We report a method of engineering generalized synchronization (GS) in chaotic oscillators
using an open-plus-closed-loop coupling strategy. The coupling is defined in terms of a
transformation matrix that maps a chaotic driver onto a response oscillator where the
elements of the matrix can be arbitrarily chosen, and thereby allows a precise control of the
GS state. We elaborate the scheme with several examples of transformation matrices. The
elements of the transformation matrix are chosen as constants, time varying function, state …