Abstract: We present a time-bounded state-based communication mechanism for dynamically reconfigurable embedded systems. The mechanism is a single-processor, low-overhead version o...
Abstract. We reflect on the formal development models applicable to embedded control systems in light of our experience with safety-critical applications from the aerospace domain....
Andy Galloway, Frantz Iwu, John A. McDermid, Ian T...
This paper describes the Resource Allocation and Control Engine (RACE) that integrates multiple resource management algorithms for (re)deploying and managing performance of applic...
At Northeastern University we are building a number of courses upon a common embedded systems platform. The goal is to reduce the learning curve associated with new architectures ...
Michael G. Benjamin, David R. Kaeli, Richard Platc...
Advances in scheduling theory have given designers of control systems greater flexibility over their choice of timing requirements. This could lead to systems becoming more respon...