Reflection and transmission of wave components is described in terms of two global scattering matrices, which are systematically constructed from local coefficients associated with individual subsystems and junctions.
A model structure can be systematically constructed from the component interconnection topology, which is expressed in terms of finite system sets, and this system may be formulated automatically following various procedures based on the combinatorial structure of the system.
This paper proposes the design and an implementation of a tracking scheme with a combination of the ACM and the active shape model (ASM), in which the point distribution models are systematically constructed on the projective point of view.
Three-dimensional virtual granules with varying porosity and binder solids ratio have been systematically constructed by random packing of primary particles with simultaneous spreading and solidification of binder droplets.
Then, under the condition of simultaneous triangularization of the connection matrices, a common Lyapunov function and a single Lyapunov function are systematically constructed respectively by those of several lower-dimensional dynamic systems.
Based on the technique of adding one power integrator, both the finite-time stabilizers and the Barrier Lyapunov function are systematically constructed to guarantee finite-time stability of the closed-loop smooth switched system while the output constraint is not violated in a domain.
Then, under the condition of simultaneous triangularization of the connection matrices, a common Lyapunov function (for the first problem) and a single Lyapunov and multiple Lyapunov functions (for the second problem) are systematically constructed respectively by those of several lower-dimensional dynamic systems.
S. pombe diploid deletion mutants were systematically constructed with targeted mutagenesis at each ORF, and haploid deletion strains for non-essential genes were isolated.
Homozygous diploid deletion strains have been systematically constructed for every yeast gene on the BY4743 genetic background [ 24].
Most widely recognized are whole genome synthetic lethal screens whereby double-mutant haploid strains are systematically constructed and analyzed for phenotype (Costanzo et al. 2010).
