Save the date: Professor Stricker has been invited by the Fundación Innovación Bankinter to give a talk about SuperHumans at the XXI Future Trends Forum (link not available anymore) on April 29th in Madrid.
Alexander Schweitzer – Minister für Soziales, Arbeit, Gesundheit und Demografie des Landes Rheinland-Pfalz lässt sich am DFKI-Stand das Exponat „TrackMe meets GeoVisualizer” erklären
FastMRO – If you are visiting CeBIT 2014 and are interested in the latest results on Augmented Vision for the Maintenance, Repair, and Overhaul of Agricultural Machines, visit us at Hall 9, Booth D44. Our colleagues are happy to show you how helpful AV can be.
If you cannot make it, check it out here.
If you are interested in Wearable Computing and Human Analytics, visit us at Hall 9, Booth F43 and experience our latest results from the European research project EASY-IMP.
Don’t miss it!
In the context of DFKI’s SmartCity Living Lab opening on February, 5th, 2014 in Kaiserslautern, the department Augmented Vision presented results from the EU project EASY-IMP. The researchers have chosen the general title “Human Analytics – TrackMe meets GeoVisualizer” to showcase a mobile sensing Android app called TrackMe and the visualization toolkit GeoVisualizer. The TrackMe app collects, analyzes and stores a variety of sensor data. Furthermore, the smart phone app is able to broadcast the collected data to a standardized web service, e.g. for real time monitoring.
The research group Augmented Vision receives the Google Research Award for development new 3D Scanning methods.
See press release in German: Link
Sonys European Technology Center (EuTEC), located in Stuttgart (Germany) initiated a collaboration with the Augmented Vision Group in April 2012.
Within the cooperation, the work of PhD- and Masterstudents is funded to research new 3D reconstruction technologies.
Sony EuTECs bi-annual PhD-Roundtable furthermore allows for interdisciplinar discussion of PhD-students from different research areas, preparing the ground for new innovations.
Link: Sony EuTec
Researchers from the Augmented Vision group at DFKI have developed a novel approach for automatic video-based traffic analysis.
First, entry and exit zones of complex crossroads or roundabouts are defined interactively.Then, each car is tracked individually by computing the trajectory based solely on the video content.
This provides unique data for traffic analysis and in particularfor supporting simulations for improved traffic solutions.
Feel free to check out the demonstration videos on our YouTube channel: Traffic Analysis
In this paper we present a one-button photo-realistic scanning system which provides a realistic 3D (usable!) representation of a given object. The paper will be presented at the Digital Heritage Conference from the 28th October – 1st November 2013 in Marseille, France. Feel free to check out the demonstration videos on our YouTube channel:
We are very proud to announce that we have won the Google Research Award for our research in 3D scanning, object reconstruction and appearance modelling. With this award Google supports cutting-edge research in Computer Science and Engineering with the aim of identifying and supporting world-class, full-time research of mutual interests. The award was granted to the Augmented Vision group for their outstanding work in new methods to fast and systematic 3D modelling and rendering of object appearance.For more information on the OrCaM-system, please visit our project page under http://av.dfki.de/orcam or check out our videos on YouTube:
In this paper we present a novel approach for a user supported tracking framework which combines automatic tracking and minimal user input for error free tracking results suitable for interactive video production. We present our results on the CVMP, the 10th European Conference on Visual Media Production on the 6-7th November 2013 in London. You can download the paper here or browse our list of publications.
Twelve different partners from industry and research meet on the 17 & 18th of October at the DFKI in Kaiserslautern for the kickoff meeting of the EASY-IMP project.
This particular Meta-Product will result in a fully user configurable jacket with an integrated sensor network. The user will be able to individually equip the jacket from a wide variety of different sensors. These sensors will send their information to the users smart-phone which will collect and analyse the wearers status with the option to upload the data to the cloud.
You will finally be able to share those skating moves with your friends, monitor health strain for later analysis by your physical therapist or simply collect some hard data on your daily physical exercise during your workout.
For more information, please check our press press release (in German) or the project website: https://easy-imp.eu/
Scanning people with a Kinect is still a challenging problem. In this poster we demonstrate an approach for a fully automatic, full body scanning, combining state of the art super-resolution and registration algorithms with a novel approach for shape completion to reconstruct the human body.
For a copy of the poster, please contact Yan Cui.
Two papers have been accepted for the upcoming International Symposium on Wearable Computers (ISWC):
Attila Reiss, Gustaf Hendeby, Didier Stricker
Confidence-based Multiclass AdaBoost for Physical Activity Monitoring
IEEE 17th International Symposium on Wearable Computers (ISWC), September 9-12, 2013, Zurich, Switzerland.
Attila Reiss, Didier Stricker
Personalized Mobile Physical Activity Recognition
IEEE 17th International Symposium on Wearable Computers (ISWC), September 9-12, 2013, Zurich, Switzerland.
For the conference program and the papers’ abstract, please visit: http://www.iswc.net/iswc13/program.html.
The first two projects of the software-cluster EMERGENT and SWINNG have been successfully evaluated by DLR and BMBF. In addition to the generally positive review the BMBF reviewers chose a small selection of “gems”, among them AV’s AR-Handbook for their novel approach to Augmented Reality maintenance assistance.
In the next two years the German Research Center for Artificial Intelligence (DFKI) and the Institute for Applied Scientific Training (IAT) will work together on the use of novel technologies in professional sports. German press release
Motion sensors are becoming incredibly cheap and are already fully integrated. Chaining them allows fully new applications in the area of body and tools tracking.
For a full copy of the work, please contact Markus Miezal.
Brussels, 26th February 2013. Today, the European project SUDPLAN has been reviewed successfully. During the final meeting in Brussels the reviewers of the European Commission emphasized again the importance of the achieved results and appreciated the developed SUDPLAN application.
The department Augmented Vision was responsible for the development of an advanced visualization part. Using a virtual globe the visualization component allows the user to relate any kind of spatial data directly to the underlying terrain model. Moreover, the visualization component provides different viewing modes, e.g. for large screens, stereoscopic displays, to enable the user to utilize such hardware and to immerse into the data. The results of the advanced visualization component can be found here here.
SUDPLAN is an EU FP7 project under the Information Communication Technology programme. The project focused on the development of a web-based planning, prediction and training tool to support decisions in long term urban planning. This helps to assure population´s health, comfort, safety and life quality as well as sustainability of investments in utilities and infrastructures within a changing climate.
The overall project results of SUDPLAN and many videos can be found here.
DFKI Booth F 50: The first VISTRA interaction prototype -Natural Interaction for Virtual Assembly Training
BMBF Booth E50: The Intelligent Augmented Reality Manual
Project Links:
Social pathologies, including schizophrenia, autism and social phobia, are mainly characterized by difficulties in interaction with others. This causes much suffering both for the patients and those that surround them.
The AlterEgo European project aims to develop and test, in a three years term, an innovative rehabilitation method to improve such relational deficits, using humanoid robotics and virtual reality. More information about AlterEgo and the role of the AV research department in the project will be available soon here.
With the publication of “Learning Task Structure from Video Examples for Workflow Tracking and Authoring” researchers from the department Augmented Vision present their newest results on “AR manual technology”. More… (link not available anymore)