Andrés Felipe Calderón de Restrepo
Within the scope of this project, no specific application is included. The goal is to build a tool for the creation of acoustic cameras, but the range of application areas is diverse. Some examples application areas:
Noise Pollution Monitoring:
- Cities can monitor noise pollution using acoustic cameras. Noise pollution can adversely affect health and well-being.
Wildlife Research & Conservation:
- Acoustic monitoring can track animal migrations, detect the presence of specific species, and estimate population densities. This can be instrumental in conservation efforts.
Fault Detection:
- Acoustic cameras can visualize sound sources, helping engineers detect faulty parts in machinery or infrastructure.
Enhancing Renewable Energy Technologies:
- Detect and monitor unwanted noise or vibrations from wind turbines or other renewable energy technologies, ensuring they are as efficient and unobtrusive as possible.
Automotive & Transportation:
- Acoustic cameras can help car manufacturers design quieter vehicles or detect faults.
- Can help monitor and manage traffic noise in busy areas.
Security:
- acoustic cameras + AI algorithms can detect unusual activities, like glass breaking or unauthorized entry.
Assisting in Search and Rescue Operations:
- In the event of natural disasters like earthquakes, acoustic cameras might help locate trapped individuals by detecting faint cries for help.
Designed as tile.
As already mentioned, Sesenta was designed to be able to make array of arrays, here are some examples:
Triangle array: 180 microphones array (Sesenta x 3)
Hexagonal array: 420 microphones array (Sesenta x 7)
Dan Schneider
Shah Selbe
Miguel Risco-Castillo
Paul Kocyla