Tech, Science and Programming NEWS from around the digital world
Welcome to Lune Digital`s fortnightly Newsletter of the most impactful future shaping content about Technology, Coding, Machine Learning and Science. In this edition you`ll read about the importance of software portability for Embedded IoT systems, smart agriculture solutions, neural rendering model that generates 3D visuals and AI that compose music by visualizing it.
Benefits of software portability for Embedded IoT systems
Edge intelligence are getting more sophisticated, which inevitably makes hardware compute architectures more complex and the software development process more challenging. Software portability allows the parallelization of hardware and software development, translating into greater new product output and a shorter time to market. It simplifies upgrades and maintenance and enables quick alignment to market needs, extending product reach and lifetime.
Next-gen IoT rational farm management
IoT devices have become commonplace in household consumer market and also on a bigger scale such as agriculture industry. It helps the manually intense conventional farming operations to meet the increasing demands and decrease production losses. IoT in agriculture can add intelligence to analog and mechanical devices, streamline processes, gain efficiency in order to build stronger businesses by using robots, drones, remote sensors. Analytical tools for monitoring crops, surveying and mapping the fields provide data to farmers for rational farm management plans to save both time and money. The new era of Smart Farming has began.
5 times faster Computer Graphics by DLSS
New AI Speeds Computer Graphics by Up to 5 times. Deep Learning Super Sampling (DLSS) combines AI-powered image upscaling and optical multiframe generation. It combines sequential frames with an optical flow field used to predict changes between frames, then it slots AI-generated frames between traditionally rendered frames. DLSS can speed up performance by over 500% in some games. It is a powerful technology that can significantly improve the performance and visual quality of computer graphics applications, especially in demanding and high-performance games.
AI compose music by visualizing it
Riffusion is an AI that produces music using images of audio. It was created by fine-tuning Stable Diffusion on spectrograms. Spectrograms are visual representations of audio that show the amplitude of different frequencies over time. Riffusion creates spectrogram images with enough fidelity to convert into audio. Examples of music created with Riffusion, along with a link to a live demo of the AI, are available in the article. Will AI have the intelligence to pour creativity and emotion into the music as humans do?
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Lune Team
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