The phrase "accurately navigate" is correct and usable in written English.
You can use it when referring to the ability to find one's way or manage a situation with precision and skill.
Example: "In order to succeed in this complex project, we must accurately navigate the various challenges that arise."
Alternatives: "skillfully maneuver" or "precisely guide".
Being aware of potential points of derailment helps to better and more accurately navigate your readers past your own missteps so they can succeed where perhaps you first failed quite miserably.
This paper reports the automated data collection and analysis for bridge decks based on our novel robotic system which can autonomously and accurately navigate on the bridge.
Instead, the startup's software stack, coupled with an array of onboard sensors/cameras, aims to enable autonomous vehicles to safely and accurately navigate even complex urban environments with much simpler maps.
The LFR navigation system required, at a minimum, only a simple AM radio receiver on board the aircraft to accurately navigate the airways under instrument meteorological conditions, and even execute an instrument approach to low minimums.
With this remarkable innovation, the surgeon can accurately navigate with any microdebrider blade, of any angle, from any manufacturer.
The ability to accurately navigate through the world is vital for the survival of mobile animals, and requires the perception and encoding of spatial cues associated with important locations such as food nesting location.
Being able to navigate accurately is one of the fundamental capabilities of a mobile robot to effectively execute a variety of tasks including docking, transportation, and manipulation.
It even has been deduced that only the Geophysical Field of Earth (GFE) referencing methods (UMN is a typical one) can enable Unmanned Underwater Vehicles (UUV) to navigate accurately over large areas [4, 5].
To answer that question accurately, one must navigate through the labyrinth that is the Knight Foundation.
The present study, along with the previously published study identifying emergent endotracheal intubations, illustrates how search algorithms can be used to accurately and rapidly navigate the EMR.
Developing axons possess a considerable degree of functional autonomy, and axons severed from their cell bodies can respond to guidance cues in culture (Campbell and Holt, 2001) and navigate accurately in vivo (Harris et al., 1987).
