The LED transmitter with non-circular quasi-elliptic emission is preferred when it is used as a communication source since a minimum DR must be guaranteed over a whole service area.
Special attention is paid to the design of the filter such that a prescribed H∞ performance can be guaranteed over a given finite horizon in the presence of nonlinearities, quantization effects and event-triggered transmissions.
The aim of the problem addressed is to design an observer-based controller such that the H∞ performance of the closed-loop system is guaranteed over a given finite horizon.
The purpose of the addressed problem is to design a set of time-varying estimators such that the average estimation performance of the networked sensors is guaranteed over a given finite-horizon.
The purpose of the addressed problem is to design a time-varying controller such that, for all probabilistic missing observations and admissible parameter uncertainties, the H∞ consensus performance is guaranteed over a given finite horizon for the closed-loop networked multi-agent systems.
Then, by constructing an appropriate Lyapunov functional, a sufficient condition is established under which the closed-loop control system is stable and an adequate performance index is guaranteed over all admissible uncertainties as well as mixed time-delays.
For an ac plasma display panel (PDP), the lifetime should be guaranteed over 30,000 h.
At a certain point, the minimum RMSDS determines the maximum DR. However, on a whole receiving plane, the maximum RMSDS delay spread is also important since it corresponds to the minimum DR to be guaranteed over the whole plane.
Nevertheless, bounded relative motion can be guaranteed over the course of several days by either initializing the satellites on the same invariant curve of a stroboscopic mapping or by design of appropriate ballistic coefficients.
In particular, the question of whether and how security of supply can be guaranteed over the course of this profound transformation of the energy system is currently the subject of controversy in the scientific and public debate.
After collecting the QoS information of each link, the MR-BS deduces the global QoS that can be guaranteed over the whole path (branch) as the maximum value of delays over the links forming the path, the minimum values of rates over the links forming the path and the maximum value of jitters over the links forming the path.
