In part I, the Two-Process model for sleep-wake regulation was discussed and it was shown that it could usefully be represented as a one-dimensional map with discontinuities. Here we discuss some recent, more physiological, models of sleep wake dynamics. We describe how their fast-slow structure means that one can expect them to inherit many of the dynamical features of the Two-Process model
Abstract According to the two-process model of sleep regulation, the timing and structure of sleep a...
to stimulate new experiments and interpret the results. The two-process model1,2 postulates the inte...
The level of EEG slow-wave activity (SWA) is determined by the duration of prior sleep and waking. S...
In part I, the Two-Process model for sleep-wake regulation was discussed and it was shown that it co...
Sleep-wake regulation is an example of a system with multiple timescales, with switching between sle...
Since its inception four decades ago the two-process model introduced by Borbély has provided the co...
Sleep is essential for most living things to function. Many features of sleep are not yet understood...
Sleep is essential for the maintenance of the brain and the body, yet many features of sleep are poo...
Sleep is essential for the maintenance of the brain and the body, yet many features of sleep are poo...
Sleep is essential for the maintenance of human life, yet many features of sleep are poorly understo...
Sleep is essential for the maintenance of human life, yet many features of sleep are poorly understo...
For more than thirty years the `two process model' has played a central role in the under- standing ...
A model and analysis of the human sleep/wake system is presented. The model is derived using the kno...
Abstract Daan et al. (1984) have proposed that sleep and wakefulness are regulated, in part, by a &q...
<p>(a) A single trajectory of the two-process model showing successive times of sleep onset. (b) Tra...
Abstract According to the two-process model of sleep regulation, the timing and structure of sleep a...
to stimulate new experiments and interpret the results. The two-process model1,2 postulates the inte...
The level of EEG slow-wave activity (SWA) is determined by the duration of prior sleep and waking. S...
In part I, the Two-Process model for sleep-wake regulation was discussed and it was shown that it co...
Sleep-wake regulation is an example of a system with multiple timescales, with switching between sle...
Since its inception four decades ago the two-process model introduced by Borbély has provided the co...
Sleep is essential for most living things to function. Many features of sleep are not yet understood...
Sleep is essential for the maintenance of the brain and the body, yet many features of sleep are poo...
Sleep is essential for the maintenance of the brain and the body, yet many features of sleep are poo...
Sleep is essential for the maintenance of human life, yet many features of sleep are poorly understo...
Sleep is essential for the maintenance of human life, yet many features of sleep are poorly understo...
For more than thirty years the `two process model' has played a central role in the under- standing ...
A model and analysis of the human sleep/wake system is presented. The model is derived using the kno...
Abstract Daan et al. (1984) have proposed that sleep and wakefulness are regulated, in part, by a &q...
<p>(a) A single trajectory of the two-process model showing successive times of sleep onset. (b) Tra...
Abstract According to the two-process model of sleep regulation, the timing and structure of sleep a...
to stimulate new experiments and interpret the results. The two-process model1,2 postulates the inte...
The level of EEG slow-wave activity (SWA) is determined by the duration of prior sleep and waking. S...