| Signal Processing Toolbox™ | ![]() |
Hd = dfilt.latticemamin(k)
Hd = dfilt.latticemamin
Hd = dfilt.latticemamin(k) returns a discrete-time, lattice, moving-average, minimum phase, filter, Hd, with lattice coefficients k.
Note If the k coefficients define a minimum phase filter, the resulting filter in this structure is minimum phase. If your coefficients do not define a minimum phase filter, placing them in this structure does not produce a minimum phase filter. |
Hd = dfilt.latticemamin returns a default discrete-time, lattice, moving-average, minimum phase, filter, Hd, with k=[ ]. This filter passes the input through to the output unchanged.

The resulting filter states column vector is
![]()
Form a third-order lattice, moving-average, minimup phase, filter structure for a dfilt object, Hd, using the following lattice coefficients.
k = [.66 .7 .44];
Hd = dfilt.latticemamin(k)
Hd =
FilterStructure: 'Lattice Moving-Average (MA)
For Minimum Phase'
Lattice: [0.6600 0.7000 0.4400]
PersistentMemory: false
dfilt, dfilt.latticeallpass, dfilt.latticear, dfilt.latticearma, dfilt.latticemamax
![]() | dfilt.latticemamax | dfilt.parallel | ![]() |
| © 1984-2008- The MathWorks, Inc. - Site Help - Patents - Trademarks - Privacy Policy - Preventing Piracy - RSS |