Struct LossClassSensor 

pub struct LossClassSensor { /* private fields */ }

Stateful loss differentiator. observe_interarrival / observe_owd feed it the running timing; classify runs the hybrid on a detected loss.

Implementations

impl LossClassSensor

pub fn new() -> Self

A fresh sensor with no timing baseline yet.

pub fn observe_interarrival(&mut self, ia_us: f64)

Record one packet inter-arrival (microseconds) to update T_min. Zero or negative spacings (duplicate / reordered arrivals) are ignored.

pub fn observe_owd(&mut self, owd_us: f64)

Record one relative one-way trip time (microseconds) to update the RTprop baseline and the recent-floor congestion detector.

pub fn classify(&mut self, gap: u32, interarrival_us: f64) -> LossClass

Classify a loss of gap consecutive packets given the inter-arrival (microseconds) measured across it. mBiaz calls it wireless when the spacing fits the gap’s wireless window; Spike calls it wireless when the path is not in a congestion spike; the hybrid is wireless only when both agree, else congestion.

pub fn recent_owd_spread_us(&self) -> f64

Spread (max - min, microseconds) of the recent ROTT window - the path’s current delay variation, which bounds how late a reordered packet can arrive. A consumer uses it to set a reorder-tolerant retransmit grace so jitter is not mistaken for loss. Zero before two samples.

pub fn congestion_fraction(&self) -> f32

Share of recent loss classified congestion (0..=1); 0 before any loss.

pub fn class_code(&self) -> u8

2-bit class code for the Loss frame: 0 = no loss yet, 1 = wireless, 2 = congestion, 3 = mixed (recent loss split between the two).

Trait Implementations

impl Debug for LossClassSensor

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Default for LossClassSensor

fn default() -> Self

Returns the “default value” for a type.