These results reveal a design principle that may be important for noise regulation in many systems that control cell fate determination.
Two-component regulatory systems control many aspects of physiology, including transcription, and some of these two component transcriptional regulatory systems are expanded in V. cholerae, A. fischeri, and V. parahaemolyticus.
In this month of fallen giants, it's nice to think that McCarthy's work lives on in the many systems – seen and unseen – that control the way we interact with computers and the Internet.
The experiments needed to probe regulatory functions in detail are technically demanding; moreover, many systems involve multiple layers of control that cannot be investigated within a single experimental set-up.
Many control systems arising from realistic models can be described as stochastic systems with non-instantaneous impulses.
Many control systems are hybrid in the sense that they consist of a set of subcontrollers and some switching logic.
The problem of decentralized control of large-scale interconnected dynamical systems has been receiving considerable attention, because there is a large number of large-scale interconnected dynamical systems in many practical control problems, e.g., transportation systems, power systems, communication systems, economic systems, social systems, and so on [11 14].
This stabilizing solution plays a very important role in many applications of linear system control theory.
The ability to estimate these two hazard coordinates, danger index and time-to-accident, offers many possibilities for informing system control strategies and improving accident prevention and risk mitigation.
Many industrial control systems (ICS) and infrastructure systems have been recently targeted due to their ineffective and outdated defenses.
