Weizhen Feng, Mugen Huang
Abstract
By means of Riccati transformation techniques, we present oscillation criteria for forced second-order nonlinear dynamic equations on time scales. These results are based on the information on a sequence of subintervals of $[a, infty)$ only, rather than on the whole half-line.
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By means of Riccati transformation techniques, we present oscillation criteria for forced second-order nonlinear dynamic equations on time scales. These results are based on the information on a sequence of subintervals of $[a, infty)$ only, rather than on the whole half-line.
Key concepts: Oscillation (cell signaling), Nonlinear system, Dynamic equation, Order (exchange), Forced oscillation, Mathematics, Statistical physics, Physics