Galvanic Skin Response (GSR) has recently attracted researchers' attention as a
prospective physiological indicator of cognitive load and emotions. However, it has …

Experiencing high cognitive load during complex and demanding tasks results in
performance reduction, stress, and errors. However, these could be prevented by a system …

Besides proposing a short survey of eye tracking studies directly or indirectly connected with
e-learning technology, in this paper we describe our ongoing research primarily directed to …

This article presents a framework of adaptive, measurable decision making for Multiple
Attribute Decision Making (MADM) by varying decision factors in their types, numbers, and …

Human physiological signals have been widely used to non-invasively measure cognitive
load (CL) during task execution. A major challenge for CL detection is the presence of …

This paper discusses the utilization of pilots' physiological indications such as
electroencephalographic (EEG) signals, ocular parameters, and pilot performance-based …

Pupillary response is a popular physiological index of cognitive workload that can be used
for design and evaluation of adaptive interface in various areas of human-computer …

In this paper we address the problem of multimodal car driver stress recognition. To this aim,
four different signals are considered: heart rate (HR), breathing rate (BR), palm EDA (P …

Pupillary response has been widely accepted as a physiological index of cognitive
workload. It can be reliably measured with remote eye trackers in a non-intrusive way …

The levels of stress while driving affect the way we drive and have an impact on the
likelihood of having an accident. Different types of sensors, such as heart rate or skin …