The phrase "a complex architecture that" is correct and usable in written English.
You can use it when describing a system, structure, or design that has multiple interconnected components or layers.
Example: "The software features a complex architecture that allows for seamless integration of various modules."
Alternatives: "an intricate framework that" or "a sophisticated structure that".
Traditional security mechanisms may not work well in cloud environments because it is a complex architecture that is composed of a combination of different technologies.
(2014) demonstrate that the constitutive centromere-associated network (CCAN) displays a complex architecture that plays a crucial role in resisting these forces.
The bound mucosal pellicle is a supra-molecular film with a complex architecture that comprises several structural layers.
In unicellular genomes examples are the two O. tauri proteins where multiple domains are assembled in a complex architecture that has not been found in multicellular organisms.
Mitochondria are double-membrane-bound organelles with a complex architecture that is required for their normal metabolic function and that is abnormal in various types of mitochondrial dysfunction (Pfanner et al., 2014).
These networks, formed by all genotypes that yield the same phenotype, have a complex architecture that conditions the molecular composition of populations and their movements on genome spaces.
They use a more complex architecture that combines unsupervised self-organizing maps with features of simple recurrent nets.
The kidney vasculature has a unique and complex architecture that is central for the kidney to exert its multiple and essential physiological functions with the ultimate goal of maintaining homeostasis.
However, most polymers are not fluorescent, and are heterogeneous in nature with complex architecture that makes it challenging to investigate the processes occurring at the microscopic and nanoscale level using fluorescence spectroscopy.
Current knowledge may well represent only "the tip of the iceberg" of the complex architecture that controls aggressive behaviours [23].
Overall, these observations reveal the complex architecture that characterizes the activity of ATM in the DNA-damage response, the maintenance of genetic stability, and cell-cycle regulation, and how this multifunctional activity correlates with genetic predisposition or sporadic onset of cancer.
