The phrase 'provide the same function' is correct and usable in written English.
You would use this phrase to compare two things that have similar purposes. For example, you could say, "A smartphone and a laptop both provide the same function of allowing the user to access the internet and complete tasks."
Perhaps people who drive luxury autos when compact cars provide the same function, and people who wear designer fashions when Kmart clothing can cover their bodies, should also make charitable donations.
A good indicator as to whether a design meets this test is when there are alternative designs that can provide the same function.
"Mobile phone users no longer have to bring their bank cards in the future because their smartphones can provide the same function," Hongfeng said.
It consists of multiple candidate services that provide the same function but are deployed on different places.
With the advent of cloud computing, more and more web services in cloud may provide the same function but differ in performance.
These simpler learning rules provide the same function as the replicator dynamic: in between rounds of play, agents rely on their learning rule to decide what strategy to employ.
Each serve a different set of needs and muscles, but ultimately provide the same functions: walking assistant and resistance for helping wearers improve strength and balance.
Thus in the RNA-world, one type of molecule serves two functions (growth and replication), while in the ANA-world, two molecules come together (protein and nucleic acid) to provide the same functions.
The basic assumption of In-Safety was that the combination of infrastructure and telematics measures can provide a more cost-efficient solution, avoiding performing expensive infrastructure works by providing the same function through a telematics or other innovative system.
In principle, the novel proteins could rescue these auxotrophs either by providing the same function as the deleted enzyme, or by one of the three alternative mechanisms described below: First, we considered the possibility that an auxotroph in a biosynthetic pathway might be rescued by a de novo sequence that produces the end product via a novel bypass pathway.
Irrespective of whether the de novo proteins rescue auxotrophs by providing the same function as the deleted enzyme or by some alternative mechanism, we expected the artificial sequences – which were neither selected by evolution (in vivo or in vitro), nor explicitly designed for enzymatic activity – to have far lower levels of activity than naturally evolved sequences.
