In psychological experiments, participants are typically instructed to respond as fast as
possible without sacrificing accuracy. How they interpret this instruction and, consequently …

In an attempt to simplify data analysis and to avoid confounds due to speed-accuracy trade-
off, sometimes integrated measures of speed and accuracy are used. Although it has been …

Most models of response time (RT) in elementary cognitive tasks implicitly assume that the
speed‐accuracy trade‐off is continuous: When payoffs or instructions gradually increase the …

Speed–accuracy trade-offs strongly influence the rate of reward that can be earned in many
decision-making tasks. Previous reports suggest that human participants often adopt …

In this paper we investigate trade-offs between speed and accuracy that are produced by
humans when confronted with a sequence of choices between two alternatives. We assume …

The study investigates the neurocognitive stages involved in the speed-accuracy trade-off
(SAT). Contrary to previous approach, we did not manipulate speed and accuracy …

Abstract Diffusion models (Ratcliff, 1978) make it possible to identify and separate different
cognitive processes underlying responses in binary decision tasks (eg, the speed of …

In many response time tasks, people slow down after they make an error. This phenomenon
of post-error slowing (PES) is thought to reflect an increase in response caution, that is, a …

Both in real life and experimental settings, increasing response speed typically leads to
more error-prone actions. Processes underlying such a “speed–accuracy trade-off”(SAT) are …

Reaction time is believed to be a good indicator of the speed and efficiency of mental
processes and is a ubiquitous variable in the behavioral sciences. Despite this popularity …