Whereas binary adders are among the most frequently-used components in digital systems, this work targets designing a highly-optimized robust full adder in a QCA framework.
For a class of networked singular Markov switched discrete-time systems, this work investigates the finite-time energy-to-peak filtering problem.
With the intention of testing the robustness of the solution methodology on partially-premixed systems, this work used the same algorithm as that in the study of Dworkin et al. for computations of two sets of sooting partially-premixed co-flow laminar ethylene air flames.
With the goal of incorporating the subjective human perception into the cross-layer design of B3G systems, this work carries out an experimental survey of the sensitivity of the user subjective quality to the service response time for the Web browsing application.
By adapting the Gaia methodology to the design of open systems, this work makes the designers' job faster and easier, decreasing the time needed to complete several tasks, while at the same time maintaining a high-level overview of the system.
