The phrase "attractive centers" is correct and usable in written English.
It can be used to describe locations or places that are appealing or desirable, often in the context of urban planning, tourism, or business.
Example: "The city has several attractive centers that draw tourists and locals alike, offering a variety of shops, restaurants, and cultural attractions."
Alternatives: "appealing hubs" or "charming locations".
PDFs are proposed to characterize interactions at far distances from attractive centers of force due to their properties for representing stochastic phenomena.
By taking the estimations of attractive centers of force generated by agents that behave according to a near range of interaction explained in Section 3.1.
Estimations of attractive zones' locations are depicted as red crosses on Fig. 9. Fig. 9 Clustering of attractive centers of forces.
Particularly, qualitative results can be seen by comparing our approximation of attractive centers of force shown in Fig. 10 with the zones manually labeled by [39] and depicted in Fig. 8.
Since the control vector U k can be seen as the agent's velocity due to the interaction with external forces when at observing Z k, the orientation of this vector can be used as a measurement of alignment with attractive centers of force.
An attractive center can sap the economic vitality of many surrounding suburbs.
The 25-year-old, the most attractive center on the market now Dwight Howard has signed with Houston, met team officials at Cleveland Clinic Courts, the club's suburban facility, a person familiar with the visit told The Associated Press.
Accordingly, the proposed model applies to moving agents that tend to remain on the attractive center of forces, i.e., their speeds tend to be null near it.
Additionally, it is assumed (hat {alpha }_{s} = hat {beta }_{s}), such that moving agents tend to remain on the attractive center of force when they arrive in it.
As a moving agent is approaching an attractive center of force, the number N of measurements identified in a near range of interaction will increase as more vectors ([Z_{k text {near})}^{s},U_{k text {near})}^{s}]) are available.
Based on this, two motion stages are defined: i) When the agent is near to an attractive center of force (near range of interaction) and ii) When the agent is far from it (far range of interaction).
