The phrase "a complex architecture involving" is correct and usable in written English.
You can use it when describing a system, structure, or design that has multiple interconnected components or elements.
Example: "The project requires a complex architecture involving various technologies and frameworks to ensure seamless integration."
Alternatives: "a sophisticated structure incorporating" or "an intricate design that includes".
Human memory is not a unitary entity; rather it is thought to arise out of a complex architecture involving interactions between distinct representational systems that specialize in perceptual, semantic, and episodic representations.
Foams with a pore size gradient are promising materials for tissue engineering applications where a complex architecture involving morphological variations in space must be mimicked, e.g. in bone tissue repair.
This study focuses on creating a complex architecture, involving two independent supramolecular assemblies, that is capable of functionally and structurally mimicking the natural extracellular matrix to a significant extent.
This deforms the initial TVA (whose geometry is well documented in the literature), via discrete stages; first into progressively more complex architecture, involving folding of the tension veins, then into progressively more simple architecture, ultimately forming pipes.
Although it is possible to incorporate finite-size effects in a mean field treatment [19], [20], [21], [22], [23] the description becomes too cumbersome when applied to complex architectures involving more than two populations recurrently interconnected, like those used in decision making networks (see [24] for an example using feed-forward architectures).
ESP-based analysis of 4 cancer amplicons revealed evidence for sister chromatid break fusion bridge cycles, the excision and reintegration of double minutes (extrachromosomal DNA), and more complex architectures involving clusters of small genomic fragments [81].
In immuno and fine structural analyses, multiple fine details of the compartments, structures and complex architectures involved have been visualized (e.g. Mari et al. 2008; Marsh 2005; Mogelsvang and Howell 2006; Mogelsvang et al. 2004; Pavelka 2007; Pavelka et al. 1998; Vetterlein et al. 2002, 2003).
Thus, QTL fractionation is a clear indication that the trait is controlled by a complex genetic architecture involving multiple loci.
Our results suggest the evolution of different developmental networks after interspecific divergence and the existence of a complex genetic architecture, involving genetic factors with major effects affecting genital morphology.
This question is especially relevant for shape, where the high dimensionality of variation seems to require a highly complex genetic architecture involving many genes.
The computation of the signature of a complex system is often challenging, as it may involve a large number of components and a complex architecture.
