Statistics for Design of Time-Varying Hybrid Zero Dynamics Controllers for Exponential Stabilization of Agile Quadrupedal Locomotion

Total visits

views
Design of Time-Varying Hybrid Zero Dynamics Controllers for Exponential Stabilization of Agile Quadrupedal Locomotion 322

Total visits per month

views
June 2024 1
July 2024 1
August 2024 0
September 2024 0
October 2024 0
November 2024 1
December 2024 1

File Visits

views
Martin_JB_T_2020.pdf 1021

Top country views

views
United States 160
China 41
Germany 17
France 13
Hong Kong SAR China 9
Turkey 6
Taiwan 5
South Korea 4
Singapore 4
United Kingdom 3
Italy 3
Sweden 3
Ireland 2
Vietnam 2
United Arab Emirates 1
Australia 1
Switzerland 1
Czechia 1
Egypt 1
Spain 1
Finland 1
Croatia 1
Iran 1
Kenya 1
Malaysia 1
Netherlands 1
Pakistan 1
Russia 1
South Africa 1

Top city views

views
Reston 32
Blacksburg 12
Ashburn 10
Shenzhen 9
Huntington 8
Beijing 6
Central 6
Buffalo 5
Charlottesville 5
Pasadena 5
Singapore 4
Ashland 3
Hangzhou 3
Andover 2
Ankara 2
Arvada 2
Austin 2
Castro Valley 2
Chicago 2
Dublin 2
Hanoi 2
Haslet 2
Hefei 2
Istanbul 2
Los Angeles 2
Lyon 2
Petersburg 2
Taichung 2
Umeå 2
Zhengzhou 2
Al Ain City 1
Alexandria 1
Avon 1
Bethesda 1
Boardman 1
Boston 1
Bradenton 1
Burlington 1
Carnegie 1
Champaign 1
Charlotte 1
Christiansburg 1
Clermont-Ferrand 1
College Park 1
Como 1
Dallas 1
Des Moines 1
Elâzığ 1
Exeter 1
Front Royal 1
Highbury 1
Jinan 1
Karachi 1
Litchfield 1
Lynchburg 1
Madrid 1
Marseille 1
Mooresville 1
Orange 1
Orta di Atella 1
Osmaniye 1
Parma 1
Petaling Jaya 1
Philadelphia 1
Pohang 1
Radford 1
San Jose 1
Seattle 1
Secaucus 1
Seongbuk-gu 1
Somerville 1
Stone 1
Tainan City 1
The Hague 1
Tsing Yi Town 1
Ulsan 1
Waynesboro 1
Winston-Salem 1
Yuseong-gu 1
Zhuhai 1
Zurich 1