Collaboration diagram for ndn::util::RttEstimator::Options:

Public Attributes
double	alpha = 0.125
	weight of exponential moving average for smoothed RTT More...

double	beta = 0.25
	weight of exponential moving average for RTT variation More...

time::nanoseconds	initialRto = 1_s
	initial RTO value More...

int	k = 4
	RTT variation multiplier used when calculating RTO. More...

time::nanoseconds	maxRto = 1_min
	upper bound of RTO More...

time::nanoseconds	minRto = 200_ms
	lower bound of RTO More...

int	rtoBackoffMultiplier = 2
	RTO multiplier used in backoff operation. More...

Detailed Description

Definition at line 44 of file rtt-estimator.hpp.

Member Data Documentation

double ndn::util::RttEstimator::Options::alpha = 0.125

weight of exponential moving average for smoothed RTT

Definition at line 46 of file rtt-estimator.hpp.

double ndn::util::RttEstimator::Options::beta = 0.25

weight of exponential moving average for RTT variation

Definition at line 47 of file rtt-estimator.hpp.

time::nanoseconds ndn::util::RttEstimator::Options::initialRto = 1_s

initial RTO value

Definition at line 48 of file rtt-estimator.hpp.

int ndn::util::RttEstimator::Options::k = 4

RTT variation multiplier used when calculating RTO.

Definition at line 51 of file rtt-estimator.hpp.

time::nanoseconds ndn::util::RttEstimator::Options::maxRto = 1_min

upper bound of RTO

Definition at line 50 of file rtt-estimator.hpp.

time::nanoseconds ndn::util::RttEstimator::Options::minRto = 200_ms

lower bound of RTO

Definition at line 49 of file rtt-estimator.hpp.

int ndn::util::RttEstimator::Options::rtoBackoffMultiplier = 2

RTO multiplier used in backoff operation.

Definition at line 52 of file rtt-estimator.hpp.