The phrase "all kinds of processing" is correct and usable in written English.
It can be used when referring to various types or methods of processing in a particular context, such as data, information, or materials.
Example: "The software is capable of handling all kinds of processing, from simple calculations to complex data analysis."
Alternatives: "various types of processing" or "a variety of processing methods".
Services can implement signal processing function, classification tasks, sensor readout, or other kinds of processing.
Gruner, a former Data General designer and one of Alliant's three co-founders, is certain that "parallel processing in the scientific marketplace is going to be the generic technology". Alliant's machines combine the two kinds of processing.
Scholars have studied all kinds of threshold processing technologies, including global threshold value, adaptive threshold value, and the best threshold value.
Huang sees a day when mobiles with graphics cores will be able to identify objects through a camera, much like Tony Stark's visor did in Iron Man 2. "To make that happen you need a supercomputer with all kinds of parallel-processing capability and a mobile device with parallel-processing capabilities.
Still, the utilitarian promise of information technology to business has been much the same since 1964, when I.B.M. introduced its 360 mainframe, a flexible machine capable of tackling all kinds of data-processing chores in business.
"At the same time I was kind of processing the idea of, 'Wow, we can end up being the No. 1 team in the country when this game ends,' and what all that would mean on top of everything that's been going on," Martelli said.
At present, all kinds of stream data processing based on instantaneous data have become critical issues of Internet, Internet of Things (ubiquitous computing), social networking and other technologies.
Biographical research leads, she says, to "an insufferable familiarity", while the books that are its end result function only "as a kind of processing plant where experience is converted into information the way fresh produce is converted into canned vegetables".
He is known for his contributions to Computational Auditory Scene Analysis, and for developing and transferring techniques between all different kinds of audio processing including speech, music, and environmental sounds.
One may refer to this function loosely as the "effective scanning probe tip" as it represents the convolution of the effects of the actual tip shape with all kinds of scanning and signal processing irregularities.
