The maximum total impulse from sea level to design altitude is adopted as objective to optimize the aerospike nozzle contour.
In sparse multi-carrier-based techniques [9], the cumulative distribution function of the room impulse response is utilized to design an optimal filter bank to cope with reverberant environments.
Understanding the kinetic strategies of turning as expressed in ground reaction forces (GRFs) and impulses (GRIs) is necessary to design therapies and technologies to enable patients with ambulatory difficulties perform daily activities.
In [17, 18], an upper bound based on the invariant set of a discrete-time system has been utilized to design infinite impulse response (IIR) error feedback filters for dynamic quantizers.
Frequency Transformation (FT) is a technique to design Finite Impulse Response (FIR) filters with repeated simple identical subfilters, which allows reducing the overall number of distinct multipliers, the most costly elements in a digital filter.
An efficient way to reduce complexities and power in the implementation of digital finite impulse response (FIR) filters is to design the filters with coefficients restricted to the sum of signed powers-of-two (SPoT) terms.
The results compare very well with experimental data, thus giving a new impulse to the design of new complex fluids for both storage and heat transport.
The results compare very well with the experimental data thus giving a new impulse to the design of new complex fluids for both storage and heat transport.
Our objective is to design the finite impulse response (FIR) noise shaping filter of the Δ Σ modulator so that we can minimize the noise in the frequency region which constitutes our signal bandwidth.
A new simple method to design linear-phase finite impulse response (FIR) digital filters, based on the steepest-descent optimization method, is presented in this paper.
