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2011.OpenUrlCrossRefMedline ↵ Hasselmo ME , Linster C , Patil M , Ma D , Cekic M. Noradrenergic suppression of synaptic transmissionmay influencecortical signal - to - noise ratio
42:33–84 Hasselmo ME , Linster C , Patil M , Ma D , Cekic M : Noradrenergic suppression of synaptic transmissionmay influencecortical signal - to - noise ratio
Hasselmo , M. E. , Linster , C. , Patil , M. , Ma , D. & Cekic , M. Noradrenergic suppression of synaptic transmissionmay influencecortical signal - to - noise ratio
to 10(passive) was setThe signal - to - noise ratio
These factors combineto createsignal - to - noise ratio
Behav Brain Res 67 : 1–27 , 1995.OpenUrlCrossRefMedlineWeb of Science Hasselmo M , Linster C , Patil M , Ma D , and Cekic M. Noradrenergic suppression of synaptic transmissionmay influencecortical signal - to - noise ratio
Quiz5 Lectures 2 - 23 - Key Noradrenaline and signal - to - noise ratio Hasselmo ME , Linster C , Patil M , Ma D , and Cekic M. Noradrenergic suppression of synaptic transmissionmay influencecortical signal - to - noise ratio
1997 ) Noradrenergic suppression of synaptic transmissionmay influencecortical signal - to - noise ratio
Hasselmo M.E. , C. Linster , M. Patil , D. Ma , & M. Cekic : Noradrenergic suppression of synaptic transmissionmay influencecortical signal - to - noise ratio
significant factorscontributingto the signal - to - noise ratio
the different factorsinfluencingthe signal - to - noise ratio
by adding a known amount of white noise to the transmitted signal(passive) is setsignal to noise ratio
in - band channel interferers(passive) caused bya signal - to - noise ratio
reflection of light by the two opposite end faces of two connected optical fibers(passive) caused bysignal - to - noise ratio
ratio based on The obtained valuesetindicative of the signal to noise ratio
the processing of the pixel data in the sub path 62(passive) caused bythe signal - to - noise ratio
remnant projected light compared with the detected scattered light(passive) caused bythe signal - to - noise ratio
Speech recognition technologies ... factorsinfluencethe signal to " noise " ratio
many factors ( non - operator - dependent factors : magnetic a Fig(passive) is influenced byThe signal - to - noise ratio
volume conduction(passive) caused bylow signal - to - noise ratio
only a fraction of the overall scattered light intensitycontributesto the signal - to - noise ratio
filtering / compression(passive) caused bysignal - to - noise ratio ( SNR
the compression ratioresultsfrom the signal - to - noise ratio
to −3 dB(passive) was setThe signal - to - noise ratio
to 3.5(passive) was setThe signal - to - noise ratio
at 0.3(passive) was setThe signal to noise ratio
the calculated valuesetindicative of the signal to noise ratio
at 20:1(passive) was setThe signal - to - noise ratio
to 6 dB(passive) is setThe signal - to - noise ratio
lake erie trading company rhythmicity in the background activitywill influencethe signal - to - noise ratio
quantization noise at the time of A / D conversion(passive) caused bythe signal - to - noise ratio
because ranking systems always end up creating a competitive atmosphere leading to mass submissionscreatingsignal to noise ratio issues
Rayleigh fading(passive) caused bysignal - to - noise ratio
the combined effect of PMD and thermal noise(passive) caused bysignal - to- noise ratio
laser intensity fluctuations(passive) caused bylow signal - to - noise ratio
The first amplifier in the systemusually setsthe signal - to - noise ratio
the height of the asperities 20will influencereadback signal - to - noise ratio
e.g. , more than 1 mAto createa good signal to noise ratio
each bit in codeword of a PCM systemcontributes6db to the signal to noise ratio
system users in neighboring cells(passive) caused bythe signal - to - noise ratio
sufficiently accurate object detectionpreventssufficiently accurate object detection
messages from getting throughpreventsmessages from getting through
to alert fatiguemay leadto alert fatigue
from compressing the preselected number of previously encoded video frames ( 1 10resultingfrom compressing the preselected number of previously encoded video frames ( 1 10
from compressing the preselected number of previously encoded video frames ( 110resultingfrom compressing the preselected number of previously encoded video frames ( 110
to yield ultra - high color resolution up to 15360 pixelsdesignedto yield ultra - high color resolution up to 15360 pixels
to improved image qualityleadingto improved image quality
in the person having a greater difficulty selecting the desired response ( see model belowresultsin the person having a greater difficulty selecting the desired response ( see model below
in even better consistency and unmatched accuracy on every measurement and data parameter Enhanced battery technologyModern light weightresultingin even better consistency and unmatched accuracy on every measurement and data parameter Enhanced battery technologyModern light weight
valid “ hits ” or indicators of the presence of an object , sensitivity levels ( ie “ trip thresholds ” ) for such obstacle detection hits , sensor power or energy or emission levelsinfluencevalid “ hits ” or indicators of the presence of an object , sensitivity levels ( ie “ trip thresholds ” ) for such obstacle detection hits , sensor power or energy or emission levels
in improved spectral image qualityresultingin improved spectral image quality
the object detection being fully accuratepreventsthe object detection being fully accurate
enough object detection accuratelypreventsenough object detection accurately
the channel estimation to be inaccurate , further degrading the overall detection performancecausesthe channel estimation to be inaccurate , further degrading the overall detection performance
erroneous measurementscauseserroneous measurements
the alignment erroralso influencesthe alignment error
in better image quality under low - light conditionsresultingin better image quality under low - light conditions
from the occurrence of an eddy current.08 - 28 - 2008 20090089821LIMITEDresultingfrom the occurrence of an eddy current.08 - 28 - 2008 20090089821LIMITED
in that band from the linear combinationresultingin that band from the linear combination
a way of confirmation and itemcontributeda way of confirmation and item
from the AM modulation required for scramblingresultingfrom the AM modulation required for scrambling
in a sensation level of 10 dB.resultingin a sensation level of 10 dB.
the theoretical limit of the channel capacitysetsthe theoretical limit of the channel capacity
a practical limit to the temporal resolution(passive) set bya practical limit to the temporal resolution
to high bit error ratesleadingto high bit error rates
to higher bite error ratehence leadingto higher bite error rate
from this process ... and is required for successful data communicationsresultsfrom this process ... and is required for successful data communications
in an increase in spatial resolution and contrastwould ... resultin an increase in spatial resolution and contrast
to decreased peak assignment.a - eleadsto decreased peak assignment.a - e
from adversarial noise ( see Figure 7resultingfrom adversarial noise ( see Figure 7
in a BLER ( block error rate ) of 1 %resultingin a BLER ( block error rate ) of 1 %
to better contrast resolution and spatial resolutionleadingto better contrast resolution and spatial resolution
in a total scan time for cASL of about 7 minutesresultingin a total scan time for cASL of about 7 minutes
from compressing the preselected number of previously encoded video frames ; E ) determining , by the deviation determiner , a third deviation based on a parameter derived from a predetermined relationship between changes in number of bits and changes in signal - to - noise ratio ; and F ) determining , by a bit allocation determiner , bit allocation for compressing the present video frame based on the first number of bits , the first deviation , the second deviation , and the third deviationresultingfrom compressing the preselected number of previously encoded video frames ; E ) determining , by the deviation determiner , a third deviation based on a parameter derived from a predetermined relationship between changes in number of bits and changes in signal - to - noise ratio ; and F ) determining , by a bit allocation determiner , bit allocation for compressing the present video frame based on the first number of bits , the first deviation , the second deviation , and the third deviation
as low as tolerable by keeping the modulation index arbitrarily lowto be setas low as tolerable by keeping the modulation index arbitrarily low
not only to opto - acoustic absorption imaging ( i.e. imaging blood vesselscan leadnot only to opto - acoustic absorption imaging ( i.e. imaging blood vessels
from a varying oversampling ratio ( OSR ) for a Delta - Sigma modulator in accordance with the present invention and a conventional Delta - Sigma modulatorresultingfrom a varying oversampling ratio ( OSR ) for a Delta - Sigma modulator in accordance with the present invention and a conventional Delta - Sigma modulator
discrimination thresholds to the smallest difference in chromatic contrast that can be detected , a just noticeable difference ( JNDsetsdiscrimination thresholds to the smallest difference in chromatic contrast that can be detected , a just noticeable difference ( JND
valid “ hits ” or indicators of the presence of an object , sensitivity levels ( i.e. “ trip thresholdsinfluencevalid “ hits ” or indicators of the presence of an object , sensitivity levels ( i.e. “ trip thresholds
an atypical retardation pattern ( ARP ) , which makes interpretation of the results difficult or impossible.6,7 ARP(passive) caused byan atypical retardation pattern ( ARP ) , which makes interpretation of the results difficult or impossible.6,7 ARP