System Modeling, Simulation & Analysis - A methodology to develop a reliable system
On-demand Web Seminar
Abstract
Today’s cross-discipline systems require a highly coordinated development flow and design teams and tool environments must now interact in a multi-discipline, concurrent engineering design process to model, simulate, and analyze their complete system.
Duration: 17:27
Details
Overview
A system today consists of components from different engineering disciplines containing electronics, mechanics and software. These components are often developed in different departments which have their own isolated tool environments. Once developed these components need to be consolidated and assembled at one point in the development process. This is the point where the disconnected development processes, tool and environments lead to problems. Today’s cross-discipline systems require a highly coordinated development flow and design teams and tool environments must now interact in a multi-discipline, concurrent engineering design process to model, simulate, and analyze their complete system. This is especially important in safety critical system areas, e.g. Medical where ensured quality and reliability in the resulting product is a must.
What You Will Learn
- How system verification can be done.
- How a system can be described in a standard HDL
- What is VHDL-AMS
- How different disciplines can be combined in a complete system
- How different departments can work together
About the Presenter
Walter Sabia
Walter Sabia graduated in Mechanical Engineering at the Technical University of Munich. At present he is European Product Specialist for System Simulation at Mentor Graphics. In his 12 years of experience in the domain of Electronic Design Automation he worked for various companies specialized in the field of simulation.
Who Should View
- Project Manager
- HW/SW/Systems Group Manager
- System Designer
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