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Aladar Fleischman Faculty on Muck Rack

Aladar Fleischman Faculty

As seen in: Color Research & Application, Nature, Wiley Online Library, Frontiers, Omega, Cell Press, Cell Reports Physical Science, Physical Review B, International Journal of Forecasting
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Articles

Leveraging Public Transit for Robotic Deliveries: A Column Generation Approach

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By Yishay Shapira, Aladar Fleischman Faculty, Mor Kaspi
| Wiley Online Library Verified
1 Introduction Small package delivery services are becoming more and more popular with the rise of on-demand economy services, in particular, e-commerce and fast-food deliveries (Allen et al. 2021). To meet the growing need for home delivery within urban areas, new innovative delivery concepts have been developed, involving cargo bikes, robots, lockers, and more (Boysen et al. 2021; Chen et al. 2021).
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512‐Fold Rotational Super‐Resolution via Four‐Photon High‐Dimensional Structured Light

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By Aladar Fleischman Faculty, Ofir Yesharim, Guy Tshuva, Hagai S. Eisenberg
| Wiley Online Library Verified
Guy Tshuva and Ofir Yesharim have contributed equally to this work. 1 Introduction Quantum enhanced sensors that use N $N$ -photon entangled states can exceed the shot-noise limit in phase measurements [1, 2] by up to N $\sqrt {N}$ and provide N $N$ -fold improvement in resolution. Sensitivity and resolution can be further enhanced by using structured light [3-5].
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512‐Fold Rotational Super‐Resolution via Four‐Photon High‐Dimensional Structured Light

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By Guy Tshuva, Aladar Fleischman Faculty, Ofir Yesharim, Hagai S. Eisenberg
| Wiley Online Library Verified
1 Introduction Quantum enhanced sensors that use N $N$ -photon entangled states can exceed the shot-noise limit in phase measurements [1, 2] by up to N $\sqrt {N}$ and provide N $N$ -fold improvement in resolution. Sensitivity and resolution can be further enhanced by using structured light [3-5].
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