Twin-Field QKD allows secure quantum key distribution over 500 km of optical fibre.
STG conversational dialogue system paired with semantic knowledge bases that connect to linked data supporting complex queries has been accepted to be presented in the forthcoming and highly competitive conference, SIGDial2018 in Australia, July 12–14 2018, Melbourne.
An architecture for an intelligent personal assistant that allows users to explore an information space by conversing with STG spoken Dialogue system has been demonstrated at IEEE ICASSP conference during the Show&Tell sessions in April 2018, Calgary Canada.
STG invites PhD students with strong background in machine learning, deep learning or signal processing, who are in their second year of higher to apply for internships with us by sending their CV to firstname.lastname@example.org
Looking forward for the top performance in the new ASR challenge: CHiME5.
TREL shows in Nature Communications that quantum dot devices based on indium phosphide are capable of electrically injected single photon and entangled photon pair emission around 1550 nm. Entanglement fidelity of 87 ± 4% is sufficient for the application of one-way error correction protocols and the emission at 1550 nm can be directly integrated with existing long distance quantum communication and cryptography systems.
Proof-of-principle demonstration of quantum digital signatures (QDS) mediated by measurement-device-independent quantum key distribution (MDI-QKD). Published today in Nature Communications TREL has devised an efficient protocol to distil multiple signatures from the same block of data, thus reducing the statistical fluctuations in the sample and greatly enhancing the final QDS rate in the finite-size scenario.
BT and Toshiba today opened the UK’s first secure quantum communication showcase at BT’s research and development centre in Ipswich.
Scientific Reports paper demonstrates a full quantum encryption system operating with a bandwidth of 200 Gb/s over 100 km of fibre and shows quantum encryption of 10 Tb/s is feasible for a 50 km fibre.
Compact semiconductor-laser system that can be directly phase modulated reported by Toshiba in Physical Review X.
Toshiba reports in Nature Nanotechnology a device that can send the photons in weak laser light in different directions based on their number.