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Magnitude and Delay Approximation of 1-D and 2-D Digital Filters (Digital Signal Processing)
Belle A. Shenoi
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| Excerpt - page 3: "... and the stopband, there is a wide variety of other filters designed and used for signal ... and/or to equalize the group delay of a filter or a system, such that the magnitude ..." | | See more references to Filters, Delay in this book. |
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Principles of Adaptive Filters and Self-learning Systems (Advanced Textbooks in Control and Signal Processing)
Anthony Zaknich
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| Excerpt - page 6: "... I.I. FIR Transversal Structure y[n] To design a real FIR filter, Equation 1.1 must be converted ... input signal values in the delay line by the filter coefficients, b[k], and a means for ..." | | See more references to Filters, Delay in this book. |
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Active Filter Cookbook, Second Edition
DON LANCASTER
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| Excerpt - page 18: "... Frequency-The cutoff frequency is the final point at which the filter response drops 3 dB or ... or the amount of filter delay. Damping-The damping of a second-order filter section is an index ..." | | See more references to Filters, Delay in this book. |
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Introduction to Digital Signal Processing and Filter Design
B. A. Shenoi
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| Excerpt - page 149: "... (H) . The phase response (in radi- ans) of the filter is obtained from the function ph=angle (h), and then we can use Ph=unwrap (ph) to unwrap the phase response so that the phase angle lies between 0 and 2,7. The group delay of the filter is computed by the MATLAB function grpdelay ..." | | See more references to Filters, Delay in this book. |
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Microwave Filters, Impedance-Matching Networks, and Coupling Structures (Artech Microwave Library)
G. Matthaei, E.M.T. Jones, and L. Young
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| Excerpt - page 83: "... are to make clear the properties of the tabulated prototype filters, delay networks, and impedance-matching networks so that they may be used ..." | | See more references to Filters, Delay in this book. |
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Adaptive Filters Theory and Applications
B. Farhang-Boroujeny
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| Excerpt - page 3: "... use the result in a recursive equation to adjust the filter coefficients iteratively. The reasons for ... non-iterative solutions, introduces a large delay in the filter output. This is unacceptable in many applications. ..." | | See more references to Filters, Delay in this book. |
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Analog Filters
Kendall L. Su, K. L. Su, and Su
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| Excerpt - page 66: "... it is generally accepted that, for audio applications, the different delays for signals of different frequencies ... be distorted. One standard lowpass filter that focuses on the delay of the filter at low ..." | | See more references to Filters, Delay in this book. |
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Practical Analog And Digital Filter Design (Artech House Microwave Library)
Les Thede
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| Excerpt - page 6: "... filter. 1.2 FILTER APPROXIMATION The response of an ideal lowpass filter is shown in Figure 1.5, ... cost of the filter (time delay, number of elements, dollars, power consumption, etc.) will increase. These ..." | | See more references to Filters, Delay in this book. |
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Analog and Digital Filter Design, Second Edition (EDN Series for Design Engineers)
Steve Winder
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| Excerpt - page 45: "... see a phase shift of 72hich is also a delay of 0.1 ms (the period ... of a nonconstant group delay filter would be one where the 1 kHz signal is delayed ..." | | See more references to Filters, Delay in this book. |
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Theory and Design of Microwave Filters (Ieee Electromagnetic Waves Series)
Ian C. Hunter
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| Excerpt - page 6: "... peak occurring at k s, which is the passband group delay of the filter. This is shown in Figure 1.6. Here we can see ..." | | See more references to Filters, Delay in this book. |
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The Circuits and Filters Handbook, Second Edition
Wai-Kai Chen
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| Excerpt - page 131: "... k=0 The function H(z) is often referred to as a filter. If the denominator is a delay, i.e., biz-', such a filter will be a finite impulse ..." | | See more references to Filters, Delay in this book. |
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Microstrip Filters for RF/Microwave Applications
Jia-Shen G. Hong and M. J. Lancaster
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| Excerpt - page 4: "... design with less design iterations, leading to first-pass or tuneless filters. This chapter discusses computer simulation ... linear phase filters for group delay equalization , and extracted-pole filters. These types of filters, which ..." | | See more references to Filters, Delay in this book. |
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Adaptive Filter Theory (3rd Edition)
Simon S. Haykin and Simon Haykin
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| Excerpt - page 83: "... FIR and IIR filters, respectively. The boxes labeled z-' represent unit-delay elements, and the circles labeled a1,a2, ... aN represent filter coefficients. Note that the FIR filter of Fig. 1.1(a) involves ..." | | See more references to Filters, Delay in this book. |
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Digital Filters: Basics and Design
Dietrich Schlichtharle
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| Excerpt - page 7: "... By differentiation of the phase response, we obtain the group delay of the filter. db(w)_ 1/a zg(w) do) 1+w2 /a2 1.3 Transfer Functions The ..." | | See more references to Filters, Delay in this book. |
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Digital Filter Design (Topics in Digital Signal Processing)
T. W. Parks and C. S. Burrus
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| Excerpt - page 27: "... - 1)/2, which can be viewed as an average time delay for the filter. For the even-length filter this delay is not an integer ..." | | See more references to Filters, Delay in this book. |
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Continuous-Time Active Filter Design
T. Deliyannis, Yichuang Sun, and J.K. Fidler
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| Excerpt - page 24: "... figures of merit in comparing the transient response of various filters. The delay time r,, is equal to the delay the signal experiences ..." | | See more references to Filters, Delay in this book. |
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Design of Analog Filters
Rolf Schaumann and Mac E. Van Valkenburg
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| Excerpt - page 1: "... device used to provide gain in the design of active filters. The other gain device is the transconductor or operational transconductance amplifier (OTA). It is used mainly in filters for very high frequencies. We will delay the discussion of OTAs and OTA circuits until Chapter 16. ..." | | See more references to Filters, Delay in this book. |
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CRC Handbook of Electrical Filters
John Taylor and Qiuting Huang
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| Excerpt - page 24: "... 3. Stand-alone optimizing preprocessor-This is used when passband loss (and delay) and stopband loss are of ... - To equalize a given filter delay, we need still another optimization procedure. This one adds ..." | | See more references to Filters, Delay in this book. |
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Digital Filters and Signal Processing... with MATLAB Exercises
Leland B. Jackson
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| Excerpt - page 67: "... number of zeros; and this cannot exceed the number of delays in the filter implementation. MATLAB Exercise No. 4-Simple-Averaging FIR Filters An old technique ..." | | See more references to Filters, Delay in this book. |
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Optical Filter Design and Analysis: A Signal Processing Approach (Wiley Series in Microwave and Optical Engineering)
Christi K. Madsen and Jian H. Zhao
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| Excerpt - page 16: "... 15. D. Davies and G. James, "Fibre-optic tapped delay line filter employing coherent optical processing," Electron. Lett., vol. 20, pp. 96-97, ..." | | See more references to Filters, Delay in this book. |
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Design and Analysis of Analog Filters - A Signal Processing Perspective (The Kluwer International Series in Engineering and Computer Science, Volume 617) ... Series in Engineering and Computer Science)
Larry D. Paarmann
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| Excerpt - page 16: "... 1992), and by significantly reducing the complexity of designing elliptic filters without reference to elliptic functions (Lutovac and Rabrenovic, 1992). Constant Time-Delay Design Whereas Bessel filters are designed for a maximally-flat time ..." | | See more references to Filters, Delay in this book. |
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An Introduction to Parametric Digital Filters and Oscillators
Mikhail Cherniakov
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| Excerpt - page 20: "... DLSs with N > 1 are called recursive filters or filters with infinite impulse response (IIR). Value N, equal to the number of delay elements in the filter, is called the order of the ..." | | See more references to Filters, Delay in this book. |
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Multirate Digital Signal Processing: Multirate Systems - Filter Banks - Wavelets
N. J. Fliege
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| Excerpt - page 57: "... (N - 1)/2. In the frequency response of the complementary filter, this delay can be taken out as a factor. Allowing for (2.58), ..." | | See more references to Filters, Delay in this book. |
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Mathematics for Circuits and Filters
Wai-Kai Chen
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| Excerpt - page 125: "... k-0 The function H(z) is often referred to as a filter. If the denominator is a delay, i.e., biz-`, such a filter will be a finite impulse ..." | | See more references to Filters, Delay in this book. |
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Least-Mean-Square Adaptive Filters (Adaptive and Learning Systems for Signal Processing, Communications and Control Series)
Simon Haykin and B. Widrow
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| Excerpt - page 35: "... 2.1 INTRODUCTION This chapter is concerned with least-mean-square (LMS) adaptive filters containing tapped-delay lines of great length. Such "long" filters deserve a separate ..." | | See more references to Filters, Delay in this book. |
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Multidimensional Filter Banks and Wavelets: Basic Theory and Cosine Modulated Filter Banks
Sankar Basu and Bernard C. Levy
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| Excerpt - page 8: "... (z), called the distortion function. If T (z) is a delay, the alias-free filter bank is said to have perfect reconstruction. The simplest way ..." | | See more references to Filters, Delay in this book. |
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DSP System Design: Complexity Reduced IIR Filter Implementation for Practical Applications
Artur Krukowski and Izzet Kale
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| Excerpt - page 7: "... it phase jumps occur. As they only occur in the filter stopband, they do not cause any problems for the signal frequencies in the filter passband. The group delay function for the example seventh-order lowpass filter is presented in ..." | | See more references to Filters, Delay in this book. |
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Two-dimensional Digital Filters (Electrical and Computer Engineering)
Wu-Sheng Lu
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| Excerpt - page 54: "... of the type shown in Fig. Pl.5a that implements the filter, where F, is independent of delay element T, and F, is independent of delay element T,. ..." | | See more references to Filters, Delay in this book. |
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Filter Design with Time Domain Mask Constraints: Theory and Applications (Applied Optimization)
Ba-Ngu Vo, Antonio Cantoni, and Kok Lay Teo
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| Excerpt - page 37: "... U(s) = lO;rlOj(s). i=0 j=0 The best known examples of filters employing the transversal structure are Legendre or Laguerre filters or when the O;'s are pure delay elements, which is a limiting case of the latter. These ..." | | See more references to Filters, Delay in this book. |
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Digital Signal Processing: Spectral Computation and Filter Design (The Oxford Series in Electrical and Computer Engineering)
Chi-Tsong Chen
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| Excerpt - page 258: "... (b) Group delay. _ d9 (w) i(w) dco The group delay of the ideal low-pass filter in (6.1) equals no because 0(a)) = -now. This is ..." | | See more references to Filters, Delay in this book. |
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Signal Analysis: Wavelets, Filter Banks, Time-Frequency Transforms and Applications
Alfred Mertins
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| Excerpt - page 160: "... (z) = z-26-1 + z-2aB(z2) + z-1.4(z2)B(z2). Now the overall delay is 2a + 2b + 1 with a, b > 0. Note that, although we may already have relatively long filters Ho (z) and H, (z), the delay may be unchanged ..." | | See more references to Filters, Delay in this book. |
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Understand Electronic Filters
Owen Bishop
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| Excerpt - page 77: "... 25.000 30.000 seconds Figure 5.10 The effect of a low-pass filter on a sawtooth signal is to reduce its amplitude, round off some of the corners and introduce a phase delay ..." | | See more references to Filters, Delay in this book. |
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Handbook of Filter Synthesis
Anatol I. Zverev
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| Excerpt - page 6: "... any complexity are used only in the initial step of filter design where their properties along ... the form of a simple delay line. 1.4 PROPERTIES OF LATTICE FILTERS A lattice network can ..." | | See more references to Filters, Delay in this book. |
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Robust Control and Filtering for Time-Delay Systems (Control Engineering (Marcel Dekker), 5.)
Mahmoud
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| Excerpt - page 19: "... II, the main focus on state-estimation (filtering) where robust Kalman filter is developed for uncertain linear time-delay systems (Chapter 8), robust floe filtering are constructed for linear ..." | | See more references to Filters, Delay in this book. |
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Design of High Frequency Integrated Analogue Filters (Iee Circuits, Devices and Systems Series, 14)
Yichuang Sun
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| Excerpt - page 25: "... 23-261 as discussed in Section 2.4.2. For example, a seventh-order filter with equiripple group delay and 3 dB gain-boost zeros and a tenth-order equaliser based ..." | | See more references to Filters, Delay in this book. |
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EMI Filter Design Second Edition Revised and Expanded (Electrical and Computer Engineering)
Richard Lee Ozenbaugh
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| Excerpt - page 3: "... this book. These techniques would upset most of the normal filter, or wave filter, designers. The ... speak of poles, zeros, group delay, predistortion, attenuation, and terms such as the order of the ..." | | See more references to Filters, Delay in this book. |
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