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In this article we report on validated research for the construction of design constraints by automated interpretation of natural language input. We show how our approach of dynamic reconfigurations of parsed syntax trees using a number of production rules is used to formalize and transform natural language constructs into computable constraints that are applied to concrete building information models...
The integration of single-photon and photon-number-resolving detectors with single-photon sources and passive circuits is essential to realise fully-functional quantum photonic integrated circuits. We have recently demonstrated the first waveguide single photon detectors (WSPDs) [1] and a polarisation-independent on-chip autocorrelator for the measurement of the second-order correlation function g...
Progress towards the development of a quantum integrated photonics platform on GaAs will be reported, including on-chip single photon sources, detectors, splitters, couplers and modulators.
Superconducting nanowires can be used to detect single photons with very high sensitivity and speed in the near-infrared. We present recent results on single-photon detectors integrated with microcavities and waveguides for increased efficiency, and photon-number-resolving detectors based on arrays of nanowires.
We report the first waveguide single-photon detectors. They are based on superconducting nanowires patterned on top of GaAs/AlGaAs waveguides and are suitable for monolithic integration with single-photon sources and passive quantum optical networks.
To facilitate mass customization in the building industry, an automated method is needed to check the validity of user-created designs. This check requires that numerous complex building codes and regulations, as well as architects' demands are formalized and captured by non-programming domain experts. This can be done via a natural language interface, as it reduces the required amount of training...
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