, MCS, and MNS, where we show the NP-completeness.
Joint work with Jesse Beisegel, Carolin Denkert, Ekkehard Kohler, Matjaž Krnc, Robert Scheffler, and Martin Strehler.

Predavanje bo potekalo v angleškem jeziku.


petek, 15. november 2019 Vlado STANKOVSKI: Fog Computing for Smart Services and Applications

V ponedeljek, 18. novembra 2019, bo ob 16. uri v prostorih Fakultete za matematiko, naravoslovje in informacijske tehnologije Univerze na Primorskem (Glagoljaška 8, Koper) predavanje v okviru PONEDELJKOVEGA SEMINARJA RAČUNALNIŠTVA IN INFORMATIKE Oddelkov za Informacijske znanosti in tehnologije UP FAMNIT in UP IAM.

ČAS in PROSTOR: 18. november 2019 ob 16.00 v FAMNIT-VP2

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PREDAVATELJ: Vlado STANKOVSKI

Vlado Stankovski, PhD, is associate professor at the University of Ljubljana. He has over 15 years experience with Grid and Cloud Computing, Distributed Systems, Semantics, Software Engineering, Machine Learning, and Data Mining technologies. His current interests are in Blockchain applications in these domains. He began his career in 1995 as Consultant and later as Project Manager with the Fujitsu-ICL Corporation in Prague. From 1999-2003 he worked as a researcher at the University Medical Centre in Ljubljana. From 2003 he is employed at UL. Dr. Stankovski has experience in software integration, and has worked with various middleware technologies in the course of the past 10+ years. He has been involved in various EU projects including the FP6 DataMiningGrid project (2004-2006), InteliGrid (2004-2007), FP7 mOSAIC (2011-2013), H2020 SWITCH (2015-2018), H2020 ENTICE (2015-2018) and currently the DECENTER (2019-2021) project. At the moment, he also contributes to the Software Engineering cluster of Horizon 2020 projects.

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NASLOV: Fog Computing for Smart Services and Applications

The quadrumvirate technologies – Internet of Things (IoT), Artificial Intelligence (AI), Cloud and Blockchain are currently converging with the aim to facilitate numerous new smart services and applications. They are the substrate of Fog computing. Fog computing is an architecture that uses edge devices to carry out a substantial amount of computation, storage, communication locally and thus addresses the requirements of Big Data pipelines, which start at the Edge of the computing network and may run across multiple computing tiers up to various public or private Cloud providers. With Big Data pipelines implemented by means of Fog computing it is increasingly possible to realise dependable smart environments. As its application potential is vast, the industrial interest is immense. The DECENTER (https://www.decenter-project.eu/) EU-Korean project currently develops a new Fog Computing platform that will support various smart applications. The talk will focus on the use cases, design and architecture of DECENTER.

Predavanje bo v angleškem jeziku.


četrtek, 7. november 2019 Jan VČELÁK: Wireless communication technologies for IoT

V ponedeljek, 11. novembra 2019, bo ob 16. uri v prostorih Fakultete za matematiko, naravoslovje in informacijske tehnologije Univerze na Primorskem (Glagoljaška 8, Koper) predavanje v okviru PONEDELJKOVEGA SEMINARJA RAČUNALNIŠTVA IN INFORMATIKE Oddelkov za Informacijske znanosti in tehnologije UP FAMNIT in UP IAM.

ČAS in PROSTOR: 11. november 2019 ob 16.00 v FAMNIT-VP2

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PREDAVATELJ: Jan VČELÁK

Jan Včelák, Ing., PhD,  in period 2014–2019 department head in CTU – University Centre for Energy Efficient Buildings, department for monitoring and intelligent control. He is a lecturer in CTU – subjects Data Acquisition and Transfer BE3M38SPD. His expertise is mainly in sensor networks design including IoT and WSN, sensor design for special purposes, and complex sensor systems covering data acquisition, transmission, processing and presentation. As a postdoc researcher, he was a team leader in microsystems group in Tyndall NI (Cork, Ireland).
His tasks at CTU are mainly in coordination of R&D activities and project management. He is a coordinator of several research projects in the field of IoT sensor design, renewable energy sources, energy storage as well as microgrid design. He is author of several impacted publications, patents and utility models in Czech Republic as well as in USA. In the field of SmartCity his focus is in micro grids, renewable energy sources usage and electromobility integration in buildings energy systems.

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NASLOV: Wireless communication technologies for IoT

The three most used IoT LPWANs will be introduced in the presentation – UNB Sigfox, LoRaWAN, NB-IoT together with their properties, limitations and features. LoRaWAN wireless network will be shown in detail. Tools and SW platforms to build own LoRaWAN infrastructure will be shown together with HW implementation on sensor side and administration of devices and gateways.

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Predavanje bo v angleškem jeziku.


ponedeljek, 4. november 2019 Jože Rožanec: Predstavitev štipendij ASEF za raziskovanje v tujini

V ponedeljek, 4. novembra 2019, bo ob 16. uri v prostorih Fakultete za matematiko, naravoslovje in informacijske tehnologije Univerze na Primorskem (Glagoljaška 8, Koper) predavanje v okviru PONEDELJKOVEGA SEMINARJA RAČUNALNIŠTVA IN INFORMATIKE Oddelkov za Informacijske znanosti in tehnologije UP FAMNIT in UP IAM.

ČAS in PROSTOR: 4. november 2019 ob 16.00 v FAMNIT-VP2

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PREDAVATELJ: Jože ROŽANEC

Jože Rožanec je diplomirani inženir na področju računalništva. V teku svoje kariere je pridobil izkušnje v raznih mednarodnih podjetjih. Leta 2016 je opravil raziskovalni obisk na Univerzi UC Berkeley v okviru štipendij ASEF, da je nadgradil znanje na področju umetne inteligence. Sedaj opravlja doktorat na Mednarodni podiplomski šoli Jožefa Stefana na področju strojnega učenja.

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NASLOV: Predstavitev štipendij ASEF za raziskovanje v tujini

ASEF (American Slovenian Education Foundation) je neprofitna izobraževalna organizacija, ki vsako leto podeli štipendije slovenskim študentom, da opravijo 10 tedenski raziskovalni obisk na najboljših univerzah v ZDA in po svetu. Predstavili bomo organizacijo, štipendije, kako se uspešno prijaviti, ter odgovorili na potrebna vprašanja.

Predavanje bo tokrat v slovenskem jeziku.