We substantiate the application of the projection-iterative method to the solution of a boundary-value problem for integro-differential equations with restrictions and control.
Object of InvestigationConsider the problemwhere, the kernel H(t, s) is square summable in the collection of variables, C(t) and S(t) are 1 × l and l × 1 matrices whose elements are linearly independent functions square summable on the segment [a, b], U is a constant m × 1 matrix with elementsγ ∈ R m and α ∈ R l are given, and x ∈ W m 2 [a, b] and λ ∈ R l are to be determined. In [1,2], the problem of the existence and uniqueness of a solution of problem (1), (2) was considered and the application of iterative and projection methods to it was substantiated. However, these methods are not always applicable because, as is known, the iterative method has the bounded range of applicability and may be slowly convergent, whereas the projection method is often accompanied with the problem of instability. In the present paper, to reduce the impact of these flaws we propose to apply the projection-iterative method to problem (1), (2).