The phrase "addressing architecture" is correct and usable in written English.
It can be used in contexts where one is discussing the design, planning, or consideration of architectural elements or structures.
Example: "In our meeting, we will be addressing architecture to ensure that our designs meet both aesthetic and functional requirements."
Alternatives: "discussing architecture" or "considering architecture".
We will read a series of architectural and theoretical texts that offer important conceptual and intellectual tools for addressing architecture's relation to technology, media, ecology, sexuality, spatial politics, and a range of other problems and directions.
The various design parameters and addressing architecture trade-offs are discussed.
There are several types of scoped addresses defined in the "IPv6 Addressing Architecture" [ADDRARCH].
This chapter begins with a discussion of the IPv6 addressing architecture, as designed by the original IPng working groups.
For some of the address forms defined in the IPv6 addressing architecture, it can use an IPv4 numeric address form in the last 32 bits (e.g., ffff: 10.1.2.3).
This paper describes a wired addressing architecture of distributed sensors for monitoring real-time in situ pressure variations in underwater environment.
His work asks how the design of conventional and emerging material technologies can address architecture's big problem, energy and where we get it.
From 2012 other works have addressed architecture refactoring and software module clustering.
This relates to the middleware introduced in this manuscript; however, it addresses architectures more suitable for large enterprises.
With these limitations in mind, our observations identified several important features of the genetic architecture of growth traits and indicate the importance of future effort for addressing the architecture of epistatic interaction networks in illustrating the genetic basis of complex traits, including human diseases.
These include the mapping of guest state to host state and emulation of the memory-addressing architecture, instructions, exceptions, and operating system calls.
