Flexible passenger transportation occurs in response to the rigidity of the routes and travel
conditions offered by conventional public transportation systems. In this modality, both origin …

This paper presents the design of an artificial autonomous system (called AAS) for the stock
market domain that considers an approximation from the Big Five model, which proposes …

The rise of Artificial Intelligence (AI) enables enterprises to manage large amounts of data in
order to derive predictions about future performance and to gain meaningful insights. In this …

This work analyzes the implementation of an artificial mechanism inspired by a biological
somatic marker that ables a passenger agent to both, react to changes in the service, as well …

Sometimes, the conscious act of decision-making in humans is dramatically interrupted by
situations that warrant an immediate response (eg when there is an imminent risk). The …

The somatic marker hypothesis proposes that when a person faces a decision scenario,
many thoughts arise and different “physical consequences” are fleetingly observable. It is …

Somatic markers have been evidenced as determinant factors in human behavior. In
particular, the concepts of somatic reward and punishment have been related to the decision …

This work presents the design of an adaptive, intelligent, autonomous system based on the
use of artificial somatic markers and personality traits of the Big Five model. The aim is for …

The importance of predicting the rise and fall of the stock market is indisputable, as it helps
investors make wise decisions in terms of buying and selling stocks; however, underlying …

This work analyzes the route time, the service cost, and well-being in flexible passenger
transportation. By using affective intelligent agents within an artificial environment, seven …