The phrase "quantity and complexity of" is correct and commonly used in written English.
It is often used to describe the amount or level of something and how intricate or complicated it is. Example: The success of a project depends on the quantity and complexity of the data analyzed.
The increase in quality, quantity, and complexity of recombinant products heavily drives the need to predictably engineer model and complex (mammalian) cell systems.
Many fields and industries are witnessing huge increases in the quantity and complexity of recorded data.
Deep learning A.I. has the capability to assess the quantity and complexity of this heterogeneous and unstructured data in real time.
The increase in quality, quantity, and complexity of recombinant products relies heavily on the ability to engineer mammalian cell systems.
The quantity and complexity of data acquired, time-stamped and stored in clinical databases by automated medical devices is rapidly and continuously increasing.
There is an enormous volume of data in healthcare, as Gleb Esman, senior product manager for fraud detection at software company Splunk, explains, and the quantity and complexity of data is only growing.
In real operations, variable productivity is more likely and results from many factors, such as quantity, quality, and complexity of work, as well as prevailing environmental conditions.
Such a systematic validation exercise allowed us to prove that our multiaxial fatigue criterion is successful in designing welded joints against VA multiaxial fatigue, this holding true independently from both definition adopted to calculate the necessary stress quantities and complexity of the assessed load history.
And the problem has global repercussions; almost half of all patents issued in America go to foreign firms.In this section On their way back The big picture Business at snail speed Gucci coochie coup Skin deep Inventive ideas Now it's Novell Like father, like son ReprintsAs a result of the quantity and complexity, the quality of patents is dubious.
The flexibility to roll-your-own workflow enables the user to tackle both prokaryotic and eukaryotic assembly projects, tailoring the amount of work to be done based on the availability of computing resources, quantity of sequence data and complexity of the genome.
On the other hand, there may be devices of sufficient quantity and complexity so that nearly all the possible occurrences may be covered by a control-system action ensuring automatic control of any foreseeable failure or upset and thus making possible unattended control of the process.
