The phrase "adding significant complexity" is correct and usable in written English.
It can be used when discussing a situation, process, or system that becomes more complicated or difficult to manage.
Example: "The new regulations are adding significant complexity to our compliance procedures."
Alternatives: "introducing considerable complexity" or "increasing the level of complexity".
We further suggest an enhancement to the greedy approach, termed semi-greedy approach, which takes some concern into the future, without adding significant complexity to the greedy approach.
Such emission spectra can be challenging to acquire, adding significant complexity to two-photon instrumentation and often resulting in poor signal to noise.
It is also clearly emerging that HDACs can regulate acetylation of other nonhistone proteins, adding significant complexity to this field.
Such small amounts in addition to the similarity in structures add significant complexity to the blend uniformity analysis.
Ms. Yohn, a professor at Indiana University, added that "differential accounting standards for private companies will add significant complexity and cost to financial reporting".
In gas condensate systems at relatively low interfacial tension (IFT) values, phase change and dependency of relative permeability on velocity and interfacial tension add significant complexity to proposing such an efficient and much needed tool for practical applications.
Notably, roll-your-own infrastructure adds significant complexity and cost to the software development process.
This delays diagnosis and adds significant complexity to the care of critically ill patients when hours matter.
They're similar to peer-to-peer product marketplaces, but transactions are based on temporary usage rather than an exchange of physical ownership – which adds significant complexity.
Phase-Locked Loops (PLLs) and Delay-Locked Loops (DLLs) can be used to compensate for delays but this adds significant complexity and ultimately limits the pixel clock rate.
Although probabilistic schedules are shown to outperform deterministic schedules, the random activation strategy of the processing nodes is not very suitable to HW implementation and adds significant complexity overheads.
