… blocked systems established in this paper guarantees that blocking a linear time-invariant
system … to show that the blocked system of a linear time-invariant system with missing data is …

… studies properties of blocked systems resulting from blocking discrete linear systems with …
to focus on the zero properties of the blocked systems of linear systems with mixed frequency …

… In 5, as mentioned above, we introduce a propagation property (property ) and study its
implications. Section 6 contains a discussion of what appear to be inherent differences in …

… The name “augmented Lagrangian” has been used also to describe the underlying linear
system (see, for example, [22]). Certain numerical properties of linear systems of the form (2.1) …

… In Section 2, we review some properties of the Schur complement and of the Kronecker
product. We also introduce a new matrix product and give some of its properties. In Section 3, we …

… BLOCK IYPLICIT … consistently split block implicit schemes for linear systems of equations.
The resu!t … The scheme (8b) for PDE’s has generally the same desirable properties mentioned …

… block-diagonal preconditioners and an efficient variant of constraint preconditioners for general
two-by-two block linear systems with zero (2,2)-block. … We analyze the properties of both …

… zero properties of the blocked systems resulting from blocking of linear time-invariant systems.
… As mentioned above, the blocking of linear time-invariant systems is useful in the multirate …

… zero properties of blocked linear systems resulting from blocking of linear time-invariant systems.
… properties of blocked systems and the zero properties of their corresponding unblocked …

… Succinct and clear-sighted operational properties of block-pulse functions are fully applied
to the analysis and optimal control of time-varying linear systems with quadratic performance …