Struct SensorSnapshot 

pub struct SensorSnapshot {
    pub loss: f32,
    pub burstiness: f32,
    pub owd_trend: f32,
    pub link_stress: f32,
    pub path_shift: f32,
    pub ecn_ce: f32,
    pub congestion_fraction: f32,
    pub rev_loss: f32,
    pub queue_delay_ms: f32,
    pub backhaul_hops: u8,
}

A fused snapshot of the channel from all sensors.

Fields

loss: f32

Measured loss fraction, 0..=1 (in-band ground truth).

burstiness: f32

Burstiness, 0..=1: how clustered the loss is (radio / temporal).

owd_trend: f32

One-way-delay trend (delay added per unit time). Positive means the queue is building - congestion-driven loss is imminent.

link_stress: f32

Link stress, 0..=1, from the platform link sensor (low signal / high interface drop rate). A feed-forward predictor of loss.

path_shift: f32

Path shift, 0..=1, from the peer’s echoed TTL: high just after a hop-count change (a router-level re-route). A feed-forward predictor of the loss a path change often brings.

ecn_ce: f32

ECN Congestion-Experienced rate, 0..=1, from the peer’s echoed TOS. An AQM router marks CE before it tail-drops, so this leads loss the way a rising delay trend does.

congestion_fraction: f32

Share of recent loss the peer classed congestion (0..=1), from its loss_class report (Biaz + Spike). The congestion share drives parity up broadly; the wireless share is left to local FEC and does not inflate effective loss.

rev_loss: f32

Reverse-path (feedback) loss share (0..=1): the fraction of the peer’s feedback the sender missed. Lost feedback impairs ARQ, so a lossy reverse path nudges FEC to carry more (less reliance on the round trip).

queue_delay_ms: f32

Self-induced queue delay in milliseconds: RTT_now - RTprop from the BBR path model. A sustained value above QUEUE_BLOAT_MS is bufferbloat WE are causing - the rising delay is our own standing queue, not external congestion, so the answer is to pace down (drain the queue), not to add FEC parity (which only deepens it).

backhaul_hops: u8

Estimated Wi-Fi backhaul-hop count (0..=3) behind the first hop. Each extra hop is a shared-medium retransmit that raises expected loss, so more hops bias parity up.

Trait Implementations

impl Clone for SensorSnapshot

fn clone(&self) -> SensorSnapshot

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Copy for SensorSnapshot

impl Debug for SensorSnapshot

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

Formats the value using the given formatter.

impl Default for SensorSnapshot

fn default() -> SensorSnapshot

Returns the “default value” for a type.