Project euler trabalhos

My Budget to this project is maximum Rs 5000 To generate the plots from the research paper, the freelance should: 1. Understand the equations of motion and derive them using multi-body analysis, specifically the Newton-Euler equations of motion. 2. Blade Element Theory applied on Quasi steady aerodynamic model 3. Be familiar with the periodic shooting method to locate periodic orbits. 4. Perform sensitivity analysis of the Floquet Multipliers. 5. Know how to use MATLAB's fmincon function for optimization studies. 6. Have a good understanding of Euler angles, which are used to describe the orientation and motion of the flapping-wing MAVs. 7. Extract data from the plots in the research paper using online free data extractors or dedicated software tools like PlotDi...

Competitive Programmer (LeetCode, Codeforces, Project Euler) Python/C++ Recent Masters/PHD students are encouraged to apply from India/Pakistan/Bangladesh I am in need of a skilled programmer who is proficient in C++ to assist me with competitive programming tasks. The ideal candidate should have a strong understanding of algorithms and be able to tackle advanced level problems. Skills and Experience: - Proficiency in C++ - Strong knowledge of algorithms - Experience with competitive programming - Familiarity with LeetCode, Codeforces, and Project Euler - Ability to solve advanced level problems If you are a competitive programmer with expertise in C++ and advanced algorithms, please bid on this project.

I am looking for a freelancer who can help me with numerical solutions using Euler and Improved Euler methods in MATLAB. Desired Accuracy Level: High Specific Equations: I have specific equations that I need to solve using these methods. Additional Features: I only require comments on the code for better understanding and documentation purposes.

Necesito resolver problemas que involucran estos temas: División entera y sistemas de numeración. Divisibilidad y máximo común divisor. Igualdad de Bézout y aplicaciones. Pruebas de irracionalidad. Algoritmo de Euclides extendido (con substitución...Aritmética. Congruencias: Definiciones y propiedades. Algunas aplicaciones: Cálculo de restos de potencias y criterios de divisibilidad Ecuaciones con congruencias. El inverso modular. El (pequeño) teorema de Fermat y aplicación a la exponenciación modular. Sistema de congruencias y el Teorema chino del resto. Exponenciación y teoremas de Fermat y de Euler. Exponenciación rápida. La propiedad multiplicativa de la función phi de Eul...

I am looking for a skilled freelancer to develop a quadbot or soft robot for indoor exploration and specifically designed to climb stairs. Here are the project requirements: Size and Weight: I am not sure about specific size and weight requirements, so I would appreciate recommendations from the freelancer. Terrain: The robot will be primarily used for indoor exploration, so it needs to be able to navigate through indoor environments effectively. Climbing Capabilities: The robot should have the ability to climb stairs effortlessly. Ideal Skills and Experience: 1. Robotics: Experience in designing and developing robots, especially those with climbing capabilities, would be highly preferred. 2. Mechanical Engineering: Knowledge of mechanical design and engineering principles to ...

I have my simple ballistic 2d model in Simulink, and I would like to extend it to 3d 6-DoF. The model should include kinematics, dynamics and an environment. 6 DOF, the state should include the position, velocity, attitude (Euler angles) and angular velocity.

...a blue underside and a red upper side. -The model should accurately represent an aircraft, including wings, tail surfaces, and fuselage. -The aircraft's attitude (roll, pitch, yaw) should be controlled using Euler angles or quaternions, if available. -The HTML code should be embedded within my Wix website. -A milestone of €40 will be provided for this task. If you are interested in working on this project, please send me a message with your portfolio or examples of similar work you have done in the past. Also, include the estimated time of completion and the total cost of the project. I will be happy to answer any questions or provide further details. Thank you in advance for your interest! Best regards, [Your Name]...

I am a mathematics major looking to break into the quantitative finance. My current goal is to become adept with statistics concepts and apply these concepts in code. As opposed to Leetcode, I am solving problems on a website called Project Euler. These problems are for the most part math problems that require the use of a programming language to solve. I recently learned python and am using Python to solve the problems. I am looking for someone who has done their master or phd in Statistics and Mathematics.

For this assignment, please read the following description I wrote to see if you’re fit for hiring:) Consider the Laurence 3D dynamical system ??(?) = ?(?(?) − ?(?)) ?? ??(?) = ?(?)(? − ?(?)) − ?(?) ?? 1. Find a non-trivial steady state (stationary state) 2. Write a program to solve the system using the Euler explicit method (complete and comment on the provided one which I will send once you accept the assignment) 3. Make simulations for different values of ?, ?, ? and different initial values. Find a set of of ?, ?, ? for which the system has an attractor then: a. Simulate and plot one trajectory only to show convergence b. Simulate and plot at least 4 trajectories to show the existence of attractor . The coordinates have to be from numbers I will give y...

I need a MATLAB program for the Numerical demonstration of Lorenz attractors Work (attached in picture) Where 1. Find a non-trivial steady state (stationary state) 2. Write a program to solve the system using the Euler explicit method (complete and comment the provided one). 3. Make simulations for different values of ?, ?, ? and different initial values. Find a set of of ?, ?, ? for which the system has an attractor then: then: a. Simulate and plot one trajectory only to show convergence b. Simulate and plot least 4 trajectories to show the existence of attractor . With the coordinates (220010, 211999) numbers:Exp if 220010, 211999 .then the 4 initial values are (2,2,0),(0,1,0), (2,1,1), (9,9,9) c. To show the chaotic character of the system, select two trajectories (two i...

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Project1 We need accelerated multi gpu training on inversion model like restyle or Feature-Style Encoder for Style-Based GAN Inversion The problem is multi card training will blur the images we need to solve this and make sure VRAM...Feature-Style Encoder for Style-Based GAN Inversion The problem is multi card training will blur the images we need to solve this and make sure VRAM are load balancing in multi gpu. Project2 We use our substitute data and model to train Styleflow and the goal is to sync different head pose use Euler angle. But The effect does not recur like Offical demo Both project need expert and solve it in two days for each project you can take any one or both of them No phased payment for the project One-time payment Incomplete work wi...

Solve problems of Structural Analysis Example: Euler Bernoulli beam theory, signals

Looking for a tutor who can explain following topics in robotics: Rotation matrix in 2D Rotation matrix in 3D Transformation matrix Orthogonal matrix basic rotation matrix Euler angles

...2 arrays with 2+ points are supplied I expect Translation of all axis and rotation on all axis. There will be some differences between some of the measurements due to how they are obtained, so there must be some data checks with user-selectable thresholds for distance and angle deviation. I do not want to skew or scale the data. The returned values must be XYZ coordinates, and XYZ rotations in euler angles. I expect all the code to be PEP 8 compliant. Comments are a must. I do not need OOP, functional programming is just fine. You can use these values as an example: aligned = [[-2.897516385578488, 3.7752695739927837, 0.06606420508388666], [1.4111313577631819, 5.844407705892939, -5.794437137182879], [7.674102301591336, 0.14520267592303426, -7.783004308533609], [5.244226825330013...

Create an interactive graph similar to “Force Layout Cells”, you can interact with the example here : @pjsier/force-layout-cells The graph must have an added capability: representing overlapping sets. The resulting graph may be built with: -SVG + javascript -... other technology suitable for easy integration in a web app. See attached file for a better description. Best resgards David

Subgraph, operations on graphs, special graphs. Graph Isomorphism Represents graphs in a computer. Connectivity in graphs, Euler cycles. Hamilton circuits. Planar graphs. Graph coloring. Trees. Basic principles of counting. Simple arrangements and selections. Arrangements and selections with repetitions. Distributions. Binomial identities. Generating functions. Calculating the coefficients of generating functions. Exponential generating functions. Recurrence relations

I need help with 1 dimensional Euler equations, using matlab. i will send more details in the chat.

i have a python project that requires expertise in mathematics . I'm using the euler method to approximate the solution of a pde system only considering the time t to be changing while relaying on a intiale solution that is a function of two spatial parametres. I'm currently trying to use the libraries sympy, numpy and matplotlib. Thank you

I am working on a project for spacecraft dynamics and control. I am looking for someone who has knowledge on Spacecraft dynamics equations can help me. He or she should have knowledge for rotation matrix & Euler-Rodriguez parameters. Further data/details will be provided later

Hi, Do you have expertise in IMU & Euler angles handling (in Software?). We need to control Wheel chair based on Data from IMU mounted to head?

Hi Ashraf Saad Awad E., Do you have expertise in IMU & Euler angles handling (in Software?). We need to control Wheel chair based on Data from IMU mounted to head?

... Unit 4: Graphs theory I: graph terminologies, special types of graphs(complete, cycle, regular, wheel, cube, bipartite and complete bipartite), representing graphs, adjacency and incidence matrix, graph Isomorphism, path and connectivity for undirected and digraphs, Dijkstra's algorithm for shortest path problem Unit 5: Graphs theory II: planner graphs, Euler formula, colouring of a graph and chromatic number, tree graph and its properties, rooted tree, spanning and minimum spanning tree, decision tree, infix, prefix, and postfix notation Unit 6: Number theory and its application in cryptography: divisibility and modular arithmetic, primes, greatest common divisors and least common multiples, Euclidean al...

Eulerian path, Euler circuit Isomorphism

– Some logic. Introduction to mathematical proofs. Integers and the Euclidean algorithm. Diophantine equations. Primes and the Fundamental Theorem of Arithmetic. Congruences. Equivalence relations. Modular arithmetic. Linear congruence. Euler-Fermat theorem. Induction. Functions. Inverses of functions. Rational numbers and decimal expansions (optional).

Implementing algorithms on undirected graphs using adjacency lists. Using Algorithms such as Floyd-Warshall Algo, Greedy Algo, and Euler circuit.

Hi. I am looking for an individual having strong grip on thermodynamics and polymerizatio , to work with me on a project where we have to write down a report on any specific problem of polymerisation and how thermodynamics helps to solve that problem. Length of the project varies from 10-20 pages and most important part is the mathematical equationing involving gibbs free energy, euler theorem and durhem etc. Anyone with strong chemical engineering background is encouraged to contact.

Ich möchte ein Matlab Programm um alle Differentialgleichungen mit Euler Verfahren gelöst werden zu können

...like to use explicit time integration (Explicit Euler). For spatial derivatives, I would like to use central differences. If you feel it is necessary, you can use staggered mesh. I have attached what I believe are the three governing equations from continuity and x,y momentum. I think the procedure should be as follows: - initial velocity zero everywhere - solve three equations (continuity, x, and y momentum) simultaneously for one artificial "timestep", update velocity and pressure fields, move to the next "timestep" -> in the comments please briefly explain the convergence / steady state criteria selected. - do central difference for spatial integration, but explicit time integration is the really critical component. - **** explicit euler (importa...

...the Framework’s use case. 1.4. The whole implementation must be done in Swift (native project), and must NOT use SwiftUI (only UIKit/Storyboard allowed). 2. Regarding the Use Case (functional requirements): 2.1. The Framework must expose a method (say “startDetection(camera_to_use)”) in order to invoke its screen (the unique screen of the Framework). 2.2. Such screen (View) must have the camera’s Live Preview for the face detection (fitting the whole screen), and, on top of it, a Label (TextView) showing the recognized aspects of “the currently detected face” in the Live Preview, on a “ongoing basis” (information provided by the ML-Kit, whenever available, such: Euler X,Y,Z angles; Smiling proba...

I need to hire a person who is experience using Matlab and know about :- Open methods Linear Regression / Interpolation Optimizations Euler vs RKs method

** Only using cmos gate and transmission gates Building circuit with electric software using Ltspice and irsim for eval stick diagram and euler path

** Only using cmos gate and transmission gates Building circuit with electric software using Ltspice and irsim for eval stick diagram and euler path

I need someone to write a CFD code in MATLAB to solve the 2D Euler equations for a flow through a channel with a bump. It should be solved using Jameson Scheme for space discretization and Runga Kutta for time integration. Deadline is two days

Hello I am going to get the compass angle from the GY953 module. I want to get the absolute angle to North direction. GY953 module has SPI and UART interface to communicate with the microcontroller. I need to get the angle using the UART interface. GY953 module provides the heading angle using the Euler angle, but it is not the absolute angle. If you have the experience used the GY953 module, please contact me. Thank you

I need help implementing Euler integration into a matlab script.

help with matlab with Euler equation

topics you are required to know properly graph theory table of walks isomorphic graphs euler circuits

...signals fusion from both IMU sensors. The first IMU is placed near the camera - this place can be moved by any of the motors. The second IMU is placed on the top of the gimbal and it is not moved by any of the motors. Now I have implemented the Madgwick filter which gets a 3-axis accelerometer and 3-axis gyroscope data as an input and outputs quaternion. Then I make a conversion from quaternion to Euler angles - pitch, roll, yaw. That calculated angles then I push to the PID regulator and calculate outputs for each of the motors. It works, but has some limitations and does not work in full ranges - to fully understand look at this video from 4:30 to 5:05. What I want, you can also check in the same video, but from 5:10 to 6:10. To sum up, I want from you an algorithm

...signals fusion from both IMU sensors. The first IMU is placed near the camera - this place can be moved by any of the motors. The second IMU is placed on the top of the gimbal and it is not moved by any of the motors. Now I have implemented the Madgwick filter which gets a 3-axis accelerometer and 3-axis gyroscope data as an input and outputs quaternion. Then I make a conversion from quaternion to Euler angles - pitch, roll, yaw. That calculated angles then I push to the PID regulator and calculate outputs for each of the motors. It works, but has some limitations and does not work in full ranges - to fully understand look at this video from 4:30 to 5:05. What I want, you can also check in the same video, but from 5:10 to 6:10. To sum up, I want from you an algorithm

hey I am struggling with the following topics, please let me know if you can teach me these Generating Functions GF Calculations Rational GFs Partial Fractions and Series Divison Solving Recurrence Relations using GFs The Summation Operator and Induction Multigraphs Euler Circuits

hey I am struggling with the following topics, please let me know if you can teach me these Generating Functions GF Calculations Rational GFs Partial Fractions and Series Divison Solving RRs using GFs The Summation Operator and Induction Multigraphs Euler Circuits

I WOULD LIKE TO DO ONE MECHANISM DYNAMIC FORMULATION BY EULER LANGRANGE FORMULA AND THAT SHOULD BE SIMULATE BY MATLAB

Design a closed-loop controller to control the position of the ball moving on the beam, whose inclination can be changed by the controller. 1-Derive the dynamic equations of the systems using the Euler-Lagrange method. 2-Draw a block diagram representation of the actual system and build a Simulink model of the nonlinear system. 3. Linearize the system equations around the stable operating point. 4. Design a linear controller (PID, lead/lag, ...) to achieve a stable closed-loop position control.

Hi there, I am looking for a freelancer who is experienced with behavior of structures module preferably a civil or structural engineer. The assignment consist of 3 parts. 1) To determine the deflection of a loaded pin-jointed structure using virtual work method 2) To apply Virtual Work Principle (Unit load method) to determine deflection of statically determinate beams 3) To apply Euler Buckling theory to determine theoretical buckling capacity of compression members To compare the effect of cross-sectional shape and influence of second moment of area on theoretical buckling capacity. To appreciate the effect of end conditions and real load conditions on the capacity of compression members. Please let me know if you think you are capable of doing or if you have any question...

People familiar with the robot, Euler angle, object rotation in 3d and python

Programming of a visualization tool in m-code, which can be executed with Matlab and Octave. General properties of the visualization: - There should be two or more objects included, which make visible mov...program code - The program code should be clear, well structured and commented - Structuring with functions, at least one of them must be used more effectively. Design functions so that they can be used multiple times - The movement of the objects should be implemented using Euler angles and the 4x4 transformation matrix method The document then should be created, including how to use the program, flow chart, how each function work (in detail) and in which order, how are they related to each other and etc. The project shouldn’t be too complex and avoid using e...

Could you help me about it? In three-dimensional space, There is a circle with diameter R, the center of the circle is (CX, CY, CZ), the initial Euler angle is (1.57, 0, 0), and the circle is parallel to the XY plane. 1. When the Euler angle becomes (1.57 + A, 0 + B, 0 + C), calculate the position(Lx,Ly,Lz) of the lowest point "L" on the circle and the parametric equation of new circle price can discuss

Could you help me about it? In three-dimensional space, There is a circle with diameter R, the center of the circle is (CX, CY, CZ), the initial Euler angle is (1.57, 0, 0), and the circle is parallel to the XY plane. 1. When the Euler angle becomes (1.57 + A, 0 + B, 0 + C), calculate the position(Lx,Ly,Lz) of the lowest point "L" on the circle and the parametric equation of new circle. We can discuss the price if you can

Could you help me about it? In three-dimensional space, There is a circle with diameter R, the center of the circle is (CX, CY, CZ), the initial Euler angle is (1.57, 0, 0), and the circle is parallel to the XY plane. 1. When the Euler angle becomes (1.57 + A, 0 + B, 0 + C), calculate the position(Lx,Ly,Lz) of the lowest point "L" on the circle and the parametric equation of new circle