E. Roosevelt (1884 - 1965)
Our mission is to invent and develop design methodologies for modern embedded or cyber-physical systems with respect to safety, security, real-time and cloud-based computing. The aspect of usability and human machine interface technologies are one of the main topics of our research. Hot topic aspects like digital twins, smart cities and autonomous driving are the core is cases in our research.
Topics:
- Digital Twin
- Car-as-a-Service
- Smart X Technologies
Topics:
- Deep Learning
- Safety Assurance
- Automated Driving
Topics:
- SW Specifications
- Model-based Design
- Safety-Critical Systems
Topics:
- Digital Twin
- Deep Learning
- Automotive Systems
Topics:
- Virtual Prototyping
- RISC-V
- Fault Injection
Curriculum Vitae
Research Topics
Society Memberships
Speaker/Chair Activities
Topics:
- Machine Learning
- Autonomous Systems
- Cognitive Robotics
Topics:
- Machine Learning
- Big Data
- Computer Vision
Dissertation Topic: "Mechatronic
Processing Objects - Eine verarbeitung-sorientierte Modell-repräsentation
als Basis einer offenen Entwurfs-umgebung für mechatronische
Systeme"
Graduation in 2012
Dissertation Topic: "State-Based Real-Time Analysis of
Synchronous Data-flow (SDF)
Applications on MPSoCs with Shared
Communication Resources"
Graduation in 2016
Dissertation Topic: "A Linear Scaling Change Impact Analysis
Based on a Formal Safety Model for
Automotive Embedded Systems"
Graduation in 2016
Dissertation Topic: "Hardware image processing for high speed, high resolution array detectors for scientific images"
Graduation in 2017
Dissertation Topic: "State-based timing analysis for distributed systems"
Graduation in 2017
Dissertation Topic: "Multi-formalism in different levels of abstraction for requirements engineering and architectural design of real-time embedded systems"
Graduation in 2019
Download the list of published books, edited books, journals, workshop and conference paper here.
achim.rettberg_at_iess.org
Made with
Easy Website Builder
