By John E. W. Mayhew, John P. Frisby
3-D version acceptance from Stereoscopic Cues ЕСТЕСТВЕННЫЕ НАУКИ, ПРОГРАММИНГ 3-D version reputation from Stereoscopic Cues (Artificial Intelligence Series)ByJohn E.W. Mayhew, John P. FrisbyPublisher:MIT Press1991 286 PagesISBN: 0262132435PDF61 MB3D version attractiveness from Stereoscopic Cues presents a wealthy, built-in account of labor performed inside of a large-scale, multisite, Alvey-funded collaborative venture in computing device imaginative and prescient. It offers numerous tools for deriving floor descriptions from stereoscopic info and for matching these descriptions to three-d types for the needs of item reputation, imaginative and prescient verification, independent automobile tips, and robotic computing device suggestions. cutting-edge imaginative and prescient structures are defined in enough aspect to permit researchers to copy the implications. sharingmatrix importing eighty five 1 2 three four five
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It can emit relatively high-power CW and pulsed waves with the output power reaching up to hundreds of mWs (Williams 2007). In general, QCLs are operated at low temperatures. The emission efficiency decreases with increasing temperatures (Indjin et al. 2003; Mátyás et al. 2010). This disadvantage has been addressed and resolved recently (Belkin et al. 2007). QCLs are made up of heterojunctions, which are junctions of lattice-matched semiconductors h aving different band gaps. 5 and consists of an injector, an injection barrier, and an active region.
Reprinted from Huber, R. , Appl. Phys. ) SIS mixers offer the best sensitivities, closely approaching the quantum limit. A heterodyne detector has a complex structure than a direct detector, but it enables the measurement of the amplitude and phase information with higher sensitivity. This coherent detection method has 100 dB times higher signalto-noise ratio than direct detection. High-resolution heterodyne detection is an important technique in astronomy and atmospheric science (Kulesa 2011).
Optics Letters 25: 675–677. , A. Brodschelm, F. Tauser, and A. Leitenstorfer. 2000. Generation and field-resolved detection of femtosecond electromagnetic pulses tunable up to 41 THz. Applied Physics Letters 76: 3191. Hübers, H. W. 2008. Terahertz heterodyne receivers. IEEE Journal of Selected Topics in Quantum Electronics 14: 378–391. Hübers, H. W. 2010. Terahertz technology: Towards THz integrated photonics. Nature Photonics 4: 503–504. , P. Harrison, R. Kelsall, and Z. Ikonic. 2003. Mechanisms of temperature performance degradation in terahertz quantum-cascade lasers.