The goal of Visual Analytics is to derive insight from massive, dynamic, ambiguous, and often conflicting data; detect the expected and discover the unexpected; provide timely, defensible, and understandable assessments; communicate the assessment effectively for action.

The power of today’s computers combined with efficient pattern recognition abilities and domain knowledge of human analysts is a challenging and very promising road in dealing with large amounts of complex data. It is a major driving force for solutions for information overload in many areas.The objective of this workshop is to bring together researchers and practitioners in visual analytics; provide a forum for presentation and discussion of the both mature and new hot ideas, promote research and developments in visual analytics and supporting disciplines[...]

Today’s digital libraries and data centers store huge amounts of data, collected, for example, by scientific experimentation, earth observation, or simulation. The common approach to support user navigation and retrieval in these libraries operates on meta-information that is manually appended to the datasets.

Especially for large datasets, this approach quickly reaches its limits due to scalability with respect to manual annotation.

EuroVAST 2010 is the first international symposium on visual analytics science and technology held in Europe. The goal of the symposium is to promote and advance the combination and integration of visualization and analytics methods for the purpose of problem solving in a variety of application domains. [...]

The EuroVAST program will feature a number of invited speakers from research and industry as well as a poster program. Full papers related to Visual Analytics can be submitted to the Visual Analytics track of the EuroVis conference.EuroVAST is sponsored by the European Coordination Action “VisMaster: Visual Analytics – Mastering the Information Age” in cooperation with EuroGraphics.

The VisMaster project was selected to be one of a few projects in the “Future and Emerging Technology” EU funding program to be shown in the exhibition “Science beyond Fiction” at the EU parliament in Strasbourg on 20.-21. April 2010.

Goal of the “Science beyond Fiction” exhibition at the EU parliament was to show how Information and Communication Technologies will change our life in the future and to discuss related issues with EU politician. The exhibition gave an exciting glimpse of how European researchers are pushing the boundaries of science & technologies to enable radically new opportunities.

Infrared images or so-called thermal images are increasingly available. Usually the data is acquired and stored, but a thorough interpretation and presentation of the data is done insufficiently. Within ongoing research at the TUM/LfK we deal with the innovative representation of thermal building information.

These include coating steps, rectangular shapes or homogeneous network structures in a three-dimensional environment. Adapted methods concerning the cartographic representations are applied and modified to fit the specific requirements.

On a typical day, the international courier Fedex handles some 100 million individual transactions. Worldwide, VISA records 150 million purchases. Every 24 hours, more than 300 million long distance calls stream over ATT’s telephone network. Every one of these shipments, purchases or calls generates a file of data, and this staggering amount of data increasingly drives our information-dominated age.It is routinely archived away as a valuable storehouse of insights and value. Yet the sheer volume of data, and the increasing rate at which this is produced, also pose a problem — how to avoid drowning in it, and how to find useful ways to get meaningful insight out of it.

Exploring video data by simply watching does not scale for large databases.This problem arises in a wide variety of domains, such as scientificvideo analysis, digital life streams, and video surveillance.

Motivated by a mini challenge of the contest of the IEEE Symposium on Visual Analytics Science and Technology 2009 (Detecting the encounter of persons in a provided video stream utilizing the techniques of visual analytics), we propose an approach for fast identification of relevant objects based on the properties of their trajectories.

Software maintenance is the most expensive part of the entire software lifecycle. Studies over 20 years in a variety of branches of the software industry indicate that maintenance costs over 80% of the effort invested in the entire lifecycle of a software product. From this, around 40% is dedicated to software understanding.

We have worked over several years in close contact with IT professionals in various branches: software developers, architects, consultants, and producers of software analysis tools.

Understanding the brain, its function and malfunction, is one of the most important and urgent targets of modern science.

Using the most sophisticated technologies neuroscientists now perform experiments ranging from studies on the genome to brain imaging under different conditions. This results in very large quantities of heterogeneous data, which are produced at ever increasing rates.

Of the machine components that are part of visual analytics, human-computer interaction, and visualization, the display has one of the largest effects.

The display determines the physical size of the viewport, the range of effective field-of-view and resolution that is possible, and the types of feasible interaction modalities. All other interactions must be placed in the context of the display. If you have ever seen a movie on a large screen TV, then you have been surely impressed with the captivating display that makes the viewing innately attractive.