52  * samples of successive baud intervals in order to reliably identify
156 #define BAUD		80	/* samples per baud interval */  macro
213 	l_fp	chrstamp;	/* baud timestamp */
214 	l_fp	prvstamp;	/* previous baud timestamp */
215 	double	integ[BAUD];	/* baud integrator */
581  * data frame at the baud rate and decodes the width-modulated data
605 	 * Synchronous baud integrator. Corresponding samples of current  in irig_base()
606 	 * and past baud intervals are integrated to refine the envelope  in irig_base()
608 	 * raw data and one baud (10 ms) of the integrated data.  in irig_base()
610 	up->envphase = (up->envphase + 1) % BAUD;  in irig_base()
628 	 * End of the baud. Update signal/noise estimates and PLL  in irig_base()
656 		dtemp = up->zxing * up->decim / BAUD;  in irig_base()
672 	 * and ten cycles in the baud. Since the PLL has aligned the  in irig_base()
706 	 * Assemble the baud and max/min to get the slice level for the  in irig_base()
707 	 * next baud. The slice level is based on the maximum over the  in irig_base()
782 	 * Strike the baud timestamp as the positive zero crossing of  in irig_baud()