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PUBLICATIONS

2003
Optical Transfer Function Shaping and Depth of Focus by using a Phase Only Filter
Dina Elkind, Zalevsky, Zeev , Levy, Uriel , and Mendlovic, David . 2003. “Optical Transfer Function Shaping And Depth Of Focus By Using A Phase Only Filter”. Applied Optics, 42, 11, Pp. 1925-1931. . Publisher's Version
Articles
optical_transfer_function_shaping_and_depth_of_focus_by_using_a_phase_only_filter.pdf
2002
Ultrafast All-Optical Switching
Zeev Zalevsky, Mendlovic, David , Marom, Emanuel , Cohen, Nadav , Goldenberg, Efraim , Konforti, Naim , Shemer, Amir , Shabtay, Gal , Levy, Uriel , and Appelman, Roy . 2002. “Ultrafast All-Optical Switching”. Journal Of Optical Networking, 1, 5, Pp. 170-183. . Publisher's Version
Articles
ultrafast_all-optical_switching.pdf
2001
Efficiency analysis of diffractive lenses
Uriel Levy, Mendlovic, David , and Marom, Emanuel . 2001. “Efficiency Analysis Of Diffractive Lenses”. Journal Of The Optical Society Of America A, 18, 1, Pp. 86-93. . Publisher's Version
Articles
efficiency_analysis_of_diffractive_lenses.pdf
On-axis centro-symmetric computer generated holograms
Uriel Levy, Shrot, Yoav , Marom, Emanuel , and Mendlovic, David . 2001. “On-Axis Centro-Symmetric Computer Generated Holograms”. Applied Optics, 40, 32, Pp. 5928-5937. . Publisher's Version
Articles
on-axis_centro-symmetric_computer_generated_holograms.pdf
Simultaneous multicolor image formation with a single diffractive optical element
Uriel Levy, Marom, Emanuel , and Mendlovic, David . 2001. “Simultaneous Multicolor Image Formation With A Single Diffractive Optical Element”. Optics Letters, 26, 15, Pp. 1149-1151. . Publisher's Version
Articles
simultaneous_multicolor_image_formation_with_a_single_diffractive_optical_element.pdf
2000
A New Optical Random Coding Technique for Security Systems
Zeev Zalevsky, Mendlovic, David , Levy, Uriel , and Shabtay, Gal . 2000. “A New Optical Random Coding Technique For Security Systems”. Optics Communications, 180, 1-3, Pp. 15-20. . Publisher's Version
Articles
a_new_optical_random_coding_technique_for_security_systems.pdf
Optimal synthesis of 3-D complex amplitude distributions
Gal Shabtay, Zalevsky, Zeev , Levy, Uriel , and Mendlovic, David . 2000. “Optimal Synthesis Of 3-D Complex Amplitude Distributions”. Optics Letters, 25, 6, Pp. 363-365. . Publisher's Version
Articles
optimal_synthesis_of_3-d_complex_amplitude_distributions.pdf
1999
Analytic approach for optimal quantization of diffractive optical elements
Uriel Levy, Cohen, Nadav , and Mendlovic, David . 1999. “Analytic Approach For Optimal Quantization Of Diffractive Optical Elements”. Applied Optics, 38, 26, Pp. 5527-5532. . Publisher's Version
Articles
analytic_approach_for_optimal_quantization_of_diffractive_optical_elements.pdf
Novel iterative algorithm for determining optimal beam profiles in a 3-D space
Uriel Levy, Mendlovic, David , Zalevsky, Zeev , Shabtay, Gal , and Marom, Emanuel . 1999. “Novel Iterative Algorithm For Determining Optimal Beam Profiles In A 3-D Space”. Applied Optics, 38, 32, Pp. 6732-6736. . Publisher's Version
Articles
novel_iterative_algorithm_for_determining_optimal_beam_profiles_in_a_3-d_space.pdf
1998
Modifications of detour phase computer-generated holograms
Uriel Levy, Marom, Emanuel , and Mendlovic, David . 1998. “Modifications Of Detour Phase Computer-Generated Holograms”. Applied Optics, 37, 14, Pp. 3044-3052. . Publisher's Version
Articles
modifications_of_detour_phase_computer-generated_holograms.pdf
On-Axis Phase Only Computer Generated Holograms based on minimal etching process
Uriel Levy, Mendlovic, David , and Zalevsky, Zeev . 1998. “On-Axis Phase Only Computer Generated Holograms Based On Minimal Etching Process”. Journal Of Modern Optics, 45, 7, Pp. 1437-1449. . Publisher's Version
Articles
on-axis_phase_only_computer_generated_holograms_based_on_minimal_etching_process.pdf
1997
Encoding Techniques for the design of zero order (on Axis) Fraunhofer computer-generated holograms
David Mendlovic, Shabtay, Gal , Levy, Uriel , Zalevsky, Zeev , and Marom, Emanuel . 1997. “Encoding Techniques For The Design Of Zero Order (On Axis) Fraunhofer Computer-Generated Holograms”. Applied Optics, 36, 32, Pp. 8427-8434. . Publisher's Version
Articles
encoding_techniques_for_the_design_of_zero_order_on_axis_fraunhofer_computer-generated_holograms.pdf