The phrase "available to fully exploit" is correct and usable in written English.
It can be used when discussing resources, opportunities, or capabilities that can be utilized to their maximum potential.
Example: "The new software features are available to fully exploit the capabilities of our hardware."
Alternatives: "ready to fully utilize" or "accessible for complete leverage".
For a more efficient use of the available spectrum and to fully exploit the opportunistic nature of our scheme, we consider monitoring and decision-making on a per-RB basis instead of on a per-frequency-band basis (i.e., containing several RBs).
The Bayesian statistical system identification framework is capable to fully exploit available information from the measurement.
To fully exploit the available capacity of the network, adaptive strategies that can switch between several modes are needed.
To fully exploit the available resource, the unutilized time slots in TDMA scheduling are used by the relay nodes to retransmit the packets to the destination [3].
Accordingly, the proposed approach has great potential to reduce the active power losses and to fully exploit the available reactive power resources.
To reduce the conservatism of observer design, a Lyapunov Krasovskii functional (LKF) is adopted to fully exploit the available characteristics about activation function.
To address this challenge, we propose to use network coding as a transmission technique, which thanks to its unique property of allowing uncoordinated cooperation of the nodes is able to fully exploit the available capacity.
This is intuitively appealing with the spatial diversity of MIMO systems and the usual properties that optimal training matrices possess in such systems (i.e., that they tend to fully exploit the available spatial diversity).
In this essay we describe the principles and computational algorithms of an original method developed to fully exploit the available knowledge on cancer biology with the ultimate goal of fruitfully driving both preclinical and clinical research on anticancer targeted therapy.
However, disparate PubMed references and individual genome annotation and protein data deposited in public databases do not provide a unified resource required to facilitate the advanced searches, analyses and data manipulation necessary to fully exploit the available and rapidly emerging new data in the Dnd field.
