Seminar: Energy Efficient Design

Thursday, July 19th, 2018

The IEEE Finnish Jt. Chapter of SP&CAS and the IOP Finland Chapter invite you to a seminar on current and future physics and electronics engineering solutions to reduce energy consumption on 14th September 2018. More details can be found IEEE + IOP Joint Seminar draft flyer v_2

New IEEE Finland Section Officers for 2018-2019

Wednesday, May 2nd, 2018

During the election process the following new officers were elected:

Chair: Toni Mattila

Vice Chair: Dmitry Petrov

Past Chair: Rafal Sliz

Secretary: Zheng Chang

Treasurer: Arttu Ollikkala

Student and Young Professionals representative: Jenni Rekola


The physics and mathematics of signal propagation mechanism in cellular wireless communication system

Monday, August 22nd, 2016



Speaker: Prof. Tapan Sarkar, Syracuse University, US (12.8., Espoo, Finland)


The objective of this short course is to introduce a new physics based visualization of the Electromagnetic wave propagation mechanism in cellular wireless communication systems. We also illustrate from a mathematical point of view that an electromagnetic macro model can accurately predict the dominant component of the propagation path loss in a cellular wireless communication. The reason a macro model can provide accurate results that agree with experiments is because the trees, buildings, and other man made obstacles contribute second order effects to the propagation path loss as the dominant component is the free space propagation of the signal and the effect of the Earth over which the signal is propagating. It is demonstrated using both measurements and an analytical theoretical model that the propagation path loss inside a cellular communication cell is first about 30 dB per decade of distance and later on, usually outside the cell, it is about 40 dB per decade of distance between the transmitter and the receiver irrespective of their heights from the ground. This implies that the electric field decays first at a rate of ρ─1.5 inside the cell and later on, usually outside the cell, as ρ─2, where ρ stands for the distance between the transmitter and the receiver. It will also be illustrated that the so called slow fading is due to the interference between the direct wave and the ground wave as introduced by Sommerfeld over a hundred years ago. All these statements can be derived from the approximate integration of the Sommerfeld integrals using a modified path for the steepest descent method and also using an accurate purely numerical methodology. An optical analog model will be presented based on the image theory developed by Van der Pol to illustrate the mechanism of radio wave propagation in a cellular wireless communication system where the path loss is 30 dB per decade or the field decays as ρ─1.5. This macro model is used to refine the experimental data collection system for the propagation path loss and it is also illustrated how the antenna tilt both mechanical and electrical can be incorporated in the macro model to predict the propagation path loss. Finally, an observation is made on how to further improve the propagation mechanism by observing the second channel from the mobile to the base station. Numerical and Experimental data will reveal that the proposed methodology is a much better way to deploy base station antennas.



Invitation to the 24th European Navigation Conference (ENC 2016) in Helsinki, Finland

Thursday, May 12th, 2016


Invitation to the 24th European Navigation Conference (ENC 2016) in Helsinki, Finland

Dear Colleagues,

The 24th edition of the European Navigation Conference (ENC 2016), co-sponsored by EUGIN, Nordic
Institute of Navigation, and IEEE Aerospace and Electronic Systems Society, will be held at the Finlandia Hall in Helsinki, Finland during May 30-June 2, 2016.

The conference focus will be on innovations in positioning, navigation, and timing technologies and applications for land, sea, and air. Topic areas include GNSS positioning, indoor and urban navigation, and position-based applications. Special topics include navigation challenges in the Arctic and positioning solutions using geospatial big-data and in intelligent transportation. Furthermore, it promises to be a unique networking event for all participants from academia, the public sector, and industry.

In this edition of ENC, the welcome keynotes will be presented by Ms. Anne Berner, Finland’s Minister of Transport and Communications, Mr.  Matthias Petschke, Director for European Satellite Navigation Programmes, European Commission, and Ms. Tiina Tuurnala, Deputy Director General, Finnish Transport Agency. The technical keynotes will be given by Dr. Jari Syrjärinne, HERE Ltd., and Prof. Gérard Lachapelle, University of Calgary, and the closing keynote by Prof. John Raquet, Air Force Institute of Technology. The conference will feature also technical presentations, panels, posters and an industry exhibition. The social programme of ENC 2016 will showcase some unique sights that Helsinki has to offer, including the ice-breaker evening onboard an actual ice-breaker vessel Urho, and performances b Finnish Kantele musician.

The program is now available at Registration is open. Registration options include fees for the whole conference as well as for individual days.

Looking forward to your participation at the conference and welcoming you to Helsinki!

Best regards,
Prof. Heidi Kuusniemi, General Chair,
Dr. Laura Ruotsalainen, Technical Chair,
Dr. Sarang Thombre, Program Chair,

ENC 2016 Conference Office
Confedent International Ltd.

Call for Participation: 19th Conference of Open Innovations Association FRUCT

Wednesday, May 11th, 2016




19th Conference of Open Innovations

Association FRUCT

Jyväskylä, Finland, 7-11 November 2016


FRUCT is the largest regional cooperation framework in form of open innovations between academia and industry. FRUCT conferences are attended by the representatives of more than 25 FRUCT member universities from Russia, Finland, Denmark, India, Italy, Ukraine, industrial experts from EMC2, MariaDB, Intel, Jolla, Nokia, Skolkovo and a number of guests from other companies and universities.

The conference is an R&D forum for the most active students, academic experts, industrial researchers and influential representatives of business and government. The conference invites the world-class academic and industrial researchers to give lectures on the most relevant topics, provides an opportunity for student teams to present progress and results of their R&D projects, meet new interesting people and form new R&D teams. The conference program consists of 3 to 5 intensive (½ or full day) trainings on the most promising technologies, plus 3 days of the main conference.

We warmly welcome all university research teams to participate in the conference, present your research and join the FRUCT Association. IEEE members and representatives of Russian and Finnish universities are entitled to large discounts. Registration to the conference is open at


List of conference topics

·      Location Based Services, Navigation, Logistics management, e-Tourism solutions

·      Mobile Healthcare, e-Health solutions, Wellbeing, Fitness, Automated diagnostics

·      IoT, Smart Spaces, Future services: Proactivity, Context Analysis, Data Mining and Big Data services

·      Cross-platform software, innovative mobile services, new approaches to application design, innovative UX


·      Smart Systems and embedded networks

·      Energy efficient design & peripherals integration

·      Mobile security, personal and business privacy

·      Modern network architectures, Air interfaces and protocols, Emerging wireless technologies

·      Mobile multimedia, video services and solutions

·      Communications Systems Integration and       Modeling


Call for papers

Depending on the type and maturity level please submit your work into one of the following 3 categories:


  1. Full paper (min 6 pages, max 12 pages), OR
  2. Short paper (min 200 words, max 5 pages)


Submission deadline: 30 September 2016

Notification of acceptance: 21 October 2016                            Camera-ready deadline: 28 October 2016

  1. Poster / Demo proposal: submission deadline: 31 October 2016, or can be an extension to the paper

Please follow paper templates that you can find at



All submitted Full Papers will be peer reviewed by the technical committee. Accepted Full papers and Extended abstracts will be published in the proceeding of FRUCT conference (ISSN 2305-7254). All accepted Full Papers will be published in IEEE Xplore (Scopus indexed), plus selected papers will be recommended for CPCI indexing (Web of Science) and for publication in the International Journal of Embedded and Real-Time Communication Systems.



Paper templates, conference news and other relevant details are available at If you get some questions that are not covered at the conference web page, feel free to send email to


Tuesday, December 16th, 2014

The 2nd Future of Robotics in Finland Seminar was successfully held on 28.11.2014 at Aalto University, organized by the IEEE Finland Joint Chapter of the Control System Society, Robotics and Automation Society and Systems, Man and Cybernetics Society. After drawing both academic and industrial interests in the first seminar last year, this year the main theme was on national robotics roadmap, which attracted near 100 registration (and over 60 participants) from 41 organizations, including 23 companies and key players such as TEKES, Suomen Robotiikkayhdistys ry, FIMA, VTT etc..

The morning session focused on keynote talks, by Olli Venta of VTT, Juhani Lempiäinen of Deltatron Oy, Outi Töytäri of THL, Juha Backman of MTT and Iina Aaltonen of VTT. During the lunch break, the seminar had an interactive session for demonstrations, exhibition and posters from industry and academia. The seminar then continued in the afternoon, where the participants were grouped in specific topics on manufacturing robots, autonomous machines, health and well-being robots, agriculture robots, to identify the opportunities and the focus areas of the national robotics roadmap. The group work results were summarized in the end of the seminar.

The standing officers of IEEE Finland Joint Chapter of the Control System Society, Robotics and Automation Society and Systems, Man and Cybernetics Society organizing the event are Ville Kyrki, chair, Lasse Eriksson, vice chair, Quan Zhou, secretary, and Tapio Pahikkala, treasurer. Ville Kyrki was responsible of the program, and Quan Zhou was responsible of the local organization.


NORCHIP 2014 and SoC 2014 in Tampere

Wednesday, December 10th, 2014

The 32nd Nordic Microelectronics Conference NORCHIP in Tampere on October 27-28 was co-located with the 16th International Symposium on System-on-Chip (SoC), taking place on October 28-29. Two tutorials related to these events were provided by the IEEE CAS Society Distinguished Lecturers. Prof. Ricardo Reis gave a tutorial on Physical Design Automation of Transistor Networks on Sunday October 26. Prof. Geza Kolumban lectured the other one on Monday October 27, entitled Software-Defined Electronics: a new research field for CAS Society. Both gentlemen were also keynote speakers in plenary sessions shared by the two conferences on the overlapping day, Tuesday October 28.

NORCHIP had also another two keynotes: Prof. Leena Ukkonen spoke about controlling artificial or paralyzed limbs by wireless links attached to the human brain, and Prof. Tor Sverre Lande introduced the concept of Constructive Noise. Also in SoC there were another couple of invited talks: Prof. Hank Hoffmann talked about Untapped Opportunities for Manycore Communication Optimization, whereas Vianney Lapôtre presented A Dynamically Reconfigurable Multi-ASIP Architecture for Multi-Standard and Multi-Mode Turbo Decoding.



Together the events attracted well over 100 people to Tampere, out of which about 80 were participating in NORCHIP and 45 in SoC. The engagement of these two conferences was so successful that the conferences decided to fully merge for next year and start circulating under a new (working) title Nordic Circuits and Systems Conference (NORCAS). This marriage will become more than the sum of these traditional events. According to the new Nordic math, 1 + 1 > 2, which will be proven for the first time in Oslo, Norway next October.

Design of Mobile Terminal Antennas for 4G and Beyond

Tuesday, December 2nd, 2014

IEEE Finland Section Joint Chapter of AP/ED/MTT hosted Prof. Buon Kiong Lau from Lund University, Sweden, who gave a lecture in our chapter. Lectures were held in Aalto University on Dec. 5, 2011 and there were 26 people (15 guests and 11 IEEE members) in the audience. The lecture took place in Otakaari 5 in the room Netcafe and it was held from 10 am to 11 am. Glögi and gingerbread was offered to the guests.lau

Prof. Buon Kiong Lau: Design of Mobile Terminal Antennas for 4G and Beyond

In his talk, Prof. Buon Kiong Lau discussed different mobile antenna types, their drawbacks and advantages, future needs for antennas, and potential future antenna solutions. He introduced the theory of characteristic wavemodes and told how it can be used to design multiantenna systems. Finally antenna measurement issues were addressed.

Short bio:

Dr. Buon Kiong (Vincent) Lau is an Associate Professor and a “Docent” with the Communications Group at the Department of Electrical and Information Technology. Since July 2010, he is appointed the Director of Postgraduate Studies at the same department. Dr. Lau obtained the Bachelor of Electrical and Electronic Engineering from the University of Western Australia in 1998. From 1998 to 2002, he did his Ph.D. at Curtin University of Technology, Australia, on the topic “Applications of Adaptive Antennas in 3G Mobile Communication Systems”. From January 2003 to April 2004, he was a Guest Research Fellow at the Department of Signal Processing, Blekinge Institute of Technology. He was a Research Fellow at the Department of Electroscience, Lund University, between May 2004 and May 2007, and later an Assistant Professor in the Department of Electrical and Information Technology (formerly Department of Electroscience) between June 2007 and October 2010.


Dr Lau is an Associate Editor for the IEEE Transactions on Antennas and Propagation, and a Guest Editor of the 2012 Special Issue on MIMO Technology for the same journal. He is also the Lead Guest Editor of the 2013 Special Cluster on Terminal Antenna Systems for 4G and Beyond for the IEEE Antennas and Wireless Propagation Letters. He is the chair of Subworking Group 1.1 on “Antenna System Aspects” within EU COST Action IC1004. From 2007 to 2011, he was a Co-chair of Subworking Group 2.2 on “Compact Antenna Systems for Terminals” (CAST) within EU COST Action 2100. He is a Senior Member of the IEEE. Since 2012, he is the Regional Delegate of European Association on Antennas and Propagation (EurAAP) for Region 6 (Iceland, Norway, Sweden). He is also a member of the Education Committee in the IEEE Antennas and Propagation Society (AP-S), where he also the Coordinator of the annual AP-S Student Design Contest (3-year term between 2013-2015).


Innocamp Evening – Janne Haverinen, CEO of IndoorAtlas

Monday, December 1st, 2014

The event showcases how to set up a successful start-up, presented by Janne Haverinen, CEO at IndoorAtlas Ltd.,  followed by questions and answers, and an open discussion.

Enjoy the innovative evening with like-minded people.

Venue: Business Kitchen, Patio

Address: Torikatu 23, 4th floor, 90100 Oulu

Registration via Webropol here ( by 14.12.

Snacks and drinks are provided by TEK and IEEE Young Professionals.

IndoorAtlas believes it has found a solution to this problem—by tapping into the magnetic field, which for millions of years has been guiding turtles, whales, salmon, and other migratory animals. Enabled by ultra-accurate positioning, IndoorAtlas believes product-proximity ads could be the next forefront of advertising.



IndoorAtlas originated in the academic world. Founder and CEO Janne Haverinen, a professor at Finland’s University of Oulu, began studying indoor robot navigation in the late ’90s. Noticing that buildings’ magnetic distortions were leading his machines astray, he eventually turned the problem around and focused his attention on the magnetic interferences caused by steel structures. What he found was that the disturbances inside them were consistent, creating a magnetic fingerprint unique to a building. That became the crux of IndoorAtlas, which leverages what Haverinen calls “nature’s GPS”—GPS that requires no infrastructure beyond a smartphone and works where no cellular connections exist.

Informations based on the article of Alice Truong published in the Reverse Engineered magazine.

IEEE MTT-S ambassador visit

Monday, December 1st, 2014

IEEE Finland Section Joint Chapter of AP/ED/MTT hosted IEEE MTT-S Ambassador Prof. Wojciech J. Krzysztofik who gave two lectures in our chapter. Lectures were held in Aalto University on Dec. 1, 2011 and there were 7 people in the audience. First the guest gave a lecture on fractal antennas from 10 to 11 am. In his speech, he discussed fractals in general, showed examples where fractals are found in nature and how different fractal patterns are classified. In the end fractal antennas were discussed. The second lecture given by the guest from 11am to 12 pm was a general presentation on what is IEEE, what benefits it offers for its chapters and what chapters should do to activate its current members and to get new members. After these lectures we visited Microsoft, Aalto University School of Electrical Engineering, and Startup Sauna with the guest. During our lunch we discussed how to develop our chapter and chapter support tools provided by IEEE.ambasador