ライフサイエンスコーパス: amplitude modulation

1 sic physiologic responses (i.e., single-site amplitude modulation).

2 modulation formats (for example, quadrature amplitude modulation).

3 sal zone of the ELL responded selectively to amplitude modulation.

4 o reversible chiroptical function with large amplitude modulation.

5 nary phases and extremely high dynamic range amplitude modulation.

6 rinsic driving is necessarily accompanied by amplitude modulation.

7 ulation without stimulation timing-dependent amplitude modulation.

8 e microscope operated dynamically with small-amplitude modulation.

9 ified by different frequencies of sinusoidal amplitude modulation.

10 ction, and the rate of periodic frequency or amplitude modulations.

11 nguish sustained from movement phase-related amplitude modulations.

12 frequency-division multiplexed 16-quadrature-amplitude modulation (16-QAM OFDM) data with a bit error

13 Amplitude modulation (39 vs. 41 Hz in opposite ears) was

14 frequency modulation, 3.1 Hz) and amplitude (amplitude modulation, 5.075 Hz); modulation rates and ty

15 l differences in sensitivity to the shape of amplitude modulation account for 25% of the variance in

16 Amplitude modulation (AM) and frequency modulation (FM)

17 of auditory midbrain neurons' sensitivity to amplitude modulation (AM) depth and distance-dependent l

18 caca mulatta) actively performed a threshold amplitude modulation (AM) detection task and while they

19 vity correlated with macaques' choices in an amplitude modulation (AM) discrimination task.

20 Amplitude modulation (AM) is a pervasive feature of natu

21 express remembrances in spatial patterns of amplitude modulation (AM) of beta and gamma waves.

22 Juvenile gerbils were trained to detect amplitude modulation (AM), a stimulus feature elemental

23 d on their ability to detect the presence of amplitude modulation (AM), a temporal cue that supports

24 the concentration can be encoded internally: amplitude modulation (AM), where the absolute concentrat

25 und waveforms convey information largely via amplitude modulations (AM).

26 Temporal amplitude-modulation (AM) rate is a fundamental auditory

27 of microns) with spatial resolution equal to amplitude-modulation (AM-AFM) and with image acquisition

28 Swimming movements caused low-frequency TDP amplitude modulations (AMs).

29 inct sensory cues in electrosensory signals, amplitude modulation and differential phase modulation,

30 lation hologram with simultaneous five-level amplitude modulation and eight-level phase modulation.

31 iscrete stages of periodic and quasiperiodic amplitude modulation and progresses (according to theory

32 -chip device that can perform gigahertz-rate amplitude modulation and switching of broadband terahert

33 oustic features such as spectral complexity, amplitude modulation, and enhanced sound amplitude.

34 Frequency modulation, amplitude modulation, and phase modulation are all obser

35 HSQC experiment without and with J(C[bond]N) amplitude modulation are determined by the ratios of the

36 Amplitude modulations are fundamental features of natura

37 To determine how electric field amplitude modulations are temporally encoded and process

38 ated speech also relates to their scale-free amplitude modulation as indexed by the strength of long-

39 Amplitude modulation at gamma band frequencies (40 Hz) e

40 ned principally by the acoustic structure of amplitude modulation at relatively low rates in the sign

41 ool was correlated with the results of pulse-amplitude modulation-based chlorophyll a fluorescence em

42 tes in the brain, fMRI also displayed signal amplitude modulation because of the interactive event.

43 nocavity can facilitate controlled phase and amplitude modulation between two modes of light at the s

44 sence of upstrokes and downstrokes in random amplitude modulations by short bursts of spikes.

45 Here, we demonstrate that amplitude modulation can improve the performance of quan

46 ement in the presence of identical phase and amplitude modulation components, we have demonstrated hu

47 sensory system operates through a vibratory amplitude modulation/demodulation scheme.

48 ex of gerbils, both while they engaged in an amplitude-modulation detection task and while they sat q

49 For the amplitude-modulation detection task, thresholds were gen

50 Amplitude modulation encoding is critical for human spee

51 Amplitude modulation, even when asymmetric across call r

52 nce techniques, giving emphasis to the pulse amplitude modulation fluorescence.

53 for a light-adapted measurement from a pulse amplitude modulation fluorometer, was the best leaf fluo

54 ollowed by effect assessment using the pulse amplitude modulation fluorometry assay and chemical anal

55 Fluorescence analysis by pulse-amplitude modulation fluorometry revealed severe damage

56 be modeled well by a nonlinear frequency and amplitude modulation formulation and reproduced in macro

57 he assessment of these particles by advanced amplitude modulation-frequency modulation (AM-FM) viscoe

58 activity, which may be synchronized with the amplitude modulations from either source.

59 Increasing the variance (contrast) of amplitude modulations had less effect on filter shape bu

60 ividual muscle could not account for the EMG amplitude modulation in response to stepping speed.

61 upling to the transverse motional modes, and amplitude modulation in the addressing beam.

62 differential turning the animals imposed an amplitude modulation in the horizontal wave whereas in r

63 elevation was probably a function of natural amplitude modulation in the standard stimuli.

64 trained by both the frequency modulation and amplitude modulation in the stimulation.

65 Sustained amplitude modulations in the contralateral hand area sho

66 mDfs, there are additional phase-shifts and amplitude modulations in the probability density that ar

67 ing, and the temporal information present in amplitude modulation is crucial to the complex signals u

68 early sensory selection by oscillatory phase-amplitude modulations, its mechanisms and its perceptual

69 At high rates of sinusoidal amplitude modulations, -/- MNTB neurons maintained high

70 We report a novel mechanism for amplitude modulation of [Ca2+](i) that involves mitogen-

71 just below fe; (ii) detection of sinusoidal amplitude modulation of a sinusoidal carrier.

72 n of these channels can produce frequency or amplitude modulation of calcium signaling that stimulate

73 Our findings show that scale-free amplitude modulation of cortical oscillations and speech

74 Hence, amplitude modulation of NAD(P)H oscillations suggests a

75 ency scaling exponents of finger tapping and amplitude modulation of oscillations exhibited large ind

76 ty and insulin secretion are consistent with amplitude modulation of pulsatile insulin secretion indu

77 long-range temporal correlations both in the amplitude modulation of resting-state oscillations in mu

78 The spike trains were locked strongly to the amplitude modulation of the source within the receptive

79 l the case of fluctuation-allostery by which amplitude modulation of the thermal fluctuations of the

80 An amplitude modulation of this cycle occurs with an averag

81 The amplitude modulation of tremor was similarly assessed.

82 Here we use amplitude modulation of unfamiliar, approximately 1-minu

83 erference models of grid cells predict theta amplitude modulations of membrane potential during firin

84 ing (P-type) electrosensory afferents encode amplitude modulations of the fish's self-generated elect

85 Here phase and amplitude modulations of the self-generated electric fie

86 Amplitude modulations of these parameters on million-yea

87 level gas exchange simultaneously with pulse-amplitude modulation (PAM) and spectrally resolved fluor

88 marine microalgal photosynthesis using pulse-amplitude-modulation (PAM) fluorescence.

89 erences in envelope shape (rate and depth of amplitude modulation) produced by the harmonic mistuning

90 The data suggest that amplitude modulation provides a means of "glimpsing" low

91 cation modulation techniques like quadrature amplitude modulation (QAM) and phase-shift keying (PSK).

92 d pressure and broadcast this information by amplitude modulation radio to a receiver in the animal's

93 Using random amplitude modulations (RAMs) of a mimic of the fish's ow

94 An additional fMRI experiment on amplitude modulation rate discrimination quantified the

95 ts within frequency windows that is based on amplitude modulation rate discrimination.

96 emonstrate a topographical representation of amplitude modulation rate in the auditory cortex of awak

97 It is currently unknown whether amplitude-modulation rate can provide cochlear implant u

98 study, the notes of a song were encoded via amplitude-modulation rate of pulse trains on single elec

99 The results suggest that amplitude-modulation rate provides insufficient access t

100 rmation to cochlear implant users is through amplitude-modulation rate.

101 e, at different frequencies, or at different amplitude modulation rates.

102 We obtained MTFs in response to sinusoidal amplitude modulation (SAM) for both narrowband tonal car

103 We presented sinusoidal amplitude modulation (SAM) tones of varying modulation d

104 encodes each subbeam with a specific binary amplitude modulation sequence.

105 through a quasiperiodic stage of period and amplitude modulation, thus exemplifying the "quasiperiod

106 the cortex immediately posterior, exhibited amplitude modulations, timing, and relationships to beha

107 oupled microdisk cavity, we use synchronized amplitude modulation to temporally filter the emitted li

108 rbation to dissipative soliton formation and amplitude modulation to the corresponding spectrum.

109 f-the-art dual polarisation m-ary quadrature amplitude modulation transceiver and subsequently apply

110 ers, we observed phase shifts up to pi/4 and amplitude modulation up to 50%.

111 The amplitude modulation was not significantly altered by he

112 However, the amplitude modulation was reduced by approximately 30%, s

113 However, the properties of theta amplitude modulations were not consistent with the view

114 (including their dimensionality, timing, and amplitude modulation) were independently observed in the

115 (including their dimensionality, timing, and amplitude modulation) were observed at both the cortical

116 ts exhibited a clear preference for encoding amplitude modulations, whereas T-units exhibited a clear

117 stronger performance-monitoring-related EEG amplitude modulations which were employed to predict sub