### Table 4 Caiculatad Wave Parameters from Single Channel Frequency Domain Analysis

1998

### TABLE V MPEG-7 BASIC AND BASIC SPECTRAL DESCRIPTORS PROVIDE A BASIC TIME DOMAIN ANALYSIS AND A BASIC FREQUENCY DOMAIN ANALYSIS.

in 5 envelope

### TABLE V MPEG-7 BASIC AND BASIC SPECTRAL DESCRIPTORS PROVIDE A BASIC TIME DOMAIN ANALYSIS AND A BASIC FREQUENCY DOMAIN ANALYSIS.

in dist frdb

2004

### Table 1. P 1-channel frequency-domain adaptive filtering

"... In PAGE 3: ... In Fig. 2 the frequency-domain LSE beamforming algorithm is depicted and Table1 summarizes the necessary steps to com- pute the algorithm. There wi and d denote the frequency-domain representations of the estimated beamformer weights of channel i and of the desired signal, respectively.... In PAGE 3: ...Table 1. P 1-channel frequency-domain adaptive filtering However, in the frequency-domain counterpart of (13), (14) described in Table1 , not only the psd but also the cross-power spectral densities of the noisy signal xi and the background noise ni are required. They are estimated and averaged recursively for each frequency bin whenever we detect a minimum (i.... ..."

### Table 2: Command file for frequency-domain fault simulation.

in SWITTEST: Automatic Switch-level Fault Simulation and Test Evaluation of Switched-Capacitor Systems

"... In PAGE 5: ... Frequency-domain fault simulation A frequency-domain fault simulation determines the best fault cov- erage that can be achieved with a multifrequency test. The com- mands in Table2 are used to drive a fault simulation in the frequency domain for the differential filter of Figure 7. For simplicity, since both inputs of an amplifier have practically the same voltage, signals j1 and x1 are used as a measure of the amplifiers input common- mode.... ..."

### Table 2: Adjusted Periodogram Regression for four countries. Results for increasing range, with zero padding and frequency domain seasonal adjustment. Estimates of d.

"... In PAGE 4: ...by omitting all periodogram ordinates at the seasonal frequencies. In Table2 we present the results of this estimation procedure for the four \seasonal quot; in ation series analyzed in Hassler and Wolters (1995), which are now also reliable for m gt; 95 as well. We also show outcomes for the asymptotically e cient approximate frequency domain ML estimator for the simple fractionally integrated process applied in Boes et al.... In PAGE 4: ... The results of the periodogram regression and the two approximate ML estimators are now close, see the last rows of Table 2. Table2 around here One might be tempted to use seasonal adjustment for quot;stochastic seasonality quot; like Cen- sus X-11 or ARIMA model based methods as an alternative way to avoid the singularities. That is not an option.... ..."

### Table 1: Comparison of FPGA and DSP Frequency-domain Beamformers

1998

"... In PAGE 8: ...example beamforming application requires only 100 FP- GAs. Table1 summarizes and compares the chip and mem- ory sizes of the implementations. Again, we believe these results are very optimistic since they neglect the communi- cations and external memory access overhead of the DSP solutions and thus are overly generous to them.... ..."

Cited by 1

### Table 5: Time versus Frequency Domain Decompositions

1999

"... In PAGE 67: ...2). Table5 compares the results of using wavelet and cosine packet trees to decompose both time and frequency domain representations of... ..."

### Table 10-Frequency domain representation with pilots inserted.

2003

"... In PAGE 8: ...he first element of sequence p0..126 and inserting them into location {-21, -7, 7, 21}, respectively. The resulting frequency domain values are given in Table10 . ... ..."