The phrase "architecture can be easily" is correct and usable in written English.
It can be used when discussing the simplicity or accessibility of understanding or implementing architectural concepts or designs.
Example: "In this course, we will explore how architecture can be easily integrated into sustainable practices."
Alternatives: "architecture can be effortlessly" or "architecture can be simply".
Generalized message service architecture can be easily envisioned but difficult to implement.
This classical-driving-assisted architecture can be easily extensible to multi-atom quantum system for scalability.
The main advantage of this type of biomaterials is the fact that their mechanical properties and structural architecture can be easily modulated.
Due to its regularity, our architecture can be easily scaled to accommodate a wide range of packet processing applications with various performance and throughput requirements at high reliability.
Nevertheless, the designed architecture can be easily adapted to other options by suitably defining some generic parameters in its HDL (Hardware Description Language) specification.
This ceramic architecture can be easily produced by tape casting as long as each step of the production process (slurry formulation, lamination and thermal treatments) is fully optimized.
The micro-lattice plate can be manufactured using the selective metal laser melting technique, and various shapes of its micro-architecture can be easily produced even if there are non-uniform cells.
By means of the automated system, different and specific architectures can be easily designed and functionally studied.
Through the use of Kiviat charts and algebraic manipulation a quantitative method for evaluating systems architectures can be easily implemented using Microsoft Excel.
Supramolecular systems play a pivotal role to achieve stimuli-responsiveness because the weak non-covalent interactions that are the basis of supramolecular architectures can be easily tuned by a variety of inputs such as light, temperature, molecular interactions and enzymatic activity.
As a result, in the context of a D-SON architecture, we propose a theoretical framework and a functional architecture, which can be easily implemented for self-coordination in 3GPP networks.
