Low-noise innovations: How sounds are contributing to the future of telecoms
• Acoustics concerns all phenomena associated with sounds: the emission, propagation, capture and perception of sound waves.
• Originally focused on voice communications, telecoms have been a focus for acoustics research: coding, recognition, speech synthesis, etc.
• Today, sounds continue to provide many innovations: sound immersion for virtual reality; recognition of environmental sounds for natural spaces (detection of poaching or tree felling activities, species population measurements to assess biodiversity); recognition of environmental sounds for urban spaces (security) or the home (to detect when a person falls); and human-machine interactions where sound information complements or even supplements visual information.
Read the article
• Originally focused on voice communications, telecoms have been a focus for acoustics research: coding, recognition, speech synthesis, etc.
• Today, sounds continue to provide many innovations: sound immersion for virtual reality; recognition of environmental sounds for natural spaces (detection of poaching or tree felling activities, species population measurements to assess biodiversity); recognition of environmental sounds for urban spaces (security) or the home (to detect when a person falls); and human-machine interactions where sound information complements or even supplements visual information.
IoT: new energy-efficient chips could expand the scope of artificial intelligence in edge computing
Read the article
White Paper: Sustainability-focused Mobile Technologies for 2030 and Beyond
Read the article
