PSK

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PSK

(communications)
phase-shift keying
McGraw-Hill Dictionary of Scientific & Technical Terms, 6E, Copyright © 2003 by The McGraw-Hill Companies, Inc.

PSK

(communications)
Phase Shift Keying.
This article is provided by FOLDOC - Free Online Dictionary of Computing (foldoc.org)

PSK

(1) See preshared keys.

(2) (Phase Shift Keying) A digital modulation technique that uses two phases for a 0 or 1. Also called "binary PSK" (BPSK), it is the most basic form of phase shift keying. For example, quadrature PSK (QPSK) uses four phase shifts for each two bits of input. See phase modulation, QAM and DPSK.


Phase Shift Keying
PSK is a simple technique that uses two phases to represent 0 and 1.







Quadrature PSK
QPSK uses four phases 90 degrees apart to represent four values in each two bits (0-4) of input.
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Analysis of TAOK2 immunoreactivity in mouse cortical neurons dissociated at embryonic day (E) 17 and cultured 2 days in vitro showed that TAOK2 preferentially localized to growth cones.
Effects of Overexpression and Downregulation of TAOK2 in Basal Dendrite Formation and Axon Elongation
The initial experiments were done on cultured mouse cortical neurons using Taok2 shRNA and rTAOK2 constructs.
To determine the effect of TAOK2 on post-migratory differentiation of cortical neurons in vivo, they used in utero electroporation techniques to insert the TAOK2 shRNA, control shRNA and rTAOK2 plasmids in E15 mouse embryos.
TAOK2 shRNA-mediated downregulation also led to a decrease in the number of callosal axons traversing the midline which is also consistent with the facts stated by [23] regarding a smaller sized corpus callosum being found in the autistic patients which largely contribute to impaired cortical connectivity.
Impact of thousand-and-one amino acid 2 kinase mediated neuro-differentiation in cerebral cortex and impairment of mirror neuron pathways on autism spectrum disorders

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