Struct Minstarapproxi8Deg1Clip

pub struct Minstarapproxi8Deg1Clip { /* private fields */ }

LDPC decoder arithmetic with 8-bit quantization and an approximation to the min* function.

This is a DecoderArithmetic that uses i8 to represent the LLRs and messages and computes the check node messages using an approximation to the min* rule.

See (36) in [1].

Implementations

impl Minstarapproxi8Deg1Clip

pub fn new() -> Minstarapproxi8Deg1Clip

Creates a new [$ty] decoder arithmetic object.

Trait Implementations

impl Clone for Minstarapproxi8Deg1Clip

fn clone(&self) -> Minstarapproxi8Deg1Clip

Returns a copy of the value.

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

Performs copy-assignment from source.

impl Debug for Minstarapproxi8Deg1Clip

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

Formats the value using the given formatter.

impl DecoderArithmetic for Minstarapproxi8Deg1Clip

type Llr = i8

LLR.

type CheckMessage = i8

Check node message.

type VarMessage = i8

Variable node message.

type VarLlr = i16

Variable LLR.

fn input_llr_quantize(&self, llr: f64) -> i8

Quantization function for input LLRs.

fn llr_hard_decision(&self, llr: i8) -> bool

Hard decision on LLRs.

fn llr_to_var_message(&self, llr: i8) -> i8

Transform LLR to variable message.

fn llr_to_var_llr(&self, llr: i8) -> i16

Transform LLR to variable LLR.

fn var_llr_to_llr(&self, var_llr: i16) -> i8

Transform variable LLR to LLR.

fn send_check_messages<F>(&mut self, var_messages: &[Message<i8>], send: F)

where F: FnMut(SentMessage<i8>),

Send check messages from a check node.

fn send_var_messages<F>( &mut self, input_llr: i8, check_messages: &[Message<i8>], send: F, ) -> i8

where F: FnMut(SentMessage<i8>),

Send variable messages from a variable node.

fn update_check_messages_and_vars( &mut self, check_messages: &mut [SentMessage<i8>], vars: &mut [i16], )

Update check messages and variable values for a check node.

impl Default for Minstarapproxi8Deg1Clip

fn default() -> Minstarapproxi8Deg1Clip

Returns the “default value” for a type.