Statistics for Accelerating Atmospheric Modeling Through Emerging Multi-core Technologies

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Accelerating Atmospheric Modeling Through Emerging Multi-core Technologies 651

Total visits per month

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April 2024 0
May 2024 0
June 2024 2
July 2024 2
August 2024 0
September 2024 1
October 2024 0

File Visits

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Linford_JC_D_2010.pdf 415

Top country views

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United States 305
France 109
Germany 51
China 45
United Kingdom 27
Canada 13
Russia 10
Hong Kong SAR China 9
South Korea 9
Ireland 6
Vietnam 6
Finland 5
Netherlands 5
Sweden 4
Turkey 4
India 3
Italy 3
Iran 2
Pakistan 2
Singapore 2
Austria 1
Australia 1
Bulgaria 1
Brazil 1
Cyprus 1
Czechia 1
Kazakhstan 1
Mongolia 1
Malaysia 1
Poland 1
Qatar 1
El Salvador 1
Taiwan 1
South Africa 1

Top city views

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Blacksburg 70
Ashburn 51
Reston 37
Southend 17
Beijing 9
Toronto 8
Columbus 7
Boardman 6
Dallas 6
Redwood City 6
Sunnyvale 6
Central 4
Hanoi 4
Houston 4
Nanjing 4
Nuremberg 4
Old Bridge 4
Shenzhen 4
Tianjin 4
Balingen 3
Bunkyo-ku 3
Bursa 3
Chongqing 3
Daejeon 3
Dublin 3
Novosibirsk 3
Tokyo 3
Andover 2
Bloomsburg 2
Brooklyn 2
Castro Valley 2
Chicago 2
Da Lat 2
Los Angeles 2
Minneapolis 2
Montréal 2
Moscow 2
Nanchang 2
Ogden 2
Palo Alto 2
Pompano Beach 2
Rijswijk 2
Seongnam 2
Singapore 2
Wilmington 2
Aleysk 1
Amsterdam 1
Ann Arbor 1
Beauharnois 1
Bedford 1
Bhopal 1
Bosco Chiesanuova 1
Buffalo 1
Chester 1
Chomu 1
Christiansburg 1
Des Moines 1
Dongguan 1
Dresden 1
Dronten 1
Faisalabad 1
Fort Lauderdale 1
Foshan 1
Franconville 1
Frankfurt am Main 1
Hangzhou 1
Izmir 1
Jersey City 1
Karlsruhe 1
Kempen 1
Knoxville 1
Kunming 1
Köln 1
Lahore 1
London 1
Ludwigshafen am Rhein 1
Manchester 1
Mattersburg 1
Milan 1
Milpitas 1
Montreal 1
Mountain View 1
Munich 1
New Castle 1
North Bergen 1
Nürnberg 1
OEregrund 1
Oakland 1
Palatine 1
Petaling Jaya 1
Phoenix 1
Portland 1
Potsdam 1
Pride 1
Providence 1
Roanoke 1
Roubaix 1
Royersford 1
San Salvador 1
Seattle 1