Adaptive control scheme for reliable business systems with asymmetric similar inputs

In this paper, adaptive control of reliable systems with independently manipulatable similar input factors which are prone to ineffective performance is studied for linear time varying critical decision systems. A multivariable adaptive control scheme is developed for such systems using dynamic coupling technique and specified equilibrium conditions. A reference system is constructed for each operating condition and is switched to when under corresponding operating condition. The proposed technique is a non-probabilistic reliability analysis method. Desired closed-loop stability and asymptotic tracking is ensured thereby validating maintenance of reliability of the overall decision system in presence of performance degradation of some of the factors acting on similar input manipulators.