Search results
May 26, 2021 · In this review, we explore how neuromodulators regulate the neuronal circuits that control context-dependent communication by describing several examples across species including frogs, birds, fish, and rodents. Communication behaviors can vary over a wide range of timescales, from milliseconds to the lifespan of the animal.
- Charlotte L Barkan, Elizabeth C Leininger, Erik Zornik
- 2021
Jul 12, 2023 · A network communication model formalizes a conceptualization of neural signalling — for example, via routing or diffusion — into a well-defined algorithm to guide signals across the connectome.
Commonly, chemical communication between neurons is thought to be fast (millisecond time scale), point-to-point (neuron to neuron), and simple (either excitatory or inhibitory). These are hallmarks of what we generally call neurotransmission (Fig. 1.1).
Oct 4, 2021 · We focus on the vocal circuit dynamics of Xenopus frogs, and describe complementary examples from diverse vertebrate communication systems.
Nov 1, 2021 · Her current research examines the roles of voice modulation in human nonverbal vocalizations (such as laughter and cries) and in speech, from shaping social interactions to providing unique insight into the evolution of acoustic communication in animals, including the human animal.
- Juan David Leongómez, Katarzyna Pisanski, Katarzyna Pisanski, David Reby, Disa Sauter, Nadine Lavan,...
- 2021
System Theory. Everything around us is being divided into various associations by which we categories into various systems. The systems theory is associated with unification of happenings detached from their subsistence. A system always will have an entity depending on the nature of the system.
People also ask
What is phase modulation?
Why do we modulate a signal?
How do neuromodulators regulate context-dependent communication?
What is a carrier modulation?
Why is voice modulation important in nonverbal communication?
Does voice modulation work outside of human speech?
Dec 23, 2021 · Modulation is a process of mixing a signal with a sinusoid to produce a new signal. This new signal, conceivably, will have certain benefits over an un-modulated signal. Mixing of low frequency signal with high frequency carrier signal is called modulation.
