The technical platform Semantic Light, a research result from the Mobile Media Services Lab (MMSL) at Wireless@KTH, has a great potential in the creation of interactive light-based effects for professional use. The Swedish national funding agency Vinnova has approved a sum of 500 000 SEK for the team to develop the system into commercial products.
“The system is a technical platform that in an illuminating way connects the possibilities of ICT with innovative solutions with many fields of application” – a quote taken from the Vinnova motivation where the team’s strong business approach and vision is also emphasised.
-During the next year we will develop the Semantic Light platform into a commercial product and launch it on the market, says Professor Zary Segall, (Lead PI)
-We hope to be successful in 2012 and continue with building an infrastructure around it, with the support of application developers and new business creators.
Learn more about Semantic Light at the MobiSLIM project website
In memory of our long-time Guest-professor and fellow-researcher, Östen Mäkitalo, and his great achievements, TeliaSonera has instituted a scholarship, The Östen Mäkitalo Award. The scholarship will be given to entrepreneurs and scientists who have pioneered the telecom field and who we believe have the same potential as Östen Mäkitalo had – a potential that could change the way we live.
If you know of a telecom pioneer that you think has this potential and should be considered for the scholarship, please let the scholarship committee know. Maybe he or she is the next Östen Mäkitalo! Mail your suggestions with a short motivation to the committee at email@example.com.
For more information you can also visit visit www.teliasonera.com/makitaloaward
Crowncom is a prime event on Cognitive Radio and the 2012 edition will be hosted in the Scandinavian pearl of Stockholm, Sweden. The program will feature several Keynote speeches, special sessions, workshops and interesting social events.
Cognitive radio provides a flexible platform that enables the design of systems using the spectrum in radically new ways. How to harness the power the cognition offers, is still an open problem. New schemes for spectrum utilization have to be power efficient, be applicable in a large scale networks, and be able to co-exist with legacy systems. Regulatory rules and conformance test procedures need to be defined to assure the protection of the legacy systems. In order to make the cognitive radio a success story also the market mechanisms and value chains need to be defined. Spectrum trading and dynamic access schemes should encourage efficient usage of the spectrum and collaboration among the stakeholders. This conference provides a venue for researchers to propose new solutions to the technical, regulatory and techno-economical problems related to the cognitive radios.
Call for papers
Paper submission due: 16th January, 2012
Acceptance notifications: 27th February, 2012
Camera-ready submissions: 23rd March, 2012
The Nordic countries were early in developing and using mobile communication. Ericsson and Nokia had leading roles in the world market but have since then lost these positions. What will be the next turning point?
– The Nordic telecom companies had a great advantage of being first movers in the development of mobile communications according to Bengt Mölleryd, a Telecom Analyst and Researcher at PTS ( Swedish Post and Telecommunications Board) and at Wireless@KTH,in an article in Svenska Dagbladet October 23, 2011.
But as mobile communication has become a global phonemna in conjuction with the emergence of a competitive Asian industry in the area and the advancement of the Apple and other IT firms the Nordic dominance have been eroded. Moreover, operators are facing the risk of gradually becoming mere access providers as Google, Apple, Facebook are driving traffic and establishing its self as preferred suppliers of content and services to the end customer. This is challenging operators position as they are potentially risking to become just bit byte providers.
Ultimately this could have repurcastions on the operator business: Bengt Mölleryd is pointing to the fact that we may have a situation in a couple of years with a single national network in each country. However, it has always been difficult to foresee the future of the telcom market that is so volatile and ever changing.
– Every time we think the industry has reached a mature and stable phase, there is some factor that pops up and changes everything again…. At the moment there is just talk about the smart phones, but that will soon change…
Read the entire article (in Swedish only) by Thomas Augustsson at the SvD website
Wireless@kth researchers: Ki Won Sung and Jens Zander
Abstract: Since a typical radar has an antenna with a sharp main beam which is rotating in a regular manner, it is of great interest to examine how much the secondary access to radar will benefit from exploiting the temporal aspect.
Wireless communication has exploded during the last two decades and today there are more than five billion mobile phone users around the Globe. However, much thanks to the introduction of smart phones, such as iPhones, mobile applications such as Facebook and Youtube, the number of mobile broadband users is expected to surpass one billion before the end of 2011.
Still we are just at the beginning of the wireless revolution. The industry believes that within the next decade the internet of things will take off and that before 2020 there will be some 50bilion “things” connected to the internet, most of them wirelessly. An example of such a system is the Smart Grid that describes the next-generation electrical power system that is built on the increased use of communications and information technology in the future generation, delivery and consumption of electrical energy.
This course gives an overview of the basic radio technologies and systems deployed today in order to support this exploding demand for wireless communications. It also provides an overview of the applications and new services that drive the development of mobile broadband. In particular the course examines the various wireless standards used for voice, such as GSM, as well as the ones used for mobile data, including 3G, WiFi, WiMax, HSPA and 4G/LTE. Finally the course reviews some of the various applications that wireless communications can and may support, including apps for mobile broadband and machine-to-machine communications.
For more information, download full course description or send an e-mail to Project Manager Claes Beckman
Last registration date is November 11.
Computer Sweden, Aug 30: “He gets his students to surpass themselves”
In an article in Computer Sweden Chip Maguire is asked whether Kista is still the place to be in the age of Android versus Iphone.
– I have had 170 Master students in one single course. Good students. That is not the case anywhere else.
One question in the article is if the students today have poorer qualifications when entering higher education. To Chip Maguire it does not really matter. He gives them a task which they think that they can’t solve and then, suddenly, they have built a device and it works!
Two of his former students have made major contributions to the further development of Wireless Communications. Almost twenty years ago he supervised John Ioannidis who did the pioneering development of Mobile IP, and another student is Joseph Mitola III, who in collaboration with Chip Maguire coined the term ”cognitive radio”.
The future is in sensors
Some ten years ago Chip Maguire, his colleague Mark Smith and their students experimented with so called smart badges. The problem then was that there were no sensors to communicate with. Today, with the extensive use of smart phones this area is of interest again but there is still not a lot of sensors around. So this is what Chip Maguire and his students focus on now. The smart home will require small, cheap and energy efficient sensors. Chip Maguire would like to see sensor systems that adapts to where people are, if they are active or not etc, with the vision of saving energy on a large scale.
This is an English edited summary of an article published by Anders Lotsson, CS in Swedish,. Click here to read the original text
At the First International Conference on Advances in Cognitive Radio, COCORA11, in Budapest the paper “Deployment Strategies in Competitive Wireless Access Networks”, by Dina Pamela Gonzalez Sanchez and Prof. Jens Zander, Wireless@KTH, was awarded as best paper. The selection for best papers was based on the reviews of the original submission, the camera-ready version, and the presentation during the conference.
At the COST-TERRA meeting held in Brussels in the end of June 2011, the presentation on “Use of TV white space for mobile broadband access – analysis of business opportunities of secondary use of spectrum ” a research paper by Jan Markendahl and the late Östen Mäkitalo, both Wireless@KTH and Bengt Mölleryd, PTS was awarded second best paper.
The second place was shared with the presentation on Cognitive Radio: the need for coordination – Lessons from the past, by Peter Anker, TU Delft & Ministry of Economic Affairs, Agriculture and Innovation, The Netherlands.
The COST-TERRA is a forum to bring together regulatory, technical and economic experts for spearheading a regulatory break-through
for European development of Cognitive Radio and Software Defined Radio (CR/SDR) technologies.
Read more about the event at cost-terra.org and see more presentations for downloading there.