Stimulus–response model

Abstract: Experiencing a single stimulus–response cooccurrence leads to the creation of a binding between the codes of stimulus and response features: an event file. Here we investigate whether event files survive a switch to and from another task (ABBA) or whether task switching involves a suppression of stimulus-response bindings. Participants switched between responding to the colour or the identity of coloured letters, and the mapping of stimuli to response keys varied from trial to trial. Results show that responses were faster if the stimulus in trial matched the stimulus in trial n–3, but only if the stimulus–response mapping was repeated. This suggests that stimulus codes were still bound to the codes of the response they accompanied 3 trials earlier and 2 task switches ago. Thus, an event file can survive one or more task switches and, thus, may represent a first step towards a more enduring memory trace.

Abstract: Publisher Summary This chapter presents a theory and attempts to apply its principles to the problem of training people who are mentally retarded. The chapter discusses the deficits and processes peculiar to the retardate. The chapter focuses on the techniques that have been used for educating or training the retarded. The general theory discussed in the chapter avoids the use of hypothetical concepts or intervening variables and depends on a continual, detailed analysis of stimulus and response for the explanation and prediction of behavior. The main abstract concepts employed are stimulus (S) and response (R) and the relationship between them—that is, response tendency (S–R). The chapter discusses the variables that facilitate the establishment or strengthening of a relatively permanent response tendency.

Abstract: As was shown by Wykowska, Schubo, and Hommel (Journal of Experimental Psychology, Human Perception and Performance, 35, 1755–1769, 2009), action control can affect rather early perceptual processes in visual search: Although size pop-outs are detected faster when having prepared for a manual grasping action, luminance pop-outs benefit from preparing for a pointing action. In the present study, we demonstrate that this effect of action–target congruency does not rely on, or vary with, set-level similarity or element-level similarity between perception and action—two factors that play crucial roles in standard stimulus–response interactions and in models accounting for these interactions. This result suggests that action control biases perceptual processes in specific ways that go beyond standard stimulus–response compatibility effects and supports the idea that action–target congruency taps into a fundamental characteristic of human action control.

Abstract: Online retailing is a competitive and dynamic area, which is created based on the artificial brick and motor concept. This artificial brick and motor concept has to create an online shopping atmosphere and design, which need to be strong in terms of attracting the end consumers. And to do this there needs to be a trigger, or in other words a stimulus which causes an action and the response becomes reaction to that stimulus. Based on the past theories by psychologists the stimulus and response is not the only factor which serves as a basis for decision making but there is a third essential and integral dimension that is organism. Organism simply means a system consisting of interdependent parts which are interlinked. This research paper makes an attempt to study the Stimulus-Organism-Response (S-O-R) model in the online context giving an overview on the evolution of S-O-R model in various context of online retailing with respect to the advent of e-commerce. In this study, we identify and explore how online merchandising cues and emotional states of generation Z influence the various dimensions of purchase intentions for apparel shopping. It also aims to find the importance of stimulus and response when mediated by organism which is reviewed as emotion of consumers from the gaps of various literatures.