Plan recognition algorithms use knowledge of likely plans to infer the intent behind particular input actions.
Plan recognition is a promising approach for engineering better interfaces in a wide variety of application areas, as well as an active research area in Artificial Intelligence (AI).
This memorandum contains suggested recommendations and guidelines to use when planning a validation benchmark.
We have developed a novel technique for determining inerfacial roughness from plan-view transmission electron diffraction.
It is shown that nearly ideal multiplexing and demultiplexing can be realized in optical networks by using a planar arrangement of two waveguide gratings combined with a reflector (or a waveguide l
A planar 2 x 2 wavelength router with rectangular transfer functions is realised by using three waveguide gratings combined with a segmented reflector.
Twofold-, threefold-, and fivefold-symmetry elements are observed in the near-surface region of the quasicrystal Al70Pd20Mn10 using a real-space imaging technique based on secondary-electron emissi
GainAs/InP Planar Buried Heterostructure (BH) lasers with semi- insulating blocking layers were grown in an "all" atmospheric OMVPE system.
This paper presents results obtained with a new explicit variational principle developed by the authors for planar multilayered gyrotropic structures.
Planar InGaAs/InP heterostructure photodiodes have been fabricated from structures grown by atmospheric pressure metal-organic chemical vapor deposition.
