Advanced control concepts present a teaching challenge - even at master level students benefit from these concepts being implemented and demonstrated on real hardware, rather than simply modeling the plant, applying control strategy and tuning.
Yet the misunderstandings associated with both concepts present a teachable moment from which any classroom can emerge with a deeper insight into how the seemingly disparate disciplines of physics and biology are linked.
I'm still a little sore about the fact that the Moto 360's initial concepts presented a fully circular display, which gained a black bar across the bottom to mar the roundness when it eventually shipped, owing to design limitations related to sensors and hardware engineering.
The concept presents a promising option for other systems with conversion limited by the inhibitory effect of the products.
The introduced concept presents a feasible solution for timber structures when a low damage design is targeted.
This concept presents a new research pathway to the interpretation of "community of a shared future for mankind" and the "Belt and Road Initiative".
This concept presents a solution for the problem of dispatching in auctions and proposes the optimal bidding strategies in the electricity market.
Overall, the introduced concept presents a feasible solution for R/C structures when a low-damage design is targeted, which can improve the seismic performance of the structural system significantly.
Techniques that connect acoustic content to semantic concepts present an additional challenge, in that learning the parameters of the retrieval system becomes a supervised learning problem as each training set sound file must have semantic labels for parameter learning.
