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Library of Dynamixel Drive Unites and their Accessories for CAD and Simulation Systems - Thesis Details | Department of Robotics

https://robot2.vsb.cz/theses/781/

As an example of the use of this library, was assembled a manipulator with six degrees of freedom. Department of Robotics | Official web | Facebook

Power sources for Mobile Robotics - Thesis Details | Department of Robotics

https://robot2.vsb.cz/theses/676/

Results of this thesis could be used for any project, which contains five to ten cell battery. Department of Robotics | Official web | Facebook

Master’s and Bachelor’s Theses from 1985/1986 | Department of Robotics

https://robot2.vsb.cz/theses/year-1986/

master’s thesis Václav Žemla Návrh pracoviště pro nakládání kusového materiálu na okružní dopravník s použitím průmyslových robotů a manipulátorů supervisor: ? Department of Robotics |

Master’s and Bachelor’s Theses from 2019/2020 | Department of Robotics

https://robot2.vsb.cz/theses/year-2020/

Robert Pastor, Ph.D. bachelor’s thesis Michal Zajíc Roller Conveyors for Robotized Workplaces supervisor: doc. Ing. Milan Mihola, Ph.D. Department of Robotics | Official

Master’s and Bachelor’s Theses from 2006/2007 | Department of Robotics

https://robot2.vsb.cz/theses/year-2007/

Jan Burkovič, Ph.D. bachelor’s thesis Barbora Valtová Construction design of gripper for manipulation with large objects supervisor: Ing. Ladislav Karník, CSc. Department of Robotics |

Master’s and Bachelor’s Theses from 1986/1987 | Department of Robotics

https://robot2.vsb.cz/theses/year-1987/

master’s thesis Jaroslav Zoul Simulační systém pro modelování dynamiky průmyslových robotů supervisor: ? Department of Robotics | Official web | Facebook

Master’s and Bachelor’s Theses from 2002/2003 | Department of Robotics

https://robot2.vsb.cz/theses/year-2003/

Ladislav Karník, CSc. bachelor’s thesis Libor Szyrocki Konstrukční návrh výměnného efektorového podsystému mobilního bezpečnostního robotu supervisor: Ing. Vladislav Buzek Department of Robotics

1707_VITECKOVA_VITECEK.pdf

https://transactions.fs.vsb.cz/2009-2/1707_VITECKOVA_VITECEK.pdf

It is obvious that for r1 = 0 or TD = 0 from (2) the transfer function of the standard PI controller ⎟ ⎠ ⎞ ⎜ ⎝ ⎛ +=+= − sT r s rrsG I C 11)( 0 1 0 (4) is

Math Support Centre - Markéta Novotná (UK201) - ZM, MI, MII

https://msc.vsb.cz/index.php/jana-sloufova-zm-mi-mii-3-1602758706-1608282001-1619776800-2-1633078800-4-1638262800-2-1641286800-2-1644829200-2-1652437801-1654246800-2-1669968002-1686300301-1702627201

Math Support Centre - Markéta Novotná (UK201) - ZM, MI, MII Markéta Novotná (UK201) - ZM, MI, MII Datum 5. 1. 2024 9:00 - 12:15 Weekly on Friday until January 26,

Math Support Centre - Alžběta Lampartová (UK201) - ZM, MI, MII

https://msc.vsb.cz/index.php/pokus-2-1708344002-1716879605-1733996701-1738139401-1743580801-1764841501

Math Support Centre - Alžběta Lampartová (UK201) - ZM, MI, MII Alžběta Lampartová (UK201) - ZM, MI, MII Datum 5. 1. 2026 10:00 - 13:00 Weekly on Monday until January 26,

Math Support Centre - Radka Hamříková (UK201) - ZM, MI, MII, DG, KG

https://msc.vsb.cz/index.php/magda-krcmarova-jakub-konvicka-zm-mi-mii-kg-fi-1639569601-1643014803-1649077200-2-1650967200-2-1654675200-4-1670484600-1680610501-1685340001-1678355101-1678878905

Math Support Centre - Radka Hamříková (UK201) - ZM, MI, MII, DG, KG Radka Hamříková (UK201) - ZM, MI, MII, DG, KG Datum 5. 3. 2025 16:00 - 17:30 Weekly on Wednesday until March 26

Math Support Centre - Pavel Rucki (UK201) - ZM, MI, MII

https://msc.vsb.cz/index.php/pavel-rucki-ekfa317-ma-mb-2-1703145606-1717577106-1774350005

Math Support Centre - Pavel Rucki (UK201) - ZM, MI, MII Pavel Rucki (UK201) - ZM, MI, MII Datum 5. 5. 2026 12:00 - 13:30 Weekly on Tuesday until May 26, 2026 Tisk

1614_CIOSMAK.pdf

https://transactions.fs.vsb.cz/2008-2/1614_CIOSMAK.pdf

The issue dealt with in the paper is important as devices manufactured at present contain ever-growing number of sensors. Increasing the volume of sensor wiring

1553_SZABO_Csaba_IMECS_Maria_INCZE_Ioan_Iov.pdf

https://transactions.fs.vsb.cz/2006-2/1553_SZABO_Csaba_IMECS_Maria_INCZE_Ioan_Iov.pdf

Based on this fact the first control method, which assures the so-called “loss-less” operation for the motor was developed, that is the well known constant Voltage-per-frequency operation. The only control variable is the frequency, while the stator voltage

1635.pdf

http://kat354nas3.vsb.cz/icra2018/media/files/1635.pdf

φ(t) = φm sin(2πft), (3a) α(t) = αm sin(2πft+ αpha) + α0, (3b) where t = Tsk denotes time instant (Ts = 0.004s is the sampling time of the robotic wing), φm is (half) stroke amplitude, αm is pitching amplitude, αpha is phase angle between the stroke and pitching, and α0

1917.pdf

https://transactions.fs.vsb.cz/2012-2/1917.pdf

This test is considered as basic and by this test takes measure objectivity of machinability for others tests. Disadvantage of this test is

vondrakova.pdf

http://gisak.vsb.cz/GISacek/GISacek_2008/referaty/vondrakova.pdf

After the handover of these projects, students were asked if they really want to realise them... And this is the way how project EXPLOZE – Extra portion of local geography has been made. The main aim of the project

Math Support Centre - Jiří Krček (UK201) - ZM, MI, II, IV, PaST, NM, NM, Matlab

https://msc.vsb.cz/index.php/jiri-krcek-uk201-mii-miv-nm-24-1652090400-53-1701676803-1704268801

Math Support Centre - Jiří Krček (UK201) - ZM, MI, II, IV, PaST, NM, NM, Matlab Jiří Krček (UK201) - ZM, MI, II, IV, PaST, NM, NM, Matlab Datum 19. 2. 2024 8:30 - 10:00 Weekly on Monday until

0497.pdf

http://kat354nas3.vsb.cz/iros2018/media/files/0497.pdf

A square projection matrix X is idempotent by definition, i.e. X = X2. It is an orthogonal projection iff X = XT , otherwise the projection

test_an_geometrie_body_vektory_1294_1088_0.pdf

https://msr.vsb.cz/sites/msr.vsb.cz/files/pdf/test_an_geometrie_body_vektory_1294_1088_0.pdf

Určete velikost vnitřních úhlů trojúhelníku ABC, je-li A = [1; 2], B = [2; 6], C = [3;−1]. Zaokrouhlete na celé stupně. 1 22◦, 26◦, 132◦26◦, 45◦, 109◦22◦, 48◦, 110◦17◦, 31◦, 132◦ 1 22◦,

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