The phrase "adapt to changing requirements" is correct and usable in written English.
You can use it in contexts where flexibility and responsiveness to new or evolving conditions are necessary, such as in project management or software development.
Example: "In today's fast-paced business environment, teams must be able to adapt to changing requirements to stay competitive."
Alternatives: "adjust to evolving needs" or "respond to shifting demands."
To better adapt to changing requirements, and assist designers to customize access control policies, this paper proposes a set of access control features, i.e., small components that realize specific capabilities of access control models.
The MVC pattern involves a strict separation of the application logic from the user interface, which allows SemPoD to seamlessly adapt to changing requirements of translational research studies, with a consistent query environment.
However, the technology uses an established modelling process, which makes it very difficult to adapt to changing product requirements.
The SDN concept has some limitations in terms of planes separation among tenants and operators and lack of flexible capability to adapt to changing environment requirements.
The ITER divertor cassettes, which support plasma-facing components (PFCs), provide the flexibility to adapt to changing design requirements imposed by the evolving understanding of divertor physics.
Bi-directional communication between monitoring agents and monitoring servers is an uncommon feature which is enables visPerf to adapt to changing monitoring requirements without reduced need to manually edit configuration.
SON encompasses three main categories: self-configuration, which is related to the capability of automatically deploying new elements in a network and self-optimization, on the ability of the network to adapt to changing service requirements.
We address this gap in disk technology by designing, implementing, and evaluating a quality of security control framework for parallel disk systems, or ASPAD for short, that makes it possible for parallel disk systems to adapt to changing security requirements and workload conditions.
In this paper, we describe an observation-based approach for self-managing web servers that can adapt to changing workloads while maintaining the QoS requirements of different classes.
To adapt to changing environments, runtime verification is an important requirement, and research that integrates traditional verification with self-adaptive software is in high demand.
