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Manipulating 3-​dimensional animated characters on a 2D screen is challenging and requires years of training. ETH researchers now make animation artists’ life a little easier with a new input device they can assemble into a shape similar to the virtual character.

The machines that surround us in everyday life are not only becoming more intelligent, they’re also turning into gifted learners. To prepare the next generation of computer scientists for the challenges presented by this rapidly developing research area, ETH Zurich has joined forces with the Max-​Planck-Institute for Intelligent Systems.

ETH and the Max Planck Institute for Intelligent Systems have joined forces to form a research network in learning systems.

Software reliability, piracy and tampering are serious and well known threats the world is faced with. Significant attempts have been made to protect software from reverse engineering and tampering. Last week, the Software Reliability Lab at ETH Zurich, headed by Prof. Martin Vechev, released a system called JSNice which makes obfuscated and minified JavaScript code readable again. The system has already been used by more than 34,000 developers in over 140 countries.

The Scalable Parallel Computing Lab at ETH Zurich will become a member of Intel(R) Parallel Computing Center community. The goal is to tackle the challenges of growing parallelism in high performance computing.