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Projects on Digital Transformation
Projects on the Explainability of Digital Processes
Projects on Fault-tolerant Systems
Projects on High Performance Computing
Projects on Artificial Intelligence
Projects on Mathematical Modelling
Projects on Quantum Computing
Projects on Software Engineering
Projects on Visualisation
DLR Software Standards
Mars Cartography in VR
Next Generation Train
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AeroGrid – Grid-based cooperation between industry, research centres, and universities in aerospace engineering
The AeroGrid project aims at providing an efficient Grid based working environment for the national aerospace research community. The AeroGrid environment will be a permanent and effective Grid infrastructure for the cooperation between industry, research centres, and universities in aerospace engineering and research.
The Technology Transfer Network for the European Aerospace Industry.
A Multidisciplinary high performance Numerical Development system for Aircraft
ATON – Autonomous Terrain based Optical Navigation
ATON (Autonomous Terrain-based Optical Navigation) is a project to develop an optical navigation system for autonomous landings on celestial bodies.
In AUTO-OPT wurden verschiedene Simulations- und Optimierungs-Tools aus der Automobilindustrie in das TENT-System integriert.
BEinGRID - Business Experiments in Grid
This European Integrated Project will undertake a series of targeted business experiment pilots designed to implement and deploy Grid solutions in a broad spectrum of European business sectors.
BIRD - Bispectral InfraRed Detection microsatellite mission
Within the Bird project a small satellite was developed, which is equipped with infrared sensor technology to detect high temperature events on earth. DLR Simulation and Software Technology supported the DLR Institute of Space Sensor Technology and Planetary Exploration in this project with the software technical development of the satellite attitude control system.
CAPRICE was a Technology Transfer Node (TTN) established in the frame of the High Performance Computing and Networking (HPCN) Programme of the European Commission.
Core Avionics - RODOS
Core Avionics deals with the development of an operating system for small satellites. Central component is RODOS, a real-time kernel and middleware, and a network architecture connecting to peripheral components and payload devices.
Quality assurance for the DLR software development tasks in the French satellite project COROTLOG
C²A²S²E - Center for Computer Applications in AeroSpace Science and Engineering
It is the proclaimed aim of the project, to develop processes, methods and numerical models to a level enabling the highly accurate simulation of an aeroplane throughout the whole flight envelope.
C3-Grid - Collaborative Climate Community Data and Processing Grid
The project C3-Grid developed solutions for easy access to heterogeneous data archives as well as processing resources.
DELPHI – Deutschlandweite Echtzeit Verkehrs-Lage und Prognose im Ereignisfall
Im Rahmen des Projekts DELPHI wurde ein Internet-Portal entwickelt, mit dem das Verkehrsmanagement bei besonderen Ereignissen unterstützt werden kann.
DGI - D-Grid Integrationsprojekt
Goal of the D-Grid integration project (DGI) has been the establishment of a sustainable Grid Service platform for the whole German e-Science community.
EmotionAAL - Ambient Assisted Living
The aim of the EU project EmotionAAL is the realization of an integrated health and care service concepts for the elderly population of rural regions in Europe with the assistance of highly innovative micro-system techniques and nanotechnology as well as the development of the telemedicine concerning the mobile use and AAL centre of telematics. As part of this project the DLR develops the Plug&Care Connector, a middleware for mobile phones, supporting the monitoring of patients.
The goal of the Eu:CROPIS mission (Euglena Combined Regenerative Organic food Production In Space) is to demonstrate the long term stability of a life support system. The system recycles biological waste products to produce drinking water, food and oxygen.
GWS - Generic Workstation
The project GWS had the objective to provide a generic computer workstation environment for administration and general scientific applications.
The objective of the IMENS project was the development of a simulation environment for the coupled flow structure analysis of thermally stressed components of re-entry vehicles.
The objective of the IMENS+ project was the extension of the design tool for analysis of unstationary problems and activly cooled structures with fluid-structure-interaction developed in the project IMENS.
InnoGuide is a management software for the evaluation of innovations. wo modules, "Screening 2.0" and "Professional 2.0", are available.
Cartography of Mars in a Virtual Reality Environment
This work aims to investigate the suitability of applying Virtual Reality techniques in the exploration of Mars terrain features in order to support the creation of topographic maps of the planet.
The Model Based Engineering for Failure Detection, Isolation and Recovery (MBSE4FDIR) project aims to capture, develop and realize FDIR concepts using modern MBSE concepts.
Numerical Flow Simulation of Complete Transport Aircraft
MIRACLE was a joint project of ONERA and DLR which aims at combining the expertise and know-how in developing CFD software present in both organizations.
NDV - Low pressure compressor
As part of the NDV (low-pressure compressor) collaborative project, DLR Simulation and Software Technology had been supporting the DLR Institute of Material Research (WF) and Propulsion Technology (AT), as well as industrial partner MTU, in calculating and optimising compressor blades.
NGT - Next Generation Train
The goal of the work package which is part of the “Next Generation Train (NGT)“ project is the construction and development of a train simulator including a software suite to evaluate the simulation results. By using the simulator in combination with the evaluation suite it is possible to analyze the energy consumption and flows for hybrid propulsion systems of the next generation.
Online Monitoring and Computational Steering of Massive Parallel CFD Simulations: Explore Dataset before it is completely computed.
The On-Orbit Verification (OOV) is a project of the German national space program. In order to verify new technologies in space, a generic satellite bus called TET is being developed, which is led by the Astro- und Feinwerktechnik Adlershof GmbH. It is based on the successful bus concept of the BIRD satellite (Bi-Spectral Infra-Red Detection), which was launched in 2001.
PartnerGrid - Cooperative Grid Solutions for Industrial Applications
Design and production processes are more and more designed in a work-sharing way. Instead of covering the most part of the value added chain by themselves companies focus on its core competences und buy hardware, equipment and services from third parties. By selecting between multiple partners costs can be reduced and the most capable partner can be chosen for working on a specified task.
PEP - Pilot project draft of complex products in distributed development environments
The complexity of high-technology systems development has increased hugely in recent years. While measures such as cooperative development, joint ventures and risk-sharing projects are leading to ever greater decentralization of project teams, the high level of optimisation required of these products places upward pressure on the need for cross-discipline evaluation of the system as a whole.
PROVENANCE - Enabling and supporting provenance in Grids for complex problems
"The overarching aim is to conceive, design and implement an industrial strength open provenance architecture for grid systems, and to deploy and evaluate it in complex grid applications, namely aerospace engineering and organ transplant management."
REDISE - Remote and Distributed Software Engineering
In diesem Projekt wurden die Vorteile einer schnellen Netzwerkverbindung zur kooperativen Nutzung von Softwareentwicklungswerkzeugen für die Entwicklung sicherheitskritischer Software und zur Beratung durch Experten mit Hilfe von Netzkonferenz-Tools demonstriert.
SESIS - Integriertes Schiffsentwurfs- und Simulationssystem
The project SESIS develops an integrated design and simulation system for the shipbuilding industry. The system will be a flexible working environment for the early design phases of ships.
DLR’s hypersonic SHarp Edge Flight EXperiment (SHEFEX) investigates new shape possibilities for future launch or reentry vehicles, using a reentry vehicle body with facetted surfaces and sharp edges.
SikMa - Simulation of Complex Manoeuvre
The DLR project SikMa (Simulation of Complex Manoeuvre) was under the direction of the Institute of Aerodynamics and Flow Technology (AS). The objective was to develop an interactive simulation environment for the simulation of a freely flying, fully configured, elastic warplane.
SiLEST- Software in the Loop for Embedded System Test
In this project, a framework for automatic tests of safety-critical software to be used in embedded systems has been developed. It supports all kinds of X-in-the-Loop tests. The generic execution environment helps to decrease the test expense considerably.
SimMoLib – Simulation Model Library
The project SimMoLib develops a library prototype for simulation models in the whole DLR. In this library models should be stored only, which are verified, validated, and documented extensively. In addition, the possibilities of user support shall be examined.
The aim of the project SUPEA (was the development of a numerical testbed for simulation of gasturbines.
TATT - Titanium Aluminide Turbine Toolbox
Im Projekt TATT (Titanium Aluminide Turbine Toolbox) wird ein vernetztes Auslegungstool für die Herstellung von Niederdruckturbinenkomponenten aus dem Hochleistungswerkstoff TiAl entwickelt.
DLR Simulation and Software Technology contributed to the German national space project “TerraSAR-X Payload Ground Segment” with the setup and implementation of the quality management based on the European space standard ECSS.
TRACE is a software system for the computation of the three-dimensional unsteady flow in multi-stage compressors and turbine components.
Leitung der Softwareentwicklung und Qualitätsmanagement der Traffic Tower-Simulationsumgebung für Verkehrsmanagementsysteme.
UCAV-2010 – Technologies for the Development of Unmanned Combat Air Vehicles
The DLR-project UCAV-2010 aims at providing numerical and experimental procedures for the development and assessment of technologies for Unmanned Combat Air Vehicles.
WieMod - reusable simulation models for the virtual product development
In the WieMod project, methods for simulative verification of discipline-specific partial results, as well as, of scalable mechatronic models were researched. The goal of this project was to enable an economically sound application of the simulation technology, which will support interdisciplinary development of mechatronic systems, without using several discipline-specific simulation tools.
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