Numerical techniques for a parabolic equation subject to an overspecified boundary condition - Dehghan, Mehdi (Applied mathematics and computation, 2002)
Keywords: Control parameter; Difference and functional equations, recurrence relations; Energy overspecification; Exact sciences and technology; Inverse problem; Mathematics; Numerical analysis; Numerical analysis. Scientific computation; Numerical differentiation; Numerical integration–The cubic spline approximation; Ordinary differential equations; Pade approximant; Parabolic partial differential equations; Parallel schemes; Partial differential equations, boundary value problems; Partial differential equations, initial value problems and time-dependant initial-boundary value problems; Sciences and techniques of general use; The degree of accuracy; Numerical integration–The cubic spline approximation; Control parameter; Parallel schemes; Energy overspecification; Numerical differentiation; Pade approximant; The degree of accuracy; Inverse problem; Parabolic partial differential equations; Transcendental equation; Parallel algorithm; Semi linear equation; Differential equation; Recurrence relation; Initial value problem; Boundary condition; Difference equation; Exponential function; Matrix function; Partial differential equation; Cubic spline; Parabolic equation; Boundary value problem; Linear equation; Sequential method; Diffusion equation; Padé approximant; Recurrence equation