In the case of center frequency f0 = 2780MHz, bandwidth △f= 200MHz, delay time t1≥8μs, t2≥16μs, and voltage standing wave ratio VSWR≤2.0, the capability of the pulse power of 20W can be realized in a matching state.
Selection of Embedding Dimension and Delay Time in Phase Space Reconstruction
A new algorithm is proposed for computing the embedding dimension and delay time in phase space reconstruction.
Thereafter, by means of the iterative algorithm of multiple autocorrelation and Γ test, the near-optimum parameters of embedding dimension and delay time are estimated.
Finally, the expression of the group velocity of the guided mode in optical planar waveguide was obtained, which clearly shows that the time delay upon total reflection is the sum of the group-delay time and the Goos-H?nchen time at given any time.
Ignition delay time was found to be longer than deflagration-to-detonation transition (DDT) time, and the sum of the two would change little as cycle frequency increased.
Delay-dependent robust H∞ controller design for a class of nonlinear uncertainty time-delay systems with input delay
Dynamic Input Reconstruction for a Nonlinear Time-Delay System
Dynamic reconstruction of the unknown input (disturbance, control) in a nonlinear system described by a time-delay differential equation is studied.
Stability degree-optimal solutions are found for the problem of control of aperiodic objects, the behavior of which is approximated by dynamic models that represent the series connection of inertial links and also an inertial time-delay link.
Methods for reconstructing a delay differential equation from the time series of an observable quantity are proposed for various classes of time-delay systems.