"information is divided" is a grammatically correct and commonly used phrase in written English.
It can be used to indicate that information has been separated into different categories or parts, or that there are different perspectives or opinions on the information. Example: "In this report, the information is divided into three main sections: background, findings, and recommendations."
He was trying to make the slippery problem of the evolution of human culture as tractable as that of biological evolution, and he thought that if cultural information could somehow be divided into separately transmissible elements, in the way that biologically heritable information is divided into genes, the rest might follow.
In the new world of the iPad circa iOS4.2, incoming information is divided neatly between email and social alerts.
When the transactions are consequentially modified from the original database, the discovered information is divided into three parts with nine cases.
The real-time traffic information is divided into three classes of mutual relationships such as friends, friends-of-friends and non-friends.
In PA-SHWMP, the user privacy information is divided into different categories according to the security requirements, which are diverse for different information to be transmitted under various circumstances, or with assorted available resources.
In the luminance chrominance models (e.g. YIQ, YUV, YCbCr), the image information is divided in a luminance component (brightness, present in the Y component) and two chrominance components (color or tone).
Rivalries within the military meant that information was divided, hoarded, and scattered.
Above all, rivalries among and within the intelligence services meant that information was divided, hoarded, blocked, scattered.
In three auditory messages, the information was divided into three small and meaningful units, similar to the way this was done for the SMS and the PDA screens.
Once the hole classification for the frames in the buffer are obtained, then the dynamic holes in the sprites are given by Ω D S =Ω O S ∩Ω D. The holes remaining in the sprite, after compensating the true texture from the temporal information, are divided into small and large holes.
The information rate per time unit decreased as expected, because the same amount of information was divided by a larger time unit (as a universal law the amount of information cannot be increased by any subsequent processing).
