To derive the state transition probabilities of, we define point probability as follows.
The proposed method is used to derive the state equation of a two-wheeled vehicle.
We decided to use the weights of the exemplars that approximate individual frames to derive the state posterior probability estimates.
State-space formulations are developed based on the exact elasticity equations, and in particular, a variable substitution technique is used to derive the state equations with constant coefficients.
Then, the T-S fuzzy model is used to derive the state feedback controller gains for the Twin Parallel Distributed Compensation (TPDC) technique.
A systematical method is presented to derive the state space equations of anisotropic magneto-electro-elastic materials of orthogonal curvilinear coordinates in Hamiltonian system.
We derive the state matrix Γ that comprises all M reachable state vectors γ k for the given network.
One may also formulate an adjoint system to derive the state sensitivities in a backward manner or use numerical differentiation.
They constructed the mathematical model and derived the steady-state distribution of the server state and the number of customers in the system/orbit.
Unfortunately, because the state dimension increases with the number of flows, it is difficult to derive the steady state probability.
The exact solutions are derived using the state space approach.
