| /darwin-on-arm/xnu/osfmk/kern/ |
| H A D | sched_average.c | 120 sched_average_t avg; local
202 for (avg = sched_average; avg->comp != NULL; ++avg) {
203 if (abstime >= avg->deadline) {
204 (*avg->comp)(avg->param);
205 avg->deadline = abstime + avg->period * sched_one_second_interval;
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| /darwin-on-arm/xnu/bsd/net/classq/ |
| H A D | classq_rio.c | 268 prec->avg = 0;
286 * and th_max to be compared with avg.
321 sp->q_avg = rp->rio_precstate[i].avg >> rp->rio_wshift;
356 int avg, droptype; local
366 * update avg of the precedence states whose drop precedence
372 avg = prec->avg;
379 avg = 0;
384 /* calculate (avg = (1 - Wq)^n * avg) */
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| H A D | classq_red.c | 284 * to be compared with avg.
329 int avg, droptype; local
332 avg = rp->red_avg;
347 * being idle for more than 1 minute, set avg to zero.
350 avg = 0;
355 /* the following line does (avg = (1 - Wq)^n * avg) */
357 avg = (avg >> FP_SHIFT) *
362 /* run estimator. (note: avg i
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| H A D | classq_rio.h | 100 int avg; /* (scaled) queue length average */ member in struct:rio::dropprec_state
104 int old; /* avg is above th_min */
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| H A D | classq_sfb.c | 1038 u_int64_t avg, new; local
1042 avg = sp->sfb_stats.dequeue_avg;
1043 if (avg > 0) {
1051 if (DEQUEUE_SPIKE(new, avg))
1053 avg = (((avg << decay) - avg) + new) >> decay;
1055 avg = new;
1057 sp->sfb_stats.dequeue_avg = avg;
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| /darwin-on-arm/xnu/tools/tests/jitter/ |
| H A D | timer_jitter.c | 191 print_stats_us(const char *label, double avg, double max, double min, double stddev) argument
195 printf("Avg magnitude of %s: %.1lfus\n", label, avg / 1000.0 * (((double)g_mti.numer) / ((double)g_mti.denom)));
201 print_stats_fract(const char *label, double avg, double max, double min, double stddev) argument
205 printf("Avg %s jitter: %.1lf%%\n", label, avg * 100);
230 double avg, stddev, max, min; local
397 compute_stats(jitter_arr, iterations, &avg, &max, &min, &stddev);
401 print_stats_us("jitter", avg, max, min, stddev);
411 compute_stats(wakeup_second_jitter_arr, iterations, &avg, &max, &min, &stddev);
414 print_stats_us("second jitter", avg, max, min, stddev);
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| /darwin-on-arm/xnu/tools/tests/zero-to-n/ |
| H A D | zero-to-n.c | 403 float avg, stddev; local
554 compute_stats(worst_latencies_ns, g_iterations, &avg, &max, &min, &stddev);
558 printf("Avg:\t\t%.2f us\n", avg / 1000.0);
563 compute_stats(worst_latencies_from_first_ns, g_iterations, &avg, &max, &min, &stddev);
567 printf("Avg:\t\t%.2f us\n", avg / 1000.0);
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| /darwin-on-arm/xnu/bsd/kern/ |
| H A D | kern_synch.c | 449 struct loadavg *avg = &averunnable; local
453 avg->ldavg[i] = (cexp[i] * avg->ldavg[i] +
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| /darwin-on-arm/xnu/bsd/netinet/ |
| H A D | ip_dummynet.h | 291 int avg ; /* average queue length est. (scaled) */ member in struct:dn_flow_queue
457 int avg ; /* average queue length est. (scaled) */ member in struct:dn_flow_queue_32
582 int avg ; /* average queue length est. (scaled) */ member in struct:dn_flow_queue_64
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| H A D | ip_dummynet.c | 429 qp->avg = q->avg;
450 qp->avg = q->avg;
1387 * RED calculates the average queue size (avg) using a low-pass filter
1389 * avg <- (1-w_q) * avg + w_q * q_size
1393 * avg = (1 - w_q)^(idle/s)
1396 * Now, if avg < min_th the packet is enqueued.
1397 * If avg > max_t
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