Workshop 1 - Technical
|11:00 - 11:45
||Catch 22: Electric Vehicles and the Required Infrastructure
|11:45 - 12:30
||A vision of sustainable energy future:
A multi-energy concept of smart energy systems
|11:00 - 12:30
||MMORPG sci. & research
|11:00 - 12:30
||Nao robots play tic-tac-toe
|11:00 - 12:30
||Making of Radiona's donation box
You can register for the workshop here:
Catch 22: Electric Vehicles and the Required Infrastructure
Saturday, 11:00 - 12:30, A201
Vehicles have been almost exclusively run by the petroleum distillates ever since the introduction of modern
internal combustion engine in 1885. As a result, the personal vehicles are responsible for at least 10% of greenhouse
gas emissions worldwide. Besides these environmental issues, the volatility of crude oil prices and the advances in
alternative fuel technologies have started generating new ideas on more ecological, cheaper and efficient vehicles.
Recent commercial success of Nissan Leaf, Tesla and others, have put Electric Vehicles (EVs) in the spotlight. However,
there are serious obstacles that need to be removed in order to make EVs attractive. For a successful rollout of EVs,
it is required to establish an adequate charging infrastructure. However, investments in such infrastructure are only
feasible if there is enough EVs using it, which resembles a Catch 22 scheme. Tesla is so far the only producer of EVs
that has practically implemented supercharging stations and introduced the concept of battery swapping stations. The
presentation will discuss the effective means of integration of EV infrastructure with an emphasis on Battery Swapping
Stations as a critical infrastructure for elimination of long waiting times associated with charging the EV batteries.
received his M.E.E. and PhD titles from the University of Zagreb Faculty of Electrical
Engineering and Computing in 2007 and 2011, respectively. In fall 2010 he was a visiting scholar at University of
Castilla-La Mancha, Spain, and in period 2012-2014 he was a post-doctoral fellow at the University of Washington,
Seattle, WA. Currently, he is an Assistant Professor at the University of Zagreb Faculty of Electrical Engineering and
His research interests cover integration of renewable energy sources, unit commitment models, energy markets,
power system planning and analysis, and integration of electric vehicles and storage systems. So far he published 12
journal and 20 conference papers. His industry experience is based on over 100 technical studies, which mostly include
connection of renewable energy sources to distribution and transmission networks.
Hrvoje is an active member of IEEE and a recipient of many awards, including the award Science by the Croatian
A vision of sustainable energy future: A multi-energy concept of smart energy systems
Saturday, 11:45 - 12:30, A201
We are becoming more and more aware of the problems created by today’s energy production and consumption
“habits”. Air pollution and CO2 emissions are reaching their historical peaks while reports on polar caps reduction
are warning us about the raise of the global temperature. Changes are needed and almost all energy strategies and
policies promote switching from fossil fuel energy (such as coal, oil or gas) to renewable energy sources as a way of
saving our planets future. This change does not only mean changes in the electricity sector, but also in other two main
producers of greenhouse gas emissions – transport and heating. The percentage of electric vehicles on the roads is
increasing and the same is the case with highly efficient electricity based heating, especially in European countries.
It is important to keep in mind that these changes alone will not reduce pollution; if the electricity these “new”
electric devices need is not produced from clean energy sources, the “switch” could actually have a negative impact
on the environment.
There are many ideas how the future energy systems should look like. Although it is difficult to define only one
common denominator of all the pathways proposed, most of them could be seen as concepts of planning and building a
flexible system capable of responding to the stochastic nature of renewable sources. The concept presented in the
lecture will challenge the idea of “all electrified energy future” and explain how we can create a sustainable low
carbon energy future by interacting the existing sources, infrastructures and so called energy vectors (by energy
vector we mean electricity, heat, gas, hydrogen, cooling and every other “useful” form of energy we consume today).
This vision could change the perception of how most of us look at energy demand and supply. For instance, imagine that
gas to warm up our houses is produced from photovoltaic power. Or that hydrogen, bio-fuel and electric vehicles
circulate together on our roads. Did you ever think that we can use CO2 emitted from coal power stations and
“blend” it with wind energy to produce synthetic gas which can then power gas power plants, our gas boilers at home
or even gas driven vehicles? There are many examples like this: chilled water can be generated from hot flues of micro
power stations located in basements; wastewater can be a resource to simultaneously cool and heat the buildings in our
districts; and smart meters in our homes can indicate if it is cheaper to use gas or electricity to heat showering
water. All depending how the weather behaves.
The concept of “smart grid” that goes “beyond electricity” will be present during the lecture with a goal
to make you rethink the concept of energy as electricity only problem. The multi-energy idea offers a vision how to
make changes today and not wait for feasible solutions that electricity only concepts require.
received a title of Master of Electrical Engineering and a PhD at the same Faculty the Faculty
of Electrical Engineering and Computing, Department of Energy and Power Systems. He was a research assistant at the
project "Planning of active distribution Networks and Microgrids" and research associate in "Connecting
renewable energy resources to active distribution grid" and “Flexible Energy Nodes in Low Carbon Smart Grid”.
In 2012 and 2013 he was a visiting researcher at the University of Manchester with working on Multi Energy Systems
planning and modelling. His areas of expertise include: Energy Systems Planning and Modelling, Integrated
infrastructures, Distributed Energy Systems, Energy markets. Tomislav Capuder is author and co-author of over 20
journal and international conference papers. He participated in over 50 industry sponsored projects related to various
topics of power system planning and operation. He is associate editor of 2 journal editorial boards and he serves as a
technical reviewer for international journals.
Tomislav Capuder is a Vice-chair of IEEE Croatian Power and Energy Chapter. He is also a member of Croatian CIGRE
and SDEWES. He was involved in conference organizations acting in different roles, from Program Committee Chair (IEEE
Energycon 2014), Organizing Committee Chair (IEEE Eurocon 2013) and Conference Secretary (European Energy Market 2011
and Smart Grid World Forum 2010).
MMORPG sci. & research
Saturday, 11:00 - 12:30, A202
The aim of the talk is to present the state of the gaming industry and its market characteristics with the focus
on online games. The analysis of business models will be presented and the current trends explained with examples. Also
the lecture will present a series of technical issues which plague online games today. Focus of the lecture is on the
network component, and how the networking component of online games works.
Some other questions will be answered such as:
Who play online games?
What are the ways game developers extract money from their customers and which one is the most effective one?
WILL PC DIE? (Spoiler alert – it will not)
What are the technical challenges on the server level and what on the technical level?
Does DOTA 2 always lag a little or is it just me?
What are important technical differences between game genres?
received his Masters (Dipl.-Ing.) degree in Electrical Engineering, major Telecommunications
and Informatics, from Faculty of Electrical Engineering and Computing (FER), in 2006 and his PhD in 2012 at the same
faculty. His thesis is entitled “Modelling of Network Traffic for Multiplayer Role Playing Games Based on User
Behaviour”. Mirko has been employed at FER as a research assistant at the Department of Telecommunications in 2006.
His main research activities are in the area of networked virtual environments, with focus the modelling the
network data traffic of Massively Multiplayer Online Role-Playing Games (MMORPGs) based on application level player
behaviour. His recent research interests are in the area of Quality of Experience (QoE) in MMORPGs, characterizing
player behaviour in Multiplayer Online Battle Arena (MOBA) games, and cloud based games.
He is an author of one Internet Engineering Task Force (IETF) draft. He has been granted an Internet Society
Fellowship to participate in the IETF 87 meeting in Berlin, Germany (2013) on which he held a tutorial named
“Tutorial: Traffic of Online Game. In Jan. 2014 he held a tutorial at the premier IEEE Consumer Communications and
Networking Conference (USA) related to “Online Games: Traffic Characterization and Network Support”.
Nao robots play tic-tac-toe
Saturday, 11:00 - 12:30, A301
Robotics is seen as a multidisciplinary field that embraces knowledge from different areas such as mechanics,
electronics, computer science and control. Through this workshop we will try to use some of that knowledge to make our
humanoid robots Nao more intelligent and fun by teaching them to play tic-tac-toe. By doing that, we will learn about
the three crucial ingredients that make an intelligent robot: perception, reasoning and acting. In the first part we
will use Nao's camera to detect the playing field and playing objects. In the second part we will use this
information and combine it with knowledge of tic-tac-toe strategies to enable the robot to deduce the next best move.
We will conclude the workshop with the control of robot's posture and arms needed to complete the move and
integration of all three parts into a complete system.
was born in 1988 in Imotski, Croatia. He graduated from the Faculty of
Electrical Engineering and Computing, University of Zagreb, in July of 2012 with highest
honors (summa cum laude). He received the Rectors Award in 2011 for his work on walking
robots entitled "Application of Screw Theory and Visual Feedback for Control of Walking
Robots". In October of 2012 he started working in Laboratory for Robotics and Intelligent
Control Systems LARICS
at the Department of Control and
Computer Engineering. He is now a PhD student with a scientific focus on social and
assistive robotics, particularly on employing humanoid robots in the diagnostics of
autism through ADORE project
. His other
scientific interests include navigation of autonomous systems, walking robots,
computer science and computer vision.
is a senior research and teaching assistant at LARICS. He joined the
team upon graduating from FER in 2005. He obtained his PhD degree in 2013, after successfully
defending his dissertation entitled "Grid-based coordinated control of mobile robot
formations". In 2008/2009 he spent one year with the MARHES group at the University of
New Mexico, as a visiting researcher, sponsored through the Fulbright exchange program.
His current research interests span control of robotic systems, autonomous vehicle
navigation, coordinated control of autonomous robots, collective and bio-hybrid systems,
humanoid robotics, human-robot interaction, modelling and simulation, software engineering
for robot control. He is involved in three international research projects from the FP7
Making of Radiona's donation box
Saturday, 11:00 - 12:30, A302
Donation box is an open source project developed with the aim of studying the toll systems and their use in DIY
and DIWO projects. After the donation box prototype was made, a workshop was held where participants learned how
donation box works and they made first Radiona's donation box.
On this workshop participants will make second donation box that will be used on presentations in which Radiona
exibit their projects and in ther lab.
Donation box consists of box, Raspberry Pi computer, SD Card, two switches and coin mechanism. Switches change
the image on the screen showing a specific organization, project or something else for what you want to donate money.
By inserting coins, coin mechanism generates impulses that Raspberry Pi sums up and enters into database.
Donation box's computer code is written in Python programming language and Pygame is used for displaying of
image. Every 5 minutes the database is updated and accessible on internet so everybody involved in donations can track
the status of money in projects.
For easier creation of image and easier tracking of donation boxes the plan is to build Nodewatcher module (wlan
slovenia open source network planning, deployment, monitoring and maintenance platform).
In it, the users can generate their own image for Raspberry and easily track data from their donation box through
only few steps.
(professional electrician) has been working for years as informatic and banking equipment
repairer. He hardly refrain from not disassembling every device that comes in his hands. He is equally successful with
hardware and software, from hacking into chinese products and conversion of various discarded devices to serious
playing with technology and programming microcontrollers.
He is a member of Association for development of „Do It Yourself“ culture – Radiona/Zagreb Markerspace,
where beside working on advanced electronics, he is technical leader of group for restoring and electronical makeover
Dr. Böhm Professional 2000 organs. Till now he has kept series of successful workshops, he regulary participate in
exhibitions and in Radiona's projects: Weird Science – Powered by Radiona, Electronical constellations, SoundArt
Incubator 2014, Hot solder – Hackathlon Osijek, Sound hybrids – Creative sonology, Trieste Mini Maker Faire 2014.
He is one of the founders of protal Lemilica.com for which he is also a writer :