The phrase "attractive inputs" is correct and usable in written English.
You can use it when referring to inputs that are appealing or desirable, often in the context of data, ideas, or contributions in various fields such as marketing, design, or technology.
Example: "To enhance our project, we need to gather attractive inputs from our target audience to ensure we meet their needs."
Alternatives: "appealing inputs" or "desirable inputs".
Thus, when evaluating potential food sources, animals must weigh both aversive and attractive sensory inputs.
We found that for visual and attractive odor inputs, the slope of the nonlinear function was steeper in the first 10 min than in the second 10, indicating larvae were slightly less responsive to stimulus changes in the latter half of the experiments.
LORD and T-LORD are attractive Multiple-Input Multiple-Output (MIMO) detection algorithms, that aim to approach the optimal Maximum-Likelihood (ML) and Maximum-A-Posteriori (MAP) performance, respectively, yet allowing a complexity quadratic in the number of transmitting antennas rather than exponential.
Our results here resonate with discoveries in the gustatory system (Inagaki et al., 2014) and show that starvation changes the perception of both attractive and aversive sensory inputs beginning at the peripheral nervous system.
In this light, the Harris hypothesis of conflicting sensory input is attractive [ 3], and lead to the development of a novel device to try to reduce this conflict.
To study how attractive and aversive odor input channels might be modulated in starved flies, we took advantage of the finding that the odor map changes as concentrations of odor increase (Wang et al., 2003).
Surprisingly, we found that neurons expressing Gr66a, a gustatory receptor normally involved in avoidance behaviors, receive input for both attractive and aversive preferences.
The presented method does not require any application-specific input, which makes it attractive for the analysis of other multiscale anatomical structures.
However, the lack of efficient and cost-effective cathode catalysts and the need of additional electricity input make it less attractive.
The direct-conversion architecture is an attractive front-end design for multi-input multi-output (MIMO) orthogonal frequency division multiplexing (OFDM) systems.
