Sentence examples for lattice section from inspiring English sources
Figure 2.31: First-order allpass filter: (a) Direct form II .(b) Two-multiply lattice section.
This paper investigates the out-of-plane inelastic strength and design of spatially trussed circular arches with a rectangular lattice section under general loading using a three-dimensional nonlinear inelastic numerical approach.
and input to three-channel lattice section, where the stage number (m) takes values in the range given by (p 1 − q 1) < m ≤ (p 2 − q 2).
and input to the three-channel lattice section, where the stage number (m) takes values in the range given by (left ({N^{f}_{1}}-{N^{b}_{1}}right) < m leq left ({N^{f}_{2}}-{N^{b}_{2}}right)).
(b) Consecutive two-multiply lattice sections.
In summary, nested first-order allpass filters are equivalent to lattice filters made of two-multiply lattice sections.
The equivalence of nested allpass filters to lattice filters has computational significance since it is well known that the two-multiply lattice sections can be replaced by one-multiply lattice sections [300,318].
The Levinson Durbin recursion for one-channel lattice sections requires (p − q)(p − q + 1) operations, and 4q(q + 1) operations for two-channel lattice sections to compute the ARMA process parameters.
Therefore, we carry out the exponentially weighted LS optimization problem by taking into consideration each of these sections separately and assume that the proposed equalizer is comprised of three cascaded equalizers, which are two-channel, three-channel, and four-channel lattice sections; and we use a different index for each section while using m to indicate a stage in the whole equalizer.
Such infinite chains of lattice sections occur in the theoretical analysis and artificial simulation of transmission lines, but are rarely used as a practical circuit implementation.
For larger fibril diameters, according to the model of Perumal, Antipova and Orgel [4], constructed of straight lattice sections forming a polygon rather than a round cylinder, based partly on observations of large, polygon shaped fibrils in rat tail tendon [41] and the model of Hulmes et al 1995 [42], the problem of decreased curvature is moot.
