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Now showing items 3351-3358 of 3358
Multiparty quantum state discrimination
(Massachusetts Institute of Technology, 2020)
We consider the problem of identifying an unknown multiparty quantum state using local operations and classical communication (LOCC). In particular, we consider a class of protocols that utilize a sequence of LOCC, referred ...
Instrument systematics calibration and performance validation for high precision photometry missions
(Massachusetts Institute of Technology, 2020)
Exoplanet detection using planetary transits requires very high precision photometry. The systematic noise requirement on photometry missions is limited to tens of parts per million over few hour timescales. The present ...
Aerodynamics of wind turbine with tower disturbances
(Massachusetts Institute of Technology, 1978)
Automatic temperature regulation in portable life support systems.
(Massachusetts Institute of Technology, 1972)
The energy budget of the stratosphere during 1965
(Massachusetts Institute of Technology, 1967)
A monthly statistical analysis was made of the effects of large scale horizontal eddy transport processes on the zonal momentum, heat and energy budgets for three layers of the 1965 stratosphere. Geostrophic wind components ...
Effective information sharing for human-robot collaboration
(Massachusetts Institute of Technology, 2020)
Humans and machines often possess complementary skills. The recognition of this fact is leading to a steadily growing interest in collaborative robots. Despite the growing interest, however, a fundamental question remains ...
Moment-based risk-bounded trajectory planning for autonomous vehicles
(Massachusetts Institute of Technology, 2020)
Uncertainty in the behavior of agents on the road is arguably one of the greatest challenges preventing the large scale deployment of fully autonomous vehicles on public roads. This uncertainty is complex and challenging ...
Output-based adaptive RANS solutions using higher-order FEM on a multi-element airfoil
(Massachusetts Institute of Technology, 2020)
Higher-order methods in computational fluid dynamics have the potential to provide accurate solutions at lower computational costs than traditional methods. Obtaining accurate flow solutions requires the use of computational ...