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Record
Title
Machine Learning Enabled Nonlinear Phase Noise Mitigation for Coherent Optical Systems
Type
Student Paper
Publ. year
2020
Author/s
Gutierrez, Sergio Steven
Department/s
Atomic Physics; Department of Physics
In LUP since
2020-06-15
Downloads

Total This Year This Month
594 120 4
 Downloads per Country

United States of America
107 (18%)
Sweden
67 (11%)
China
49 (8%)
India
32 (5%)
Singapore
27 (5%)
Russian Federation
25 (4%)
France
20 (3%)
Germany
17 (3%)
Canada
16 (3%)
Malaysia
14 (2%)
United Kingdom of Great Britain and Northern Ireland
13 (2%)
Brazil
13 (2%)
Hong Kong (China)
13 (2%)
Czechia
12 (2%)
South Korea
10 (2%)
Viet Nam
9 (2%)
Taiwan (China)
9 (2%)
Iran
9 (2%)
Japan
8 (1%)
Iraq
7 (1%)
Syrian Arab Republic
6 (1%)
Israel
5 (1%)
Indonesia
4 (1%)
Thailand
4 (1%)
Egypt
4 (1%)
Pakistan
4 (1%)
Ethiopia
4 (1%)
Italy
4 (1%)
South Africa
4 (1%)
Netherlands (Kingdom of the)
4 (1%)
Colombia
4 (1%)
Turkiye
4 (1%)
Unknown
3 (1%)
Greece
3 (1%)
Bangladesh
3 (1%)
Denmark
3 (1%)
Mexico
3 (1%)
Ireland
3 (1%)
Latvia
3 (1%)
Belgium
3 (1%)
Libya
3 (1%)
Portugal
2 (0%)
Ukraine
2 (0%)
Bulgaria
2 (0%)
Spain
2 (0%)
Australia
2 (0%)
Algeria
2 (0%)
Saudi Arabia
2 (0%)
Chile
2 (0%)
Lebanon
2 (0%)
Finland
2 (0%)
Georgia
1 (0%)
Romania
1 (0%)
Kenya
1 (0%)
Uruguay
1 (0%)
United Arab Emirates
1 (0%)
Argentina
1 (0%)
Jamaica
1 (0%)
Lithuania
1 (0%)
Norway
1 (0%)
Belarus
1 (0%)
Senegal
1 (0%)
Slovenia
1 (0%)
Benin
1 (0%)
Azerbaijan
1 (0%)
Nigeria
1 (0%)
Morocco
1 (0%)
Angola
1 (0%)
Switzerland
1 (0%)
Philippines
1 (0%)
About
The download statistics shown here have been collected since the launch of LUP in October 2007 and are updated every night. Statistics are available for all records with open access full-texts. Efforts have been made to exclude downloads by robots and track irregular download activities.

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Disclaimer
The information on downloads per country is based on the geolocation of IP addresses and may not be completely accurate. The statistics presented here may also change retroactively when the calculation process is improved to provide more accurate results.

Statistics Last Updated
2026-10-08 11:53:03