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Information & intelligence: information technology, computer science, electrical engineering

Strategic initiative: Boosting quantum sciences

4 new professorships and new laboratory infrastructure in the area of quantum sciences should be the basis for innovation and pioneering research.

More information on the initiative - in German

Flyer "Quantum sciences" - in German (pdf, 1.1 MB)

Globe, 3/2012: IT securitiy – safely into the networked world

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Focus on IT security - issue 3/2012 of Globe, the magazine of ETH Zurich and ETH Alumni. More


Globe, 2/2012: Simulations – worlds from the circuit

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Focus on simulations - issue 2/2012 of Globe, the magazine of ETH Zurich and ETH Alumni (in German). More


informationsgesellschaft

These days, data can be processed at unprecedented speeds. At the same time, the information technology required is becoming smaller and cheaper and is penetrating more and more spheres of life – including automation, where it enables the construction of intelligent machines.

To understand how computers could process even unorganised data and cope with the complexity of our world, ETH researchers are looking at machine intelligence and perception. For example, they are exploring the boundaries of autonomous systems, to find out how human productivity could be extended with the help of intelligent machines. To do this, ETH Zurich is using a modelbased approach, a broad, interdisciplinary research portfolio and a new generation of supercomputers.

“Smart” information technology can help save energy or, when incorporated in RFID tags, simplify supply chains in trade. Intelligent systems are increasingly able to operate autonomously. However, this increases the risk that software problems could penetrate the physical world and cause severe damage. ETH Zurich is working on infrastructures to link the virtual and the physical worlds together not only efficiently, but also safely and securely.

The following Centres of Competence and interdisciplinary scientific centres of ETH Zurich are researching in the area of information & intelligence:

   
Competence Center for Digital Design and Modeling (DDM) The centre brings together expertise in the fields of modelling and simulation, visual computing, human computer interaction, architecture, perceptual research, and social science. The central goal is to understand the principles of design and modelling across disciplines.
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CSCS - Swiss National Supercomputing Centre CSCS develops and promotes technical and scientific services for the Swiss research community in the fields of high-performance computing.
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Enterprise Computing Center (ECC) ECC is a research centre of ETH Zurich established in collaboration with industry to promote education, research, and technology transfer in diverse areas related to enterprise computing.
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swiss electromagnetics research and engineering centre (serec)
The serec attempts to consolidate research and development in the general area of electromagnetics across different domains (academia, government and industry) in Switzerland.
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The following departments of ETH Zurich are also contributing to the research related to information & intelligence:

   
Computer Science (D-INFK)
 
The Distributed Systems Group researches on the broad fields of models and concepts for distributed computations, ubiquitous computing, Internet of Things, architectures for sensor networks, infrastructure support for smart real-world objects, interaction in smart environments, and privacy and security concepts. One specific goal is to incorporate computing power into everyday objects in order to create "smart things": real‐world objects that provide novel ways of accessing information, react to their environment, or provide new emergent functionality when interacting with other smart things.
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4 professors of the Department of Computer Science are researching in the Systems Group networks, operating systems, databases, distributed systems, data streaming, and software engineering applied to all aspects of software and hardware systems.
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Information Technology and Electrical Engineering (D-ITET)
 
The Communication Technology Laboratory is active in the area of advanced communication systems for wireless and wireline applications.
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The Computer Engineering and Networks Laboratory combines research of communication systems, distributed computing, and systems optimisation. Research topics range from the development of novel network architectures over peer-to-peer networks to embedded software. 
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Research projects of the Electronics Lab cover the fields of wearable computing, smart textile, mobile and user-centred healthcare, high-speed electronics, and communication photonics.
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The research and education areas of the Integrated Systems Laboratory are microelectronics, optoelectronics and nanotechnologies - an interdisciplinary field between electrical engineering and physics. The scientific work includes analysis, design and test of integrated circuits, theory, numerical modelling and physical characterisation of semiconductor technologies and devices; furthermore analysis and simulations of bio-electromagnetic systems.
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The Signal and Information Processing Laboratory conducts research on information theory, error correcting codes and their application in communication systems. Model based detection/estimation in communications and other application areas as well as signal processing with analog circuits are further topics.
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Management, Technology and Economics (D-MTEC)
 
The group addresses two important challenges: implementing the technologies and managing the networked technologies so that an individual, a team, or an organization is able to realize the benefits and opportunities presented by such technologies.
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© 2013 ETH Zurich | Imprint | Disclaimer | 26 April 2011
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