The phrase "a dynamic master" is correct and usable in written English.
It can be used to describe someone who is highly skilled and adaptable in their field, often in a leadership or authoritative role.
Example: "In the world of technology, he is regarded as a dynamic master, constantly innovating and inspiring his team."
Alternatives: "an agile leader" or "a versatile expert."
To efficiently move them across the rail system, Norfolk Southern designed another technology called Movement Planner, which combines Positive Train Control location data with thousands of other pieces of information to create a dynamic master plan.
This trend is consistent for both LPS and poly (I C) treatments, suggesting that SAG may be a dynamic master regulator of macrophage death/survival during infection, without which apoptosis ensues.
The proposed framework applies a dynamic master-worker strategy (DMW) to estimate gene abundances in metagenomes.
Tentacle stratifies metagenomes into jobs that are distributed using a dynamic master-worker scheme (Fig. 1).
Tentacle is implemented using a dynamic master-worker approach in which DNA fragments are streamed via a network and processed in parallel on worker nodes.
Tentacle uses a dynamic master-worker approach where sequence data is streamed over the network and processed in parallel on worker nodes while keeping the number of time-consuming disk operations to a minimum.
The group played a Monk tune that truly demonstrated the honed precision of their working dynamic; master musicians with intuitive interplay that only comes from working together over a sustained period.
These findings identified the kinase responsible for initiating the cascade of the PTMs and map the cross-talk between phosphorylation and ubiquitination that regulate this dynamic master regulator.
In this study, ChIP-seq analysis demonstrated that Smad1 and Tcf7l2 co-occupy sites with cell-specific master regulators in a dynamic manner throughout differentiation.
Static and dynamic master-slave flip-flops based on biased-load and pseudo-CMOS logic are designed, fabricated and characterized.
This paper considers such dynamic master-slave architectures and addresses the problem of enforcing fail silent behavior both in the master and in the slave nodes.
