The phrase "adaptation to optimize" is correct and usable in written English.
It can be used in contexts where you are discussing changes or modifications made to improve efficiency or effectiveness in a particular process or system.
Example: "The adaptation to optimize our workflow has resulted in significant time savings and increased productivity."
Alternatives: "modification for enhancement" or "adjustment to improve".
The melanization of human skin may be an adaptation to optimize synthesis of vitamin D by permitting more or less ultraviolet radiation to penetrate the epidermis.
Patients with Parkinson's disease (PD) have difficulties in movement adaptation to optimize performance in novel environmental contexts such as altered screen cursor-hand relationships.
Moreover, the host cell response to virus infection in Vero cells with respect to their deficiency in interferon (IFN) production and the need for virus adaptation to optimize productivity of this cell line were analyzed.
In particular, we propose an Energy-Cost-Distortion solution, which exploits the benefits of in-network processing and medical data adaptation to optimize the transmission energy consumption and the cost of using network services.
To improve understanding of speech, the OT advises to make minor adaptations to optimize the living environment to improve visibility and audibility (if required).
Section 2 presents a system model based on the IEEE 802.11 PHY standard and theoretically analyzes the methodology to choose the rate adaptation thresholds to optimize the throughput.
In [7], the authors have modeled the players as the Transmission Control Protocol (TCP) flows and the actions as the rate adaptation parameters to optimize their own average throughputs.
The phylogenetic tree shows that the major LHCII genes have undergone significant divergence in different organisms; this may be an adaptation mechanism to optimize light-harvesting capacity and acclimation to environmental conditions.
It has long been known that the highly expressed genes in many bacterial genomes utilize a very limited set of the possible synonymous codons, an adaptation thought to optimize the use of available tRNAs, thereby promoting translation speed and/or accuracy (Sharp et al. 2005, 2010; Dong et al. 1996; Ikemura 1985).
In this article, we provide SIEM correlation with self-adaptation capabilities to optimize and significantly reduce the intervention of operators.
In this scenario, rate adaptation is required to optimize the overall quality, whereas fairness is an important issue that has to be addressed.
