The phrase "architecture which is suitable" is correct and usable in written English.
It can be used when describing a type of architecture that meets specific requirements or criteria for a particular purpose or context.
Example: "The design team focused on creating an architecture which is suitable for sustainable living in urban areas."
Alternatives: "architecture that is appropriate" or "architecture that fits well".
DWT can be implemented on FPGA using parallel Distributed Arithmetic (DA) architecture, which is suitable for low power implementation.
In this paper, we offer an architecture which is suitable for critical applications, such as medical diagnosis, where reliability and precision are deemed important.
A highly modular, regular, order-recursive, and simple receiver architecture, which is suitable for the DSP chip- and FGPA-based signal processing implementations of MIMO-OFDM wireless communication systems, is obtained.
We used a centralized software architecture in this project, which is suitable for projects with moderate programming complexity.
It uses a distributed architecture that is highly scalable and fault tolerant, which is suitable for operation in a smart manufacturing facility.
In this paper a simple and fast re-configuration algorithm which is suitable for a PV array with Series Parallel architecture is presented and discussed.
Techniques required to transform single-ended architectures to differential architectures are discussed which are suitable for implementation in both p i n and n i n SEED technologies.
The run-time model is the core of the architecture, which is responsible for matching TRs against device capabilities and allocating suitable services for user tasks.
The model dye C275 is featured with donor/acceptor (D/A) molecular architecture, which is primary to achieve the easy charge-transfer excitation and suitable energy levels alignment.
This architecture offers great computational capabilities, which are suitable for complex image-analysis operations in object-oriented approaches [8 10].
