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2 repositorios

Awesome GitHub RepositoriesInteger

Audio signal processing implemented using integer formats to maintain dynamic range without floating-point arithmetic.

Distinct from Audio Processing: Distinct from general Audio Processing by specifically focusing on integer-format (fixed-point) precision and constraints.

Explore 2 awesome GitHub repositories matching graphics & multimedia · Integer. Refine with filters or upvote what's useful.

Awesome Integer GitHub Repositories

Encuentra los mejores repositorios con IA.Buscaremos los repositorios que mejor coincidan usando IA.
  • paragonie/random_compatAvatar de paragonie

    paragonie/random_compat

    8,165Ver en GitHub↗

    randomcompat is a backward-compatibility library that provides cryptographically secure random number generation functions for PHP 5.x environments. It delivers the randombytes() and random_int() functions that are natively available in PHP 7+, enabling legacy applications to generate secure random bytes and unbiased integers from system entropy sources. The library implements a priority-based fallback chain across operating-system CSPRNGs, selecting the best available random source in order of security. It uses rejection sampling to convert raw random bytes into unbiased integers withi

    Converts raw random bytes into unbiased integers within arbitrary ranges using rejection sampling.

    PHPcsprngphpphp5
    Ver en GitHub↗8,165
  • xiph/opusAvatar de xiph

    xiph/opus

    3,035Ver en GitHub↗

    Opus is a lossy audio compression standard and codec designed for high-quality speech and music transmission over the internet. It functions as a low-latency audio codec and network-resilient streamer, providing a framework for encoding and decoding digital audio. The project distinguishes itself through the support of multi-channel ambisonics for immersive three-dimensional spatial audio reproduction. It is specifically optimized for real-time interactive communication, utilizing dynamic bitrate adjustment and forward error correction to maintain audio quality on unstable networks. The syst

    Encodes and decodes audio using a 24-bit integer format to maintain dynamic range without floating-point arithmetic.

    Caudioccodec
    Ver en GitHub↗3,035
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  • Cryptographic Integer ScalingConverts raw random bytes into unbiased integers within arbitrary ranges using rejection sampling to avoid modulo bias. **Distinct from Integer:** Distinct from Integer audio processing: focuses on cryptographic integer scaling via rejection sampling, not audio signal processing in integer format.