<p>Scientists at the University of Stuttgart (1) have conducted a large-scale experiment using <a href="https://r20.rs6.net/tn.jsp?f=001QSnYJUNEBtv5izvzSOWTtQBFDWNagsq6HYGCWGMdehxCEXk8vugbXiQmAi5pNYcHRZakEccDUWV1TlhofTSAZZXGU4PZgH8Og16z8qiN8odGq4poTXi3G9LiIWr07ZN M6sOaT4vBGgz7kdxQ7pqifUAYV4M8jnsp2cJnjdKkKQ=&c=xWzZ91eoOFDyaDlTBPG8QR7vbcuwlJA3dyq3INAa6UZU7UtUWe-nfA==&ch=0QLi7uFbeY1fMIbYUmPZvJcrUs2pNdTL7brbWurQtLHz-gsh1o2EOA==" target=" blank">SVS-Vistek</a> cameras to investigate the potential of using holographic imaging in the reliable environmental perception of foggy conditions. </p>