The phrase "aggressive compression" is correct and usable in written English.
It can be used in contexts related to data processing, file management, or any situation where a significant reduction in size or volume is achieved forcefully or effectively.
Example: "The software utilizes aggressive compression techniques to minimize file sizes without sacrificing quality."
Alternatives: "intense compression" or "forceful compression".
If we consider the Grammy nominees in this year's Best Record category as a representative cross section of today's music, it is clear (as the sampling below shows) that aggressive compression is still the norm.
By basing the primary design assumptions on the nature of analytic workloads, the combination of column storage, bitmaps, aggressive compression, and shared disk grid-computing through IQ Multiplex offers significant performance benefits for multi-terabyte databases.
H.264/AVC adopts aggressive compression algorithms at the cost of increased computational complexity.
Not only is sharpness unreliable due to the lens, but its aggressive compression wipes out any edges and fine detail when there is any movement at all.
The new software restores some of the high-frequency sound and stereo separation lost through aggressive compression, enabling users to store about two hours of high-quality music in 64 MB of memory.
Now with direct injection and an aggressive 12.5 1 compression ratio, it's rated by Porsche at 350 horsepower.
The Duratec V-6 may have dual overhead cams, four valves per cylinder and an aggressive 10.5 1 compression ratio, but it is tuned to putter around like a golf cart as long as it is driven with a light foot.
In order to maximize effects of any vasopressor during CPR, rapid aggressive chest compressions must be ensured to maximize blood flow and to enable advanced cardiac life support drugs to reach the arterial vasculature.
In addition, the evidence has been growing steadily for deferring initial defibrillation attempts until a brief period of aggressive chest compressions can first be performed when the circulatory arrest was not witnessed by responding professional rescuers and several minutes have likely elapsed [ 8, 19].
While we know in the laboratory that only continuous, aggressive chest compressions are able to improve vital organ perfusion to levels that render successful defibrillation likely, we failed to enforce laboratory CPR quality on the streets and on the wards [ 14, 15].
In urgent situations like spinal cord compression, such aggressive measures are acceptable.
