Friday, June 17, 2011

Automatically Generated Morph Sequence - Video


Automatically Generated Morph Sequence
Tutorial Description
A computer vision based morph between 6 hot celebrities, and 6 random women, (perhaps on their way to becoming celebrities themselves). The vision system we implemented in Matlab optimized the sequence of faces in order to generate the smoothest morphs face to face without manually entering control point pairs. The sequence optimizations were implemented using Simulated Annealing to improve a Greedy Tour as an approximation to the NP Complete Hamiltonian Path Problem. You can tell that the system is wise, because Lindsay Lohan is morphed into Dar Williams, producing a few frames of what could only be achieved through decades of expensive cloning procedures. This is a Final Exam Team Project for the University of Pennsylvanias GRASP Robotics Lab course: CIS-581, Computer Vision. Taught by Professor Jianbo Shi, Fall 2008. (highly recommended) Authors: Srinivasan Dwarakanathan, Hua-Min Shen, Jonathan Schmid.
Automatically Generated Morph Sequence - Video

Fundamentos del PWM sinusoidal - Video


Fundamentos del PWM sinusoidal
Tutorial Description
Fundamentos del PWM sinusoidal
Fundamentos del PWM sinusoidal - Video

Ulises - Four rotor helicopter simulation base - Video


Ulises - Four rotor helicopter simulation base
Tutorial Description
Four rotor helicopter base for testing control algorithms. Features a MicroStrain IMU. Control is carried out through Simulink module. It uses Real-Time blockset for Simulink by Leonardo Daga (available at Matlab File Exchange)
Ulises - Four rotor helicopter simulation base - Video

Ulises - Four rotor helicopter simulation base - Video


Ulises - Four rotor helicopter simulation base
Tutorial Description
Four rotor helicopter base for testing control algorithms. Features a MicroStrain IMU. Control is carried out through Simulink module. It uses Real-Time blockset for Simulink by Leonardo Daga (available at Matlab File Exchange)
Ulises - Four rotor helicopter simulation base - Video

Separador de Bolas - Video


Separador de Bolas
Tutorial Description
mi primer separador de bolas con el mindstorms. está programado con matlab (http://www.mindstorms.rwth-aachen.de/), muy recomendable.
Separador de Bolas - Video

ADXL311 EWTS4 komplementärer Filter - Video


ADXL311 EWTS4 komplementärer Filter
Tutorial Description
Mein erster Filterentwurf. Gyro: EWTS4 Beschl.Sensor: ADXL311 Visualisierung: Matlab Filter: Komplementär
ADXL311 EWTS4 komplementärer Filter - Video

Aproximación FIR de un filtro ideal - Video


Aproximación FIR de un filtro ideal
Tutorial Description
Es posible aproximar un filtro ideal, por medio de un sistema FIR. Se deben tomar muestras de la función de filtrado ideal en el dominio del tiempo en el rango [-M,M]. Al final se aplica algún enventanado para reducir las oscilaciones del espectro.
Aproximación FIR de un filtro ideal - Video

Aproximación FIR de un filtro ideal - Video


Aproximación FIR de un filtro ideal
Tutorial Description
Es posible aproximar un filtro ideal, por medio de un sistema FIR. Se deben tomar muestras de la función de filtrado ideal en el dominio del tiempo en el rango [-M,M]. Al final se aplica algún enventanado para reducir las oscilaciones del espectro.
Aproximación FIR de un filtro ideal - Video

Assyrian Linda George singing Chobiya - Video


Assyrian Linda George singing Chobiya
Tutorial Description
selbsterstelltes videoclip von linda george während sie chobiya singt....
Assyrian Linda George singing Chobiya - Video

Mobile Semi-Intelligent Surveillance Robot - Video


Mobile Semi-Intelligent Surveillance Robot
Tutorial Description
This clip demonstrates the process of making Zeibarth-360, which is a semi-intelligent surveillance robot equipped with object avoidance and drop off detection sensors and a wireless camera that surveys the environment. The robot can communicate with PC remotely. It captures images and transmits them wirelessly to the MATLAB platform on the remote PC. Then images are processed to detect any intruders and take required actions such as setting the robots alarm system on.Refer to this website for more info: http://www.mohammadkhazab.com/my/prof...This project was done as the final year project of University of South Australias students: Mohammad Khazab (Electronics), Destiny Paris (Mechatronics), Vu Tam Ha (Telecommunications) and Jeremy Chua (Computer Systems)
Mobile Semi-Intelligent Surveillance Robot - Video

Thursday, June 16, 2011

Controller re-configurable UAV - Video


Controller re-configurable UAV
Tutorial Description
This is a platform that we are testing our new avionics hardware and software on that allows a user to upload a Simulink controller to the in-flight UAV avionics hardware, instantaneously switch between the running controller and the newly uploaded one without interruption, and then tune the new controller in-flight. This specific almost-lighter-than-air vehicle (ALTAV) platform has some disadvantages, but some very strong niche advantages such as cost, power consumption, repair-ability, safety, low visual footprint when using clear material and many others.
Controller re-configurable UAV - Video

Virtual Prototyping of Moog Base - 2/4 - Video


Virtual Prototyping of Moog Base - 2/4
Tutorial Description
Moog 6 DOF Electric Motion Platform (currently installed in the NYSCEDII) is a (spatial) motion base coupled with an immersive visualization capability, provides an immediate benefit to transportation industries (aircraft, automotive, construction equipment, etc.) involved in product design and training, as well as the location-based entertainment industry. In this work, we build a virtual prototype of the motion platform in Solid Works, and simulate the kinematics and dynamics in Visual Nastran within MATLAB/Simulink environment. Such framework is beneficial since the designer now has the opportunity to perform forward/inverse kinematics/dynamics in a user-friendly framework before working with the real hardware.
Virtual Prototyping of Moog Base - 2/4 - Video

Fat 3D Model Loses Stomach - Video


Fat 3D Model Loses Stomach
Tutorial Description
This was made for a Control Systems project, where we had to realistically model a controller for a suspension system and simulate the effects on a human body. Only problem is that when you increase the humans mass beyond a certain point, his belly oscillates off to infinity.
Fat 3D Model Loses Stomach - Video

CoopPHY - Video


CoopPHY
Tutorial Description
Demonstration of Cooperative physical layer using coded cooperation
CoopPHY - Video

Fourbar 3 Precision Points Synthesis Solution ( 1 of 2 ) - Video


Fourbar 3 Precision Points Synthesis Solution ( 1 of 2 )
Tutorial Description
The resulting fourbar mechanism from a dyadic synthesis. Using the arbitrary free choices we used in the synthesis process, the resulting fourbar mechanism is a crank-rocker (Non-Grashof). This example demonstrate that with this dyadic synthesis method, there is no guarantee on the type of mechanism (Grashof or Non-Grashof) you will get. There is also no guarantee that the mechanism will pass through all 3 points in one configuration (crossed/ uncrossed). This is the simulation where the crank (R2) rotate 360 degree with uncrossed configuration. In this configuration, the mechanism is able to pass through the only one points. The crossed configuration pass through the remaining two points - please see part 2 of this video: "Fourbar 3 Precision Points Synthesis Solution ( 2 of 2 )" http://www.youtube.com/watch?v=9Beymhbu-mM Note: The first version of this video have a wrong title in the simulation - instead of "Fourbar Synthesis: 3 Precision Points", it was "Limiting Position: Fourbar (Crank-Rocker)". This version updated this error. The first version of this simulation can be found here: http://www.youtube.com/watch?v=DqFcG_h15x8 This is an example used in the Dyadic Synthesis in MAE412/512 Machines and Mechanism II class at the State University of New York at Buffalo, Mechanical & Aerospace Engineering Department. For more information, visit: http://www.eng.buffalo.edu/~llee3/ http://mechatronics.eng.buffalo.edu/
Fourbar 3 Precision Points Synthesis Solution ( 1 of 2 ) - Video

Virtual Prototyping of Moog Base - 3/4 - Video


Virtual Prototyping of Moog Base - 3/4
Tutorial Description
Moog 6 DOF Electric Motion Platform (currently installed in the NYSCEDII) is a (spatial) motion base coupled with an immersive visualization capability, provides an immediate benefit to transportation industries (aircraft, automotive, construction equipment, etc.) involved in product design and training, as well as the location-based entertainment industry. In this work, we build a virtual prototype of the motion platform in Solid Works, and simulate the kinematics and dynamics in Visual Nastran within MATLAB/Simulink environment. Such framework is beneficial since the designer now has the opportunity to perform forward/inverse kinematics/dynamics in a user-friendly framework before working with the real hardware.
Virtual Prototyping of Moog Base - 3/4 - Video

Face recognition GUI - Video


Face recognition GUI
Tutorial Description
Demo of MATLAB GUI for performing face recognition based on a triditional Principal Component Analysis (PCA) approach.
Face recognition GUI - Video

Liver & Liver Lesions - 3D Segmentation - Video


Liver & Liver Lesions - 3D Segmentation
Tutorial Description
3D liver lesion objects rotated in MATLAB
Liver & Liver Lesions - 3D Segmentation - Video

Fourier Series Representation of a Square Wave - Video


Fourier Series Representation of a Square Wave
Tutorial Description
Reference: http://freedomuniversity.ning.com This simple demo shows how a square wave can be represented as other functions such as a sine wave. I will post a more thorough discussion on the Fourier Transform.
Fourier Series Representation of a Square Wave - Video

Fourbar 3 Precision Points Synthesis, Fixed Pivot (2/2) - Video


Fourbar 3 Precision Points Synthesis, Fixed Pivot (2/2)
Tutorial Description
The resulting fourbar mechanism from a dyadic synthesis. The task is to synthesize a fourbar mechanism that will pass through three precision points using dyadic synthesis method. In addition, we want to fix the pivoting location of the fourbar mechanism at (-15,-10) & (5,-10). The three points are P1(30,5), P2(15,15), P3(5,30). The resulting fourbar mechanism is a crank-rocker. This is the simulation where the crank (R4) rotate 360 degree with crossed configuration. In this configuration, the mechanism is able to pass through all three points. The crossed configuration pass through all three points - please see part 1 of this video, where the uncrossed configuration only pass through one points: "Fourbar 3 Precision Points Synthesis, Fixed Pivot (1/2)" http://www.youtube.com/watch?v=-kNuOKEz4WA This is an example used in the Dyadic Synthesis in MAE412/512 Machines and Mechanism II class at the State University of New York at Buffalo, Mechanical & Aerospace Engineering Department. For more information, visit: http://www.eng.buffalo.edu/~llee3/ http://mechatronics.eng.buffalo.edu/
Fourbar 3 Precision Points Synthesis, Fixed Pivot (2/2) - Video

Detección posición pupila y software de comunicación - Video


Detección posición pupila y software de comunicación
Tutorial Description
Detección posición pupila y software de comunicación trabajando juntos!!!. Actualmente mi código de matlab controla el mouse según la posición de la pupila, de esta manera comunico con mi Software. A futuro usare otra forma de comunicación de datos entre ambas aplicaciones.
Detección posición pupila y software de comunicación - Video

Fourbar 3 Precision Points Synthesis Solution ( 2 of 2 ) - Video


Fourbar 3 Precision Points Synthesis Solution ( 2 of 2 )
Tutorial Description
The resulting fourbar mechanism from a dyadic synthesis. The task is to synthesize a fourbar mechanism that will pass through three precision points using dyadic synthesis method. The three points are P1(30,5), P2(15,15), P3(5,30). Using the arbitrary free choices we used in the synthesis process, the resulting fourbar mechanism is a crank-rocker (Non-Grashof). This example demonstrate that with this dyadic synthesis method, there is no guarantee on the type of mechanism (Grashof or Non-Grashof) you will get. There is also no guarantee that the mechanism will pass through all 3 points in one configuration (crossed/ uncrossed). The resulting fourbar mechanism is a crank-rocker. This is the simulation where the crank (R2) rotate 360 degree with crossed configuration. In this configuration, the mechanism is able to pass through the remaining two points. The uncrossed configuration pass through the remaining one point - please see part 1 of this video here: "Fourbar 3 Precision Points Synthesis Solution ( 1 of 2 )" http://www.youtube.com/watch?v=SJiYLvzhaow Note: This video have a wrong title in the simulation - instead of "Fourbar Synthesis: 3 Precision Points", it was "Limiting Position: Fourbar (Crank-Rocker)". The second version of this simulation, which fixed this error, can be found here: http://www.youtube.com/watch?v=9Beymhbu-mM This is an example used in the Dyadic Synthesis in MAE412/512 Machines and Mechanism II class at the State University of New York at Buffalo, Mechanical & Aerospace Engineering Department. For more information, visit: http://www.eng.buffalo.edu/~llee3/ http://mechatronics.eng.buffalo.edu/
Fourbar 3 Precision Points Synthesis Solution ( 2 of 2 ) - Video

Fourbar 3 Precision Points Synthesis Solution ( 2 of 2 ) - Video


Fourbar 3 Precision Points Synthesis Solution ( 2 of 2 )
Tutorial Description
The resulting fourbar mechanism from a dyadic synthesis. The task is to synthesize a fourbar mechanism that will pass through three precision points using dyadic synthesis method. The three points are P1(30,5), P2(15,15), P3(5,30). Using the arbitrary free choices we used in the synthesis process, the resulting fourbar mechanism is a crank-rocker (Non-Grashof). This example demonstrate that with this dyadic synthesis method, there is no guarantee on the type of mechanism (Grashof or Non-Grashof) you will get. There is also no guarantee that the mechanism will pass through all 3 points in one configuration (crossed/ uncrossed). The resulting fourbar mechanism is a crank-rocker. This is the simulation where the crank (R2) rotate 360 degree with crossed configuration. In this configuration, the mechanism is able to pass through the remaining two points. The uncrossed configuration pass through the remaining one point - please see part 1 of this video here: "Fourbar 3 Precision Points Synthesis Solution ( 1 of 2 )" http://www.youtube.com/watch?v=SJiYLvzhaow Note: The first version of this video have a wrong title in the simulation - instead of "Fourbar Synthesis: 3 Precision Points", it was "Limiting Position: Fourbar (Crank-Rocker)". This version updated this error. The first version of this simulation can be found here: http://www.youtube.com/watch?v=JXi4UqNTboo This is an example used in the Dyadic Synthesis in MAE412/512 Machines and Mechanism II class at the State University of New York at Buffalo, Mechanical & Aerospace Engineering Department. For more information, visit: http://www.eng.buffalo.edu/~llee3/ http://mechatronics.eng.buffalo.edu/
Fourbar 3 Precision Points Synthesis Solution ( 2 of 2 ) - Video

(RAMADAN KA MAHINA )Mualana Tariq Jamil Sahab (must listen)1 - Video


(RAMADAN KA MAHINA )Mualana Tariq Jamil Sahab (must listen)1
Tutorial Description
(RAMADAN KA MAHINA )Mualana Tariq Jamil Sahab (must listen)1 ramadan ka matlab? tarawi ka sawab. ramazan ki fazeelat. ramazan ki berkat. quran ki fazeelat
(RAMADAN KA MAHINA )Mualana Tariq Jamil Sahab (must listen)1 - Video

Sun yaar chill maar - Video


Sun yaar chill maar
Tutorial Description
A show of friends, for the friends, by the friends. Dosti ka asli matlab on Bindass- Sun yaar chill maar
Sun yaar chill maar - Video

Dango daikazoku (CLANNAD ending) - Cover by me - Video


Dango daikazoku (CLANNAD ending) - Cover by me
Tutorial Description
Lo siento T.T No he podido preparar Blue bird esta semana, he estado super liada... Echadle la culpa al Matlab XD (bueno, en realidad la culpa es mía por no saber usarlo... snif xD). No he podido siquiera grabar una demo para subir, he estado casi todo el día fuera de casa entre clases (sí,en sábado T.T), hacer deporte (a ver cuánto me dura la buena costumbre) e ir a renovar mi armario (que ya tocaba XD). Esto es lo único que puedo ofreceros esta vez... Así que siguiendo con las subidas de CLANNAD, aquí tenéis el ending,resubido ^^ Título: Dango daikazoku Artista original: Chata Anime: CLANNAD (ending) Imágenes: Google Voz y edición: Lori De verdad, perdón T.T
Dango daikazoku (CLANNAD ending) - Cover by me - Video

Interface IHM avec Wiimote et gadget Porte-Clef - Video


Interface IHM avec Wiimote et gadget Porte-Clef
Tutorial Description
Lidée est dutiliser les fonctionnalités du capteur IR de la Wiimote et 2 led IR pour pouvoir déplacer et zoomer sur une image (en loccurence le logo Wii et la page Youtube de Johnny Lee). (fichiers sources libres cWii utilisés afin de générer une DLL pour Matlab.) Yet, another Wiimote use ! Directly inspired from Johnny Lee Youtube video (Not so easy. Now I know !), 2 LED IR allow tracking hands, moving and zooming on picture (here, wii logo and snapshot of Johnny movie.)
Interface IHM avec Wiimote et gadget Porte-Clef - Video

One link Mechanism Simulation. - Video


One link Mechanism Simulation.
Tutorial Description
Simulation of a One-link mechanism. Description: A homework solution for Fall 2007 MAE412/512 Machines and Mechanism II class (Homework 01 Solution). SUNY-Buffalo, Mechanical & Aerospace Engineering Department. Problem 1: a) Given theta(t)=cos(t), and r(t)=3+2sin(t) as t: 0 - 10sec, calculate the x, y position of the end-effector (the tip) of the one-link mechanism. Specifically, plot x vs. t and y vs. t in a figure (using subplot). b) Calculate the velocity and acceleration of the end-effector and plot x_dot vs. t, y_dot vs. t, x_dotdot vs. t, and y_dotdot vs. t. c) Create an avi movie of this one-link mechanism using MATLAB as t: 0 - 10 sec.
One link Mechanism Simulation. - Video

OA Haptic Teloperation of Mitsubishi PA-10 via Simulink - Video


OA Haptic Teloperation of Mitsubishi PA-10 via Simulink
Tutorial Description
Open-Architecture haptic teleoperation control of a Mitsubishi PA-10 robot via our 6DOF Hapic Wand and our software QuaRC which allows rapid controls prototyping via MathWorks Simulink.www.quanser.com
OA Haptic Teloperation of Mitsubishi PA-10 via Simulink - Video

One link Mechanism Synthesis (2 points) - Video


One link Mechanism Synthesis (2 points)
Tutorial Description
Determine the parameters of a one-link mechanism that passes through 2 points with specified angle (delta alpha) between the two points. Homework #06 Problem 2 Solution for MAE412/512 Machines & Mechanism II class at SUNY-Buffalo Mechanical & Aerospace Engineering Department.
One link Mechanism Synthesis (2 points) - Video

Wednesday, June 15, 2011

Fourbar Mechanism (Crank-Rocker) Simulation - Video


Fourbar Mechanism (Crank-Rocker) Simulation
Tutorial Description
Author: Leng-Feng Lee (llee3@eng.buffalo.edu) Description: A simulation created for Machines and Mechanism II course where I am the Teaching Assistant. Summary: Simulation of a four-bar crank-rocker mechanism. As the crank go through a 360 degree rotation, the limiting positions of the rocker is shown. A singular position also shown as the crank, coupler, and rocker all in a straight line. Shown in solid line is the un-crossed configuration and dotted line shows the crossed configuration. Movie created using MATLAB.
Fourbar Mechanism (Crank-Rocker) Simulation - Video

Ulises - Four rotor helicopter simulation base - Video


Ulises - Four rotor helicopter simulation base
Tutorial Description
Four rotor helicopter base for testing control algorithms. Features a MicroStrain IMU. Control is carried out through Simulink module. It uses Real-Time blockset for Simulink by Leonardo Daga (available at Matlab File Exchange)
Ulises - Four rotor helicopter simulation base - Video

Fanuc Robot Resolved Rate - Video


Fanuc Robot Resolved Rate
Tutorial Description
Matlab Simulation
Fanuc Robot Resolved Rate - Video

Object Recognition using SIFT - Video


Object Recognition using SIFT
Tutorial Description
Presented by: TRI Technosolutions Pvt. Ltd. Based on: David Lowes SIFT Implementation
Object Recognition using SIFT - Video

6dof motion platform weather effects - Video


6dof motion platform weather effects
Tutorial Description
Straight flight, cold winds, to demonstrate the reaction of the motion platform.
6dof motion platform weather effects - Video

Ajitesh Lookhar- with yadav after daru effects-translations - Video


Ajitesh Lookhar- with yadav  after daru effects-translations
Tutorial Description
Yadav got set and started conversting in pure hindi siting on the jeep,and senti for ladki at end--he tries to speak in hindi and goes like-----Yadav- arts ki hindi,hindi bol arts ka,kalatam yes kalatam,kalaaatam,kalatam ka hindi P.H.D,,P.H.D matlab,,P.H.D ki hindi bata,oyee pratendra bataega.Pratendra- P.H.D ki hindi mujhe nahi pata.Yadav-P.H.D ki hindi batawe all- woh bataega,woh bataegaYadav- research haina ki,research hena ki.Prashant- bhai abb to maja aa raha hai kasam se.yadav- Bhai sahab ,bhai sahab.prashant- oye yadav rehene de.ajitesh-ha ha ha ha.yadav- research ki hindi bata doge,bhai sahab research ki hindi batao research research,.. R.e.s.h.research ki hindi bata dooo..we all- ha ha ha ha Prashant- maje karo bhaisahab maje karoYadav- research bole to,research bole to.progatm.prayog,proyaog,progatam.we all- ohh bh*n c*#% yes,yes yadav ji,yes yes.Bh#n c*$%.yes .yes.yadav- yeah topi samajh rahe ho na yesh Prashant awasthi ki haaii..daru peete huey photo kheecho.we all- oye teri bottoms up,kya baat hai yadav ji.yadav- priyanka ko boltawe al- kya baat haiyadav- ki maine daru peke usko pyaar kiyaawe all- kiyayadav- kiya pyaar kiskoWE ALL- Priyanka koyadav- PRIYANKA KOOOOajitesh- ha ha ha ha.yadav- i larrrrr,hellooooo-(beats the jeep)we all- arey uspe nahi karo,uspe nahi karo oye aram se.yadav- isey rakhle,paisey hai isme paisey.Prashant- phek de ise kya zaroorat hai aise paiso ki.yadav- phek diya.we all- abey kya kar raha hai.,kya dikkat hai.yadav- phek diyaaaaaawe all- haan phek diya.yadav- sunwe all- humm sunaoyadav- priyanka ko bolnaa,ki i love her a loot.pratendra- goodajitesh- ha ha ha hapratendra- cholo show over.yadav- tum ch*#*a samajh rahe ho hume hum nahi bolenge.---------------------------------------Hey hats off to Priyanka he really loves u
Ajitesh Lookhar- with yadav after daru effects-translations - Video

Software camera stabilization on a legged robot 2 - Video


Software camera stabilization on a legged robot 2
Tutorial Description
Legged locomotion can be pretty bumpy for any cameras mounted on the robot, which makes computer vision on these platforms more difficult. Using video captured from a Sony Aibo, we attempted to stabilize the image sequence by aligning each image with its predecessor(s). The left frame shows the "raw" video, and the right frame shows the "smoothed" video. Processing was done offline in Matlab. The white bar on the bottom of the right image indicates the robots turning speed. This was a final project for CMU 16-720 Computer Vision course, writeup can be found here: http://ethan.tira-thompson.com/stuff/stabilization/Presentation.pdf
Software camera stabilization on a legged robot 2 - Video

Hybrid Control of Inverted Pendulum with Wiimote swingup - Video


Hybrid Control of Inverted Pendulum with Wiimote swingup
Tutorial Description
Our new rapid controls prototyping software QuaRC, has many new features - one of them being drag n drop Simulink block support for the Nintendo Wiimote. Here we replaced the energy swing-up portion of the hybrid controller for a classic rotary inverted pendulum with manual control via the Wiimote.
Hybrid Control of Inverted Pendulum with Wiimote swingup - Video

6DOF Motion Platform Model - Video


6DOF Motion Platform Model
Tutorial Description
1:10 scaled Fully Functional 6 DOF Motion Platform. Custom made Linux-Realtime software reads the data from FS2004, executes Classical Washout Filter and Drives the servos 50 times per second. Used standard Futabe servo motors. Classical Washout Filter developed with MATLAB and tuned for Cessna 172. Next step: Full size platform based on DC geared motors
6DOF Motion Platform Model - Video

Ek pyar ka Nagma hai - Video


Ek pyar ka Nagma hai
Tutorial Description
Ek pyar ka nagma hai, maujon ki ravaani hai Zindagi aur kuch bhi nahin Teri meri kahaani hai Ek pyar ka nagma hai, maujon ki ravaani hai Zindagi aur kuch bhi nahin Teri meri kahaani hai Ek pyar ka nagma hai La la la la la la, la la la la la la Kuch paakar khona hai, kuch khokar paana hai Jeevan ka matlab to aana aur jaana hai Do pal ke jeevan se ek umr churaani hai
Ek pyar ka Nagma hai - Video

Quadrocopter roll axis test - Video


Quadrocopter roll axis test
Tutorial Description
Quadrocopter roll axis test, to evaluate parameters of a PD controller that were determined by modeling the quadrocopter as a linear system in MATLAB. ... PSU quadrocopter AVR ATmega Arduino UAV RC PID
Quadrocopter roll axis test - Video

AD MAD show - Video


AD MAD show
Tutorial Description
Mujhe ek ad mad show mai participate kerna tha maine college(IIPS) ki ek team banai aur humara mukabla 10 dusri teams se hua per hum log jet gaye hume 5000 rs cash prize mila jise maine team k 8 logo mai baraber bareber baat diya......... khair aap to video dekho hamara product tha MOBILE TOILET matlab ek aise device jise aap apne sath kahi bhi le ja sakte ho aur KABHI BHI KAHI BHI AUR KITNA BHI KER SAKTE HO...........
AD MAD show - Video

SPH fluid simulation: 1st test review - Video


SPH fluid simulation: 1st test review
Tutorial Description
Typical falling fluid simulation and review of the first test that I published on YouTube (by popular request, thanks at all for the comments and messages). I add the surface tension to eliminate the particle dispersion in the collsion and the jet. The color indicate the speed module (scaled to the max) using "jet color map" (extracted from matlab), the surface tension is a "spring-like" model using the surface particles only. The code is a modification of SPH (named XSPH) using 2400 particles, and was programmed in Python-Pylab-Pygame.The animation was built in slow camera mode (1/15).
SPH fluid simulation: 1st test review - Video

Projeto Robotica 2008 - Video


Projeto Robotica 2008
Tutorial Description
Ao supervisório será conectada uma webcam responsável por visualizar todas as atividades acontecidas durante o processo todo. O supervisório marca com o mouse uma posição na mesa feita na tela do computador; esta informação é passada ao robô marcador que identifica e "risca" o local e manda um "OK" ao supervisório O supervisório envia a informação do local para o robô "Colocador" que colocará a peça e voltará ao estado inicial, enviando um "OK" ao supervisório. É acionado o "Retirador" que pegará a peça e a colocará no depósito de materiais localizado próximo à mesa.
Projeto Robotica 2008 - Video

Tuesday, June 14, 2011

cinematica inversa serial - Video


cinematica inversa serial
Tutorial Description
Cinematica inversa de robot serial con orientacion de efectuador final constante.Extension del brazo del robot. Proyecto de robots(LE)
cinematica inversa serial - Video

(farsi) Learn Visual Studio . NET - www.tiziran.com - 2.0 - Video


(farsi) Learn Visual Studio . NET - www.tiziran.com - 2.0
Tutorial Description
Learn Visual Studio.NET VB C# ASP.NET robotic image processing matlab OCR nano sql server oracle linux network java www.pirahansiah.com www.tiziran.com Farshid Pirahansiah
(farsi) Learn Visual Studio . NET - www.tiziran.com - 2.0 - Video

Matlab 2008+Simulink. En Live DVD UBUNTU creado por Webdemaverick.com.ar - Video


Matlab 2008+Simulink. En Live DVD UBUNTU creado por Webdemaverick.com.ar
Tutorial Description

Matlab 2008+Simulink. En Live DVD UBUNTU creado por Webdemaverick.com.ar - Video

JA WEY DIL HO GAYA (DUNIYA MATLAB DI) - Video


JA WEY DIL HO GAYA (DUNIYA MATLAB DI)
Tutorial Description
PAKISTANI OLD PUNJABI SOGS
JA WEY DIL HO GAYA (DUNIYA MATLAB DI) - Video

Matlab Output of Automated Markerless Tracking of a Horse - Video


Matlab Output of Automated Markerless Tracking of a Horse
Tutorial Description
Horse Tracked outdoors automated and markerless
Matlab Output of Automated Markerless Tracking of a Horse - Video

ETロボコンMATLAB/Simulinkセミナーデモ - Video


ETロボコンMATLAB/Simulinkセミナーデモ
Tutorial Description
倒立振子のパラメータちょっと変更するだけで...
ETロボコンMATLAB/Simulinkセミナーデモ - Video