Under these assumptions, we derive the reliability of a series system in a recursive way and propose a simulation method to approximate the failure time of k-out-of-n systems.
Second, the inertial wrench and gravity of all the moving links are transformed into the fixed coordinate system; a unified recursive dynamics formula of the general redundant hybrid manipulator is derived.
For the transformed systems, a novel recursive design procedure is constructed to remove the difficulties for avoiding non-affine terms and guarantee that the full state constraints are not violated by introducing Barrier Lyapunov Function (BLF) with the error variables.
Most of these systems rely on a recursive growth process that makes broad assumptions about the general shape of plant elements.
First, a recursive system identification approach is proposed to capture the network delay dynamics from TCP source view.
The topology of the system is based on a recursive nested behaviour-based control structure, which is an abstraction of multiple cascaded control loops.
In scale, the subbands have octave bandwidth with a functional form constrained by a recursive system diagram.
Considering that the space of scenarios for multi-hazard occurrences and the impacts over the lifetime of infrastructure systems is significantly large, a recursive algorithm is proposed to efficiently determine the lifecycle cost of the system.
In order to obtain the unbiased recursive estimates of the systems, this paper presents a recursive least squares (RLS) identification algorithm based on bias compensation technique.
partition h k Estimate of h a Unknown IIR system recursive partition a k Estimate of a b Unknown IIR system forward partition b k Estimate of b d k Desired, observed noisy output y k Desired, undistorted output y k Vector of undistorted outputs (hat {{mathrm {mathbf {y}}}}_{k}) Vector with estimated outputs v k Additive noise M Filter order.
