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Discover how Docker solves containerization challenges for audio development, from basic concepts to advanced use cases like CI systems and hosting third-party audio applications with proper routing on Linux.
Discover how Project Sunva uses AI audio technologies like speech-to-text, text-to-speech, and GenAI to break communication barriers for India's deaf community, revolutionizing accessibility through innovative solutions.
Discover techniques for reverse engineering hardware synthesizers through a detailed analysis of the TX81Z, learning to recreate oscillators, envelopes, and complex sound interactions using Cmajor programming language.
Explore the transition from developing audio software for PC/mobile to creating physical audio products like synthesizers and grooveboxes, with insights on architectures, programming languages, and getting started in hardware development.
Delve into a multidisciplinary panel exploring how neuroscience, particularly predictive processing, can inform audio technology development, with insights from experts in cognitive science, psychoacoustics, and AI.
Explore Roland's holistic approach to AI for music creation, including technical demonstrations, R&D strategies, policy considerations, and governance mechanisms designed to enhance human creativity responsibly.
Discover an innovative neural audio watermarking approach for AI voice transformation plugins that embeds inaudible watermarks directly during generation and includes tamper-resistance features to prevent misuse and ensure regulatory compliance.
Discover how to process massive audio datasets efficiently using Ray framework for distributed computing, with practical tips for feature extraction, spectrogram analysis, and deriving insights from terabytes of audio data.
Dive into designing and developing AVB/Milan-compliant audio network endpoints using the Panda-Board reference design, covering both hardware components and software implementation for real-time audio streaming.
Discover modern workflows for deploying JUCE applications on embedded Linux devices using CMake integration with Yocto/OpenEmbedded, targeting platforms like Raspberry Pi.
Explore branch-free oscillator design techniques for high-performance virtual analog synthesizers, covering CPU architecture to C++ implementation strategies.
Discover how GPU acceleration revolutionizes real-time audio processing, overcoming 30-year-old limitations in music production, gaming, and VR through advanced parallelization techniques.
Explore music informatics applied to India's diverse musical traditions, covering tools, techniques, and trends in this multidisciplinary field combining acoustics, ML, and musicology.
Explore Klang, a C++ dialect for audio programming, and rapIDE, a live coding environment that enables real-time audio development with hot-swapping and debugging capabilities.
Discover visual debugging techniques for audio development, including a custom debugger extension that displays audio content directly from buffer classes without code recompilation.
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