Matllab pendulum jobber
...(must have physics background and experience with data analysis, writing reports, calculations etc.) Best pitch wins: 1. Cover Page 2. Introduction: 3. Procedure 4. Pictures 5. Data 6. Analysis and Discussion 7. Conclusion 8. Questions The following lab reports have to be based on these topics: Experiment 1: The Simple Pendulum -discuss the relation between period of oscillation and parameters like mass, amplitude and length of a pendulum. -generate linear graphs from nonlinear equations. -perform simple error analysis. Experiment 2: Thermal Expansion of Water -discuss the general relation between volume and temperature for water. -discuss the anomalous behaviour of water near the freezing point. -demonstrate such behaviour. Experiment 3: Char...
...(must have physics background and experience with data analysis, writing reports, calculations etc.) Best pitch wins: 1. Cover Page 2. Introduction: 3. Procedure 4. Pictures 5. Data 6. Analysis and Discussion 7. Conclusion 8. Questions The following lab reports have to be based on these topics: Experiment 1: The Simple Pendulum -discuss the relation between period of oscillation and parameters like mass, amplitude and length of a pendulum. -generate linear graphs from nonlinear equations. -perform simple error analysis. Experiment 2: Thermal Expansion of Water -discuss the general relation between volume and temperature for water. -discuss the anomalous behaviour of water near the freezing point. -demonstrate such behaviour. Experiment 3: Char...
1. Convert the program using two classes. One class must be an abstract class and the other is a derived class. Be creative. If you understand "polymorphism" and what an abstract class can and cannot do, you can solve this problem. 2. The two classes must be declared in one file, and their imple... 2. The two classes must be declared in one file, and their implementation files must be in separate files. The main( ) must be in a separate file. 3. There must be two member functions in the derived class. One function, Play1( ) does the animation just like the original program does. The second function, Play2 ( ) does an animation in which it swin...
I have a 3 phase motor controller based on STM32F4 MCU running chibiOS, it already has a modular system to control it via small apps. I need a custom one that connects to a MPU6050 IMU via I2C so it can be used for a self balancing robot using an inverted pendulum system. It can be controlled via a PID loop, however if it is possible to use active disturbance rejection control instead I would be interested in this. See app_nunchuck.c for an example app, this uses an external controller over I2C github for the entire motor controller
I need someone who can help me with a undergraduate university project. It is for a lecture called "Introduction to computational physics" and we need to code in c++. I do not know yet about what exactly the project will be, as I will receive the project on the 29th of August. In previous years these projects consisted, for example, in the numerical solution of the lorenz system, chaotic pendulum, anharmonic oscillation and so on. There are a few things that are important to me: - Keep it as simple as possible (I am not really experienced in programming and the code is expected to be at an undergraduate level.) - It is not allowed to use any (!) c++ libraries. - Keep it clean (It is really important that I am able to retrace every line of code that you write, ...
I need a 3D model of something. I need a pendulum clock
I need you to stimulate 15 pendulums organized in equal length to be stimulated in MATLAB , to pendulum waves. Google pendulum waves so that you know what it it , and BID only if you know how to do that in MATLAB ,
Design and implement a fuzzy controller for an inverted pendulum.
Need to simulating an invert pendulum robot. I haw an platform Lego NXT 2, i want to collect information from an gyroscopic sensor, an acceleration sensor, and an optical sensor. This sensor give the movement motion of robot. The signal from motor left and motor right, came from an rotation sensors. What i want to do, is to can set individual the signal from sensors for input, and model to stay in equilibrium. Software need to haw two virtual input ports. One used to change value (+ numeric value; - numeric value) and robot to go in front or back. Another value to can set manual (+ numeric value; - numeric value ) for left and right, and possibility to haw the direction automatically using Ultrasonic sensors, when is an obstacle to turn right or left, depend of what condition i se...
Need to simulating an invert pendulum robot. I haw an platform Lego NXT 2, i want to collect information from an gyroscopic sensor, an acceleration sensor, and an optical sensor. This sensor give the movement motion of robot. The signal from motor left and motor right, came from an rotation sensors. What i want to do, is to can set individual the signal from sensors for input, and model to stay in equilibrium. Software need to hawe two virtual imput ports. One used to change value (+ numeric value; - numeric value) and robot to go in front or back. Another value to can set manual (+ numeric value; - numeric value ) for left and right, and possibility to haw the direction automatically using Ultrasonic sensors.
It is a design and implement a fuzzy controller for balancing an inverted pendulum system.
1. A real life suspension setup for a single degree of freedom system going over a bump with a profile of your choice. The response of the body of the car could be analyzed by either the classic way (homogeneous and particular solution added together), or convolution method, and...convolution method, and the result could be graphically verified by Simulink. or 2. A two degree of freedom system involving a towing object and a mass being pulled. Choose a determined displacement for the towing vehicle, and find the position of the object being pulled using the methods described in 1, and verify the results graphically again. or 3. Motion of a single or two degree of freedom pendulum (please note a higher DOF will receive a higher credit due to the time and effort it needs compared to...
The project for our vibrations class should include a theoretical part, which is calculating the response of a system based on the model you have created, and then the results should be verified by MATLAB-Simulink. Some of the examples and minimum expectations for the project: ...or convolution method, and the result could be graphically verified by Simulink. 2. A two degree of freedom system involving a towing object and a mass being pulled. Choose a determined displacement for the towing vehicle, and find the position of the object being pulled using the methods described in 1, and verify the results graphically again. 3. Motion of a single or two degree of freedom pendulum (please note a higher DOF will receive a higher credit due to the time and effort it needs compared to...
...be designed in android OS as a minimum. Objectives: • Design a bowl to hold different spheres of different colors • Make the spheres move down my "density" of sphere with accelerometer and gyro. Moving the device in a certain pattern should make denser spheres sink to the bottom • Make this motion available without accelerometer and gyro function, ie not moving the device, guessing with a pendulum and green middle zone, red exterior zone and a button to tell a slider to stop at to show its success rate • Randomize the amount, size and weight, and density of spheres • Create a mechanism to "wash off" the lighter density spheres (dirt) leaving the heavy denser spheres (gold) in bottom. • Create a score that tallies the gold ...
I need you to Design of State Feedback Controller for Inverted Pendulum System. Please check the attached file. Budget : 25$ Need in 3days
I want to derive the mathematical model of an inverted pendulum placed on a motorized cart using Newtonian mechanics.
My group and I are inquiring someone who is familiar with using arduino software. We have an inverted pendulum that we have been trying to balance all semester, but we are not familiar with arduino. We are willing to make an offer if you can help us to make it work or are familiar with balancing robots. Please let me know what information you would need. Thank you very much for your time and consideration.
I have one report to be written in network metrics. if you are good in networks then it won't be difficult for you. you must good either in mR programming, matllab or gephi. plz bid only if you are good in network metrics and tools i mentioned
This project is to build a pendulum clock as set out in the project plan attached. Designer must have experience of creating pendulum clocks or have the ability to create it according to the description. The budget is set at $35.
In the inverted pendulum problem, the pendulum is initially in the vertical downward position. The objective is to balance the pendulum in the vertical upright position and keep it in this position steady state. The aim of this is to design a control system that will accomplish this task. I will provide brief.
...project ------------------------------- My company makes physical rehabilitation equipment based on various pendulums, fulcrums, levers that swing, push, rotate, etc.. To date the machines have been purely mechanical devices. We are now looking to add sensors to these machines, e.g: - accelerometers, gyrometers, angular velocity, pressure sensors, bend sensors- to take reading about pendulum movements, repetitions, pressure on pads etc and other operational parameters, necessary to understand how machines operate - send the data (raw or processed) to the cloud server which will analyze the data - receive feedback from the cloud server based on analysis of the data received from the machine - display the progression of the program (repetition count, maybe a to...
Pendulum clock design. Micro Project ($10-30 USD)
Electronics design required for inverted pendulum device, using arduino board, IMU sensor etc. Further details available upon request
...Coordinate System Marker Differences Between Parts and Geometry Parts, Geometry, and Markers Types of Parts in ADAMS Part Mass and Inertia Measures Falling Stone Part Initial Conditions Initial Velocities Point Trace System-Level Design Projectile Constraints Use of Markers in Constraints Degrees of Freedom (DOF) Joint Initial Conditions (ICs) Merging Geometry Angle Measures One DOF Pendulum Euler Angles (Rotation Sequence) Precise Positioning: Rotate Modeling Friction Measures in LCS Inclined Plane Building Geometry Construction Geometry Properties Solid Geometry Precise Positioning: Move Lift Mechanism I Applying Motion Joint Motion Functions in ADAMS Lift Mechanism Types of Joint Primitives Perpendicular Joint Primitive Lift Mechanism Applyin...
...designer reply. No SALES people will contacted back. ------------------------------- My company makes physical rehabilitation equipment based on various pendulums, fulcrums, levers that swing, push, rotate, etc.. We are adding intelligence to these machines, e.g: - sensors (accelerometers, gyrometers, angular velocity, pressure sensors, bend sensors) to take reading about pendulum movements, repetitions, pressure on pads etc and other operational parameters, necessary to understand how machines operate Each machine would have 1-3 sensors that we need to take the readings. We then - perform trigonometric calculations for torque, maximum velocity, etc. - send the data to the cloud server which analyzes the data - receive feedback from the clou...
...------------------------------- My company makes physical rehabilitation equipment based on various pendulums, fulcrums, levers that swing, push, rotate, etc.. To date the machines have been purely mechanical devices. We are now looking to add some intelligence to these machines, e.g: - sensors (accelerometers, gyrometers, angular velocity, pressure sensors, bend sensors) to take reading about pendulum movements, repetitions, pressure on pads etc and other operational parameters, necessary to understand how machines operate Each machine would have 1-3 sensors that we need to take the readings. We then need to perform trigonometric calculations for torque, maximum velocity, etc. (probably on the processor on the machine or even in the cloud (?) then.. - send the...
The program initially shows a double pendulum hanging on a fixed point. Using hierarchy design, make an animation of rotating pendulums around the spheres, as shown in Figure 3. Both pendulums must be able to rotate in all 3 axes. End of the second(lower) pendulum leaves a dark-red colored trail. By pressing "S", animation starts and lasts until "X" is pressed. Using "Esc" exits the program. Rotation of axes should be controlled by using: "Q", "W", "E" for the upper pendulum(upper sphere) and "B", "N", "M" for the lower pendulum(lower sphere). Turn on illumination, noticeably shade pendulums and spheres.
I am developing a very strong open source two wheeled inverted pendulum controlled by PID LQG FUZZY NN Hinf ... allow a communication by bluetooth , wifi , radio implemented on arduino mega controled from internet ,matlab , joystick
here we have to design a inverted pendulum for given specifications
I am a physics teacher. I want to make some simulations to explain the physics to my students. There are some examples at the following address. Features of the simulations will be also aimed to prepare for a flash player with a subject part of the variable.. https://phet.colorado.edu...make some simulations to explain the physics to my students. There are some examples at the following address. Features of the simulations will be also aimed to prepare for a flash player with a subject part of the variable..
I am a physics teacher. I want to make some simulations to better understand thephysics. There are some examples at the following address. Features of the simulations will be as follows: Also aimed to prepare for a flash player with a subject part of the variable parameters. https://phet.colorado....simulations to better understand thephysics. There are some examples at the following address. Features of the simulations will be as follows: Also aimed to prepare for a flash player with a subject part of the variable parameters.
I am a physics teacher. I want to make some simulations to better understand the physics. There are some examples at the following address. Features of the simulations will be as follows: Also aimed to prepare for a flash player with a subject part of the variable parameters. https://phet.colorad...simulations to better understand the physics. There are some examples at the following address. Features of the simulations will be as follows: Also aimed to prepare for a flash player with a subject part of the variable parameters.
Design the feedback controller for inverted pendulum systems taking into account the nonlinearity and uncertainty of the model. Then consider one more complicated pendulum systems such as Furuta pendulum Understand the models and design the controllers. Use MATLAB to simulate the designed control systems. I need complete report how you had made it in matlab and simulation procedure in detail.
Design the feedback controller for inverted pendulum systems taking into account the nonlinearity and uncertainty of the model. Then consider one more complicated pendulum systems such as Furuta pendulum Understand the models and design the controllers. Use MATLAB to simulate the designed control systems. I need complete report how you had made it in matlab and simulation procedure in detail.
I'm a programmer myself but I need different skills... I wa...display. The reason (according to Chrome) is that the call stack ends up being too deep. I've also used the SoThink decomplier to export to HTML5, but I think the swf is too old because I don't get the full animation. Bottom line is that it MUST work in a module on a Joomla 3.4.4 site. The swinging tag must also act like a double pendulum (like the attached swf). Here's a javascript examle of a double pendulum: That code is great, but the objects are drawn in js, where I need to use two images, the string and the tag. Also the swinging action in that link never stops, but I want it to only swing a few times before stopping.
Baris, i need your help once again on the same project we did before. This time i need PID and LQR controller designed in simulink and called in the same .m file you created before. Also, please send atleast 4-5 variations with the best result in the end as i need to put those in my thesis. I want to monitor or see the results for angle and position like if we push the pendulum on the cart, cart moves x distance.
...Once the wheelchair reaches the top of the stairs two small wheels are extended in the back, which prevent the chair from tilting over. On flat ground the wheelchair balances on the two large wheels. These allow it to turn on spot and to move through tight spaces. The data measured by the IMU and the motor encoders is fed to the NI myRIO. The myRIO uses this information to control the inverted pendulum, which the wheelchair embodies, and allows us to drive securely on only two wheels. Once the driver reaches his destination, the tracks and the wheels can be lowered to the floor, which allows the user to get off safely. This difficult transition phase was also programmed with NI LabVIEW. From the beginning on we knew that time would be of essence. Because of this NI LabVIEW w...
SUMMARY This app is a demonstration ONLY, meaning it does not have to be pretty, and it only needs to work on the last two generations of iPhone. This is purely functional. The iPhone camera will view a driven oscillating pendulum (in an otherwise motionless room) and vary the intensity of the phone’s vibration motor as a function of either position or velocity of the pendulum. The interface allows the user to select which of four functions relates the pendulum input to the vibration motor output. There is also toggle that allows the user to decide whether the output has a sinusoid. Please see the attachment for more detail.
Pendulum Golf of Georgia is a small putter maker in Georgia that manufactures The Pendulum Putter, the most technologically advanced putter ever made. With 2 U.S. Patents and approved for worldwide tournament play, we are looking for people with golf experience to help us sell the putter.
Pendulum Golf of Georgia is a small putter maker in Georgia that manufactures The Pendulum Putter, the most technologically advanced putter ever made. With 2 U.S. Patents and approved for worldwide tournament play, we are looking for people with golf experience to help us sell the putter.
I have mathematically modelled control for a cart pole inverted pendulum and now need the system to be modelled in simulink. One the system is modelled I will replay the inputs and outputs with blocks from a D-space block set. Hence all I need is the system to be modelled in simulink using the mathematical model in the attached file.
...to their existing practice. Below is an idea outline for the curriculum: The Nature of Healing The Role & Responsibilities of the Healer Energy Management Understanding Different Types of Energies The Chakras and Aura Distant Healing Intuitive Healing Working with Sound & Colour Healing Meditation Medical Intuition Cord Cutting Space Clearing Healing Guides & Angels Using a Pendulum in Healing How the Body Communicates Incarnation, Reincarnation & Karma Working with Animals and Children Death & Dying Personal & Professional Development Health & Safety Record Keeping Code of Conduct Healing & the Law It is vital that you have first-hand experience as a healer as the course needs to be written from a genuine standpoint....
Before creating a large project of a Bridge Crane Simulator (), we want to create a small demo to validate some aspects of the game, specially physi... 2. Game Play 2.1. Controls Numpad for crane and WASD + mouse look for player 2.2 Cameras First person 3. Artwork & animations Loads with basic primitives (cube, for instance) and bridge crane can be bought. 4. Physics (most important part with Ultimate Hope Asset) G force must act on elements Trolley and motor forces should be applied to the hope and load creating pendulum movements. Ultimate Hope asset will probably do it all. 5 . Mechanics Interactions between Load <> Hope, Trolley <> Bridge, and Crane <> Runways must be modeled. Fell free to ask any question
I was wondering if you are able to write a paper on the project that i presented. The project is about how a simple pendulum can have a chaotic behavior. so the whole idea was using the differential equation for simple pendulum as an input in a program called matlab and try to stimulate the solution to that differential equation using different solvers(such as Euler method, Improved Euler, or ODE45). the paper needs to be a page or two max
I was wondering if you are able to write a paper on the project that i presented. The project is about how a simple pendulum can have a chaotic behavior. so the whole idea was using the differential equation for simple pendulum as an input in a program called matlab and try to stimulate the solution to that differential equation using different solvers(such as Euler method, Improved Euler, or ODE45). the paper needs to be a page or two max
implement them in matllab and i have other detail when you read message and ok for deal with you please reply
implemnt them in matllab and i have other detail when yoy read message and ok for deal with you please reply
implemnt them in matllab and i have other detail when yoy read message and ok for deal with you please reply
implemnt them in matllab and i have other detail when yoy read message and ok for deal with you please reply
