The sentence "information can be exchanged" is grammatically correct and can be used in written English.
It can be used to indicate that information can be passed from one person to another, or between different systems or platforms. Example: In today's digital age, information can be exchanged instantly through various means such as email, messaging apps, and social media.
It is ideally constructed to mesh with the Internet because clues and information can be exchanged on the Web.
This cooperating information can be exchanged through the backhaul.
Each small cell is assumed to have a backhaul link to the macro cell so that some mutual information can be exchanged.
Hybridization among closely related species is not unknown in some animals (lions and tigers, for example), several groups of plants (e.g., the rose family) and many different microbial taxa where genetic information can be exchanged between very distantly related groups.
We here assume that the mobile receiver has perfect instantaneous CSI, whereas the BSs only have the statistical CSI including Ut,i, U r, D i and M i (and thus Ω i ) (i = 1, 2,..., m), and this information can be exchanged among the BSs via the wired backbone.
Auditory information can be exchanged very quickly between the anterior superior temporal gyrus and the fronto-parietal operculum.
Images of America transmitted on CNN that can rouse a foreign religious sect to rage; porous borders that enable terrorists to easily penetrate our defenses; clandestine information that can be exchanged via cellphone or satellite: the same technology that drives the West drives those who would threaten its survival.
Now, that isn't to say there isn't confidential information that can be exchanged during the procurement process with sensitive agencies like the Defense Department.
The multipath key reinforcement scheme can strengthen any link between any two neighboring sensor nodes that shared a single key via updating the communication key if enough routing information of them can be exchanged.
Simulation results are presented in Section 6, and we conclude our discussion in Section 7. Timing information between network nodes can be exchanged either using time-stamped packets at the MAC layer or by estimating arrival times of neighboring nodes' physical layer pulse signals.
Since each robot obtained the map of the environment where it traveled (to perform the calculation of the distance to the goal), information about the presence of obstacles can be exchanged when robots cross each other.
