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Dive into the research topics where Iiro Jantunen is active.

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Featured researches published by Iiro Jantunen.


Multimedia Systems | 2010

Ubimedia based on readable and writable memory tags

Eija Kaasinen; Marketta Niemelä; Timo Tuomisto; Pasi Välkkynen; Iiro Jantunen; Javier Sierra; Miguel Angel Santiago; Harald Kaaja

Ubimedia is a concept where media files are embedded in everyday objects and the environment. We propose an approach where the user can read and write these files with his/her personal mobile phone simply by touching the physical objects. This facilitates easy access and storage of, e.g. video and audio files related to the physical object in question. This paper describes our work in developing a technical solution for ubimedia and studying user acceptance of forthcoming ubimedia services. Our technical development of the ubimedia concept has been focused on a mobile phone platform with a tag reader/writer, memory tags with large storage capacity, and the communication between the phone and the tags. Currently, the technical design is in test and evaluation phase. The preliminary results show that the concept works and it can be implemented technically. In parallel with the technical development, we have studied usage possibilities for ubimedia and user acceptance of future ubimedia services. User acceptance has been studied in a web survey and in user evaluations of proofs-of-concept. In addition, an ethical assessment has been carried out. The users appreciated especially the simplicity, speed, low cost and reliability of ubimedia. Ethical concerns were related to control over the download with regard to viruses and other unwanted content.


international conference of the ieee engineering in medicine and biology society | 2007

Health Care Applications Based on Mobile Phone Centric Smart Sensor Network

J.M. Quero; C.L. Tarrida; J.J. Santana; Vladimir Ermolov; Iiro Jantunen; Hannu Laine; J. Eichholz

This paper presents the MIMOSA architecture and development platform to create Ambient Intelligence applications. MIMOSA achieves this objective by developing a personal mobile-device centric architecture and open technology platform where microsystem technology is the key enabling technology for their realization due to its low-cost, low power consumption, and small size. This paper focuses the demonstration activities carried out in the field of health care. MIMOSA project is a European level initiative involving 15 enterprises and research institutions and universities.


Proceedings of the 12th international conference on Entertainment and media in the ubiquitous era | 2008

Ubimedia based on memory tags

Eija Kaasinen; Timo Tuomisto; Pasi Välkkynen; Iiro Jantunen; Javier Sierra

Ubimedia is a concept where media files can be embedded in everyday objects and the environment. The user can access those files with his/her personal mobile phone simply by touching the physical objects. This facilitates easy access e.g. to video or audio files related to the physical object in question. In parallel with the technical development of the mobile phone platform and the memory tags that will facilitate ubimedia in practice, we have studied possible usages for ubimedia and user acceptance of those usages. User acceptance has been studied in a web survey and in user evaluations of a proof-of-concept. In addition, an ethical assessment has been carried out. The users appreciated especially the simplicity, speed, low cost and reliability of ubimedia. Concerns were related to control over the download with regard to viruses and other unwanted content.


international conference on rfid | 2009

Mobile-phone-readable 2.45GHz passive digital sensor tag

Y. Tetu; Iiro Jantunen; B. Gomez; S. Robinet

A 2.45GHz passive RFID tag including a digital pressure sensor and its use in a mobile-phone-centric architecture for sensor networks are described. The combination of a low-cost remote-powered sensor tag and an open architecture makes possible a variety of ambient intelligence applications. The tag gathers power from the ISM band at 2.45GHz and wireless pressure measurement is demonstrated at a distance of 42 cm with 0.5 W EIRP transmission power and 110 cm with 4 W. The sensor is able to carry out pressure measurement with a 12-bit-resolution and a 100Hz reading frequency.


Sensors and Actuators A-physical | 2008

Smart sensor architecture for mobile-terminal-centric ambient intelligence

Iiro Jantunen; Hannu Laine; Pertti Huuskonen; Dirk Trossen; Vladimir Ermolov


Archive | 2008

Power saving method and apparatus

Iiro Jantunen; Jarmo Tapani Arponen


ubiquitous computing systems | 2010

System Architecture for Mobile-phone-readable RF Memory Tags

Iiro Jantunen; Jyri Hämäläinen; Timo Korhonen; Harald Kaaja; Joni Jantunen; Sergey Boldyrev


International Journal On Advances in Telecommunications | 2011

System Architecture for High-speed Close-proximity Low-power RF Memory Tags and Wireless Internet Access

Iiro Jantunen; Joni Jantunen; Harald Kaaja; Sergey Boldyrev; Le Wang; Jyri Hämäläinen


Archive | 2012

System Architecture for Mobile-phone-centric Ambient Intelligence Applications

Iiro Jantunen


Archive | 2010

User-centric design of ubiquitous welfare services and technologies for China and Finland

Iiro Jantunen; Mika Husso; Edward Mutafungwa; Maija Pekkola; Xirui Wang; Zhong Zheng; Timo Korhonen; Jyri Hämäläinen

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Eija Kaasinen

VTT Technical Research Centre of Finland

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Mika Husso

Helsinki University of Technology

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Pasi Välkkynen

VTT Technical Research Centre of Finland

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