New directions in the development of industrial automation software: Methods and tools for higher code quality and reusability with reduced development effort
ACROSS aims at developing a multi-processor system-on-chip (MPSoC) with corresponding system software and development tools which is suitable for embedded applications from different application domains.
Indentification of crucial opportunities, risks, and acceptance issues of Cyber-Physical Systems and development of appropriately prioritised recommendations for action.
Werkzeugunterstützung für den Software-Entwicklungszyklus: Von der Anforderungserhebung über das Systemdesign bis zur Plattformintegration und Code-Generierung.
To keep track with increasing number of product variants and fast market changes reducing the effort for adapting automation systems is essential.
Decentralised Agile Coordination Across Supply Networks
The objective of ARAMIS is, through the use of multi-core technology in the mobility domains of automotive, avionics and railway, to create the technological basis for further enhancing traffic safety, efficiency and comfort.
Development of an open basic system for production plants of the 4th generation, aiming to realize efficient conversion of production plants and processes.
Development of a web based consensus platforms for experts and decision makers on the topic of electric cars
Integration of cyber-physical systems based on plug & play, multiple target platform support and real-time properties.
The objective of CrowdServ is to bring more closely together incubators, startups and founders via internet platform services.
Study on the distruptive potential of penetration of ICT into the leading industries: automotive engineering, mechanical engineering and logistics
Distributed MILS supports an efficient Design-for-Certification development methodology for safety-critical systems.
The DREAMS project will provide a flexible platform and development tools for the integration of mixed-criticality applications onto a network of multi-cores.
Demonstration and evaluation of new concepts in electric mobility.
The eGovernment MONITOR is a series of international surveys delivering detailed findings on success factors and barriers of e-government diffusion.
Electric mobility is more than the electrification of a conventional drive train. It is essential to develop new technologies in all related technical domains.
Am ESSEI werden neuartige Vorgehensweisen, Techniken und Werkzeuge zur effizienten Entwicklung und Zertifizierung software-intensiver und flug-sicherheits-kritischer Avionik-Systemen erforscht und entwickelt, die dann in aktuellen Programmen der Luft- und Raumfahrt Industrie erprobt, evaluiert und ausgerollt werden
A business- and organization-focused concept of a harmonized information infrastructure for administrative procedures
Markets are changing continuously. The fortiss future factory follows suit: A research and technology platform for innovations in manufacturing automation and operations.
The Neurorobotics sub-project will offer scientists and technology developers a software and hardware infrastructure allowing them to connect pre-validated brain models to detailed simulations of robot bodies and environments.
Nutzung modellbasierter Entwicklung bereits in der Spezifikationsphase von Automotive Software für mehr Produktivität in der Softwareentwicklung und höhere Qualität.
IT-Benchmarking unterstützt Unternehmen bei der internen IT-Leistungsoptimierung sowie der Entwicklung von IT-Sourcing-Strategien.
Research on socially appropriate Human-Robot interaction for multiparty, dynamic, shorthorizon interactions
Transfer von domänenspezifischen Sprachen in die tägliche Entwicklung von eingebetteten Systemen.
Survey on the changes of the ICT architecture in future electric cars
Kontinuierliche Qualitätssicherung industrieller Prozesse durch drahtlose Sensornetze und spezielle Hard- und Software.
Identification, interaction and integration of autonomous automation components in an openly designed system model based on plug & produce.
openMOS aims to develop a common, openly accessible plug-and-produce (P&P) system platform which allows all stakeholders in the automation system value chain to come together and jointly develop and exploit solutions.
Performance analysis for role-based user interfaces
Performance Management Work Tools (PMWT) - Development of tools supporting the performance management of information systems
Design of a questionnaire to estimate the positioning of small and medium-sized enterprises that are members of bayme vbm (Bavarian employers’ associations for the metalworking and electrical Industries) with respect to digitization. Further, the team developed a tailored platform where the participants can perform a benchmark.
Innovative IKT-Architektur für zukünftige Elektrofahrzeuge mit Unterstützung von Plug&Play unter Berücksichtigung des Standards ISO 26262
Model driven engineering of industrial robot applications: Easy combination and modification of application building blocks and manufacturer independent integration of software and hardware
Although the complexity of systems is ever – increasing, RECOMP provides argumentation for reducing certification and re-certification costs for such systems.
Absolute calibration of a robotic C-arm X-ray system
Conception of a Reference Architecture for a Cyber-Physical System that effectively supports the maintenance of industrial production plants in the Context of Industry 4.0 and Internet of Things
Vehicle-Infrastructure integration system based on “plug & play” platform support in real-time environment
Managing complexity and speeding up efficient development of advanced automotive software architectures for Safety-critical applications in compliance with ISO 26262
Seamless, formal modeling of a real-world productive system of requirements and architecture including automated verification, simulation, test-case generation, and schedule synthesis.
Privathäuser oder Bürogebäude nehmen eine aktive Rolle in intelligenten Energiesystemen ein. Die intelligente kooperative Produktion und Speicherung sowie der Verbrauch von Energie setzt eine skalierbare Steuerungssoftware voraus.
SmartF-IT stands for smart factory IT and is a German funded project from BMBF. The project is the epitome of the German future project Industry 4.0
Intuitive programming of Industrial robot systems for SMEs. Quick and easy deployment without expert knowledge. Low costs and high flexibility with improved production, quality and cost efficiency.
Autonomics for the sporting goods industry
SPES_XT provides a seamless, model-based integration of modeling, analysis and synthesis mechanisms for embedded systems.
STRAtEGy research is focused on next generation virtual power plants to enable a flexible integration and control of thousands of grid connected generation, consumption and storage components in a hierarchical architecture.
Stabiliz-E focuses on self-stabilization of energy in terms of “availability” and “Quality of Service”.
Improving innovative potential of businesses by systematically integrating an ageing workforce into the innovation process
Implementation of a dedicated execution environment for distributed, safety-critical CPS applications offering multiple layers of security and a holistic, open end-to-end tool chain for developing and deploying CPS Apps.
Development of market-supporting value-added services to promote cloud services for SMEs