Dan oversees embedded systems engineering for the Open Agriculture Initiative team.
One goal of our approach is to support a design methodology to help bridge the gap between controls and embedded system software engineering.
We define embedded system re-engineering as an analysis and alteration of a legacy system to guarantee newly imposed performance requirements such as throughput and input-to-output latency.
However when adapting the approach to various combinations of OS kernels, which is required in the real-world embedded system design, the engineering effort of modifying the kernel becomes not negligible.
Potential concentrations include aerospace software engineering, autonomous systems, communications, computation and sustainability, computational engineering, embedded systems and networks, energy, engineering management, environment, space exploration, and transportation.
When approaching embedded systems architecture design from a systems engineering point of view, several models can be applied to describe the cycle of embedded system design.
embedded system are presented in this work.
