A period-independent bound, for zero and constant-input limit cycles in fixed-point digital
filters, is developed. The bound is applicable to systems of arbitrary order, provided that all …

The authors describe DIGICAP, a tool for use in the design and implementation of digital
filters. DIGICAP will generate digital filter modules for the FIRST silicon compiler as well as …

This paper examines the stability properties of a second-order recursive digital filter having
different overflow nonlinearities. Three new sets of sufficiency conditions have been derived …

Ultra wideband (UWB) is a promising technology for short range and high-speed wireless
communications such as home entertainment, wireless video downloading, wireless LAN …

The stability of forced response of a general recursive digital filter operating in the inherent
presence of overflow nonlinearities is examined. A theorem is derived that relates forced …

Periodic state variations in digital filters have been extensively studied in the context of zero-
input limit cycles. Besides such spontaneous oscillations, forced oscillations under periodic …

Digital hardware may be used to generate waveforms as well as to process already-existing
waveforms. Several digital synthesis techniques are in use today, most of whose …

A general procedure to eliminate constant-input limit cycles, when applied to the well known
lattice digital filter structures, results in new realizations. A synthesis procedure for these …

Abstract<? Pub Inc> A soft error event (SEE) is a spontaneous random event in a digital
system characterized by a change in the state of one or more bits. As a consequence of …