Euler 2projekty
1. Bob has calculated a pair of RSA keys. His decryption key is (d = 9,n = 79) and his encryption key is (e = 8,n = 79). Using the message M = 2, show that his key pair is not valid. 2. Bob chose p = 11 and q = 7 and he calculates that n = 79, the Euler totient f = 60, e = 8 and d = 9. List all the mistakes Bob has made in calculating his RSA keys. 3. The diagram on the right hand side shows a small SP network that includes a key. The input to the S-box is: (plain text XOR key). The S-box substitution table it uses is shown below and is incomplete. 000 → 101 001 → 010 → 011 → 000 100 → 111 101 → 011 110 → 100 111 → 001 S-box key plain text + . cipher text The key has value 111. For the plain text 110 the cipher text is ...
Creating a feedback system for all three axes and euler angles of a quadcoptor preferably PID.
Part of a research project, I need a specialist solve the attached Parabolic PDE problem using Euler Method and Cranck-Nilson Method. I'm not specialized in mathematics nor MATLAB. Badget set of $80.
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Aim: – investigate the buckling performance of a typical aircraft stringer section of various lengths – the column performance will be experimentally investigated and compared with theoretical predictions • Background: – Euler buckling, inelastic buckling, column curve – Imperfect column buckling (beam-columns) – Plate buckling (local buckling)
I have an accelerometer and would like to calculate position/height during movement. There...would like to calculate position/height during movement. There is a code example that can be followed but it needs to be modified for accuracy and filter out noise. Basic idea is to integrate acceleration to get speed and integrate speed to get distance. I have both raw acceleration/gyro/magnometer data and fused data using either euler angles or quaternions. The movement will be mostly up and down motion and I would like to calculate the height in mm/cm pref. at ~5 cm accuracy. I can provide recorded data of the movement with the given height, I need in return a function in any language (Pref. C/C++/Java/...) given the above input.
I have an accelerometer and would like to calculate position/height during movement. There...would like to calculate position/height during movement. There is a code example that can be followed but it needs to be modified for accuracy and filter out noise. Basic idea is to integrate acceleration to get speed and integrate speed to get distance. I have both raw acceleration/gyro/magnometer data and fused data using either euler angles or quaternions. The movement will be mostly up and down motion and I would like to calculate the height in mm/cm pref. at ~5 cm accuracy. I can provide recorded data of the movement with the given height, I need in return a function in any language (Pref. C/C++/Java/...) given the above input.
Write a program and PDF documentation: Project requirements *graph representations - Graf coherent and incoherent, undirected and directed. weighted and unweighted - Add vertices and remove the vertices - Add edge and remove the edge - Display adjacency matrix (vertices) - Show incidence matrix (edge) - Se...structure - The interface to edit the graph and selection algorithm - Search in the graph - BFS, DFS - Check the consistency (and undirected directed), strong and weak cohesion - Search MST in a weighted graph (any algorithm) - Determining the distances between all vertices in the graph weighted, calculation diameter, radius and center of the graph (any algorithm) - Determination series Euler graphs (Any algorithm) Time 6 days. In Annex example of the ...
Using Euler forward or midpoint method to numerically solve the governing equation . The equation and questions will be shown in the attachment
Using Euler forward or midpoint method to numerically solve the governing equation . The equation and questions will be shown in the attachment
I am doing project "Options pricing using fuzzy logic in MATLAB ".Only implicit euler part using fuzzy logic.I have to submit it next it to be !!
We are currently developing an Android based App and are looking for someone who can take advantage of the integrated gyroscope, a...position relative to the user. In order to increase precision, we expect that sensor fusion will have to be applied. The preferred language would be python (kivy) and the final interface should consist of three functions: an initialization method, which enables sensing, a get-function and a disable method to stop the sensors. The output of the crucial get-method should be a set of three angles (Euler angles). They determine the position of the device relative to the initial position, which is horizontal and with the menu pointing towards the user. In our project further programming bricks will be required, an extended collaboration would be ap...
Require knowledge of numerically solving IVP using the following methods: Adams-Bashforth Two step Method Euler/ Modified Euler Method Runge-Kutta Method Analyze their consistency and stability. Also need understanding of Lagrange interpolating polynomial.
Require knowledge of numerically solving IVP using the following methods: Adams-Bashforth Two step Method Euler/ Modified Euler Method Runge-Kutta Method Analyze their consistency and stability. Also need understanding of Lagrange interpolating polynomial.
...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 Applying Point Mot...
from __future__ import division from pylab import * def euler(f, t0, y0, h, N): t = t0 + arange(N+1)*h y = zeros(N+1) y[0] = y0 for n in range(N): y[n+1] = y[n] + h*f(t[n], y[n]) return y
Numerically solve y (x) for the follwing problem : Dy/dx=x-y/2 Initial condation is y(0)=1. Take the range as x=[0,3]. Use 1-Euler method 2- Mid-point method with different step sizes 3-Heun's method with different step sizes 4-Classical Runge Kutta -4 method with different step sizes
I need the Newton Euler equations of motion for the way an etch-a-sketch moves, compiled in report form. There are specific guidelines I will send you. **THIS IS NOT A 3-D MODELING PROJECT! This is a physics dynamics engineering report, there simply was no suitable category to place it under.**
I need the Newton Euler equations of motion for the movement of an etch-a-sketch. Simple project.
I want to write an ARDUINO code to make an ADAPTIVE PID FUZZY LOGIC CONTROLLER algorithm to control Euler Angels ( Yaw, Pitch, and Roll ) of a quadcopter platform. There are two Arduino Mega, one on the quadcopter and the other ARDUINO will be as a ground station. The ground station will be connected to a MATLAB program to simulate the received ( Yaw, Roll, Pitch ) angles. The quadcopter will communicate with the ground station through an XBee. The copter will transmit the measured yaw, pitch, roll and altitude of the copter to the ground station. The ALGORITHM will be on the ground station ARDUINO. The copter ARDUINO will only receive the ALGORITHM outputs and apply them to the copter motors. The ground station connected to MATLAB to simulate the received values with SIM...
I want to write an ARDUINO code to make an ADAPTIVE PID FUZZY LOGIC CONTROLLER algorithm to control Euler Angels ( Yaw, Pitch, and Roll ) of a quadcopter platform.
...edges). Problem 2: An Euler circuit in an undirected graph is a circuit (i.e. a cycle that may go through some vertices more than once) that includes every edge exactly once. Give an algorithm that finds an Euler circuit in a graph, or tells that the graph doesn’t have one. Problem 3: Write a depth-first search algorithm to determine if an undirected graph has a cycle. Problem 4: Write a breadth-first search algorithm to determine if a directed graph has a cycle Implementation, testing and documentation required for each of the above 4 problems. Note on SUBMITTING the Project 1. Format: You should submit for each of the four problems: (1) all the source files (.java files under the src folder; please do not sent the class files or...
I need the following equations plotted using Forward Euler, Backward Euler and Crank-Nicolson: y' = -y where y(0) = 1 (actual value is y = exp(-x)) and y'' = -y where y(0) = 1, y'(0) = 1 (actual value is y = sin(x) + cos(x)) I need the Forward Euler, Backward Euler and Crank-Nicolson to be plotted for each of the two equations. Each method should have the plot of the actual value to be compared with. It can be done with either Matlab or Python. Helpful python code can be found here or if you would prefer to use matlab the forward euler method for the first question is solved in the accompanying zip file which you can try to adapt for other questions. However I believe the Python method
...edges). Problem 2: An Euler circuit in an undirected graph is a circuit (i.e. a cycle that may go through some vertices more than once) that includes every edge exactly once. Give an algorithm that finds an Euler circuit in a graph, or tells that the graph doesn’t have one. Problem 3: Write a depth-first search algorithm to determine if an undirected graph has a cycle. Problem 4: Write a breadth-first search algorithm to determine if a directed graph has a cycle Implementation, testing and documentation required for each of the above 4 problems. Note on SUBMITTING the Project 1. Format: You should submit for each of the four problems: (1) all the source files (.java files under the src folder; please do not sent the class files or...
...of edges). Problem 2: An Euler circuit in an undirected graph is a circuit (i.e. a cycle that may go through some vertices more than once) that includes every edge exactly once. Give an algorithm that finds an Euler circuit in a graph, or tells that the graph doesn’t have one. Problem 3: Write a depth-first search algorithm to determine if an undirected graph has a cycle. Problem 4: Write a breadth-first search algorithm to determine if a directed graph has a cycle Implementation, testing and documentation required for each of the above 4 problems. Note on SUBMITTING the Project 1. Format: You should submit for each of the four problems: (1) all the source files (.java files under the src folder; please do not sent the class files or other fi...
...algorithm which converts the values to Euler agles using some sensor fusion algorithm. Additionally my boat (a model) weill be controlled with PID using our control card. It fallows way points will be stored in the flash memory of the card. The card is ready and working well. Reads raw IMU values (acceleration, gyro, magnetometer) values and CORS-GPS location The cards transmits the values to computer and I can read and save them. Here the values the card sent will be in this format: East,North,Roll,Pitch, heading and depth. The card uses DSPIC33FJ128GP804-I/PT Mikrochip, We use for code: MPLAB X IDE v3.10. Driver is already written and our firmware reads raw values (accel, gyro and magnetometer) from sensor. I only need a code which give me stable Euler angles using ra...
Really simple shortest path program between seven cities, however, it always begins in one city and can only go through two other cities like a Euler graph
We designed a control board which includes MPU9250 sensor. We are reading the values from the sensor. We need an algorithm which converts the values to Euler angles using some sensor fusion algorithm.
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
Das Python Programm besteht aus einem Runge-Kutta- und Euler Verfahren, die eine Funktion lösen müssen.
...function assigned in the list with ID (U00029613) (in the file attached) as a complex gate. Implement the gate exactly as written, do not simplify the functions. What to turn in: 1. An SEdit schematic showing a properly constructed complex CMOS gate of your function. 2. Annotate the schematic with proper sizing parameters for each transistor to achieve behavior similar to a symmetric inverter. 3. The proper Euler Paths that produce the best layout for the gate. 4. A design-rule correct layout according to your Euler Paths. Include a calculation of the area. BONUS – Also, submit a design-rule correct LEdit layout. 5. Use the information from your design-rule correct layout to adjust dimensions in the TSpice file. Make sure the final result you subm...
Draw a simple undirected graph G that has 12 vertices, 18 edges, and 3 connected Components. 2) If G is a simple undirected graph with 12 vertices and 3 connected components, What is the largest number of edges it might have? 3) Draw a simple, connected, directed graph with 8 vertices and 16 edges such that the in-degree and out-degree of each vertex is 2. Show that there is a single (non simple) cycle that includes all the edges of your graph, that is, you can trace all the edges in their respective directions without ever lifting your pencil. (Such a cycle is called an Euler tour.) 4) Suppose we represent a graph G having n vertices and m edges with the edge list structure. Why, in this case, does the insertVertex method run in O(1) time while th...
...Lagrangian for a two period Fisher model with wages equal to W1 and W2, a discount rate of θ, and an interest rate of r. Solve for the Euler equation relating consumption in period 1 and period 2. Does the relationship of consumption between period 1 and period 2 depend on a) the size of wages or b) the distribution of wages? Now imagine that person lives in a world with no financial system, so that they cannot save or borrow at all. They have to consume exactly their wages in each period. Solve for the interest rate that makes this the optimal outcome in the Fisher model. How does this interest rate you just solved for change with the ratio of W2/W1? 2. Consider a two-period Fisher model in which utility in each period is CRRA. Wages are equ...
Write 2 programs- First using Euler method. Second using the Runge-Kutta method. Need to solve the following Ordinary Differential Equation: y'= -0.2xy y(0)=1 0<=x<=2 h=0.2 Input: Xo, Yo, h, N ( this may be either the number of total steps, or the upper bound of x, depending on your preference) Output: X(0),Y(0), X(..),Y(..), etc.... The input and output numbers should have at least 4 decimal places. *** Needs to be well documented and not to advanced. Needs to look like a program that a beginner would write. *** ## Deliverables 1) Complete and fully-functional working program(s) in executable form as well as complete source code of all work done. 2) Installation package that will install the software (in ready-to-run condition) on the platform...
I am attaching c...the grid on a straight line perpendicular to the strike line being plotted. Use the synthetic grid provided before to demonstrate how the code works. real data that I am working on has magnetic anomalies that are dominantly NE to SW. And applying Euder deconvolution filter along grid directions will not produce correct solutions. In order to get correct solutions, I would like to apply the 3D Euler deconvolution code along the dominant strike direction i.e., perpendicular to strike direction and not along the grid coordinate directions. I have enclosed the real data that I am working on. Would it be possible for you to make the Euler deconvolution code that you wrote to run or be applied along the dominant dip directions (i.e., perpendicular to strike ...
Extract the mathematical modal (Newton, Euler equations) from () also other papers can be used too. And develop simulation in Simulink. I need help until I finish my thesis.
Extract the mathematical modal (Newton, Euler equations) from () also other papers can be used too. And develop simulation in Simulink.
Extract the mathematical modal (Newton, Euler equations) from () also other papers can be used too. And develop simulation in Simulink.
I just need a s-function which can read mpu9150 Digital Motion Processor (dmp) to get "9-axis fused data" as both euler angles and quaternions through arduino mega 2560.
hi Im a student and I dont have enough budget to satisfy you to do this project but nevertheless I asked you maybe you can help. I just need a s-function which can read mpu9150 "9-axis fused data" as both euler angles and quaternions from arduino mega 2560...
I need a s-function block in matlab/simulink which output the invensense imu mpu9150 9-axis fused data of euler angles(yaw/pitch/roll) and quaternions. (Arduino mega 2560)
I need a s-function block in matlab/simulink which output the invensense imu mpu9150 9-axis fused data of euler angles(yaw/pitch/roll) and quaternions. (Arduino mega 2560)
I need a s-function block in matlab/simulink which outputs the invensense imu mpu9150 9-axis fused data with euler angles(yaw/pitch/roll) and quaternions. (Arduino mega 2560)..
hi Im a student and I dont have enough budget to satisfy you to do this project but nevertheless I asked you maybe you can help. I just need a s-function which can read mpu9150 "9-axis fused data" as both euler angles and quaternions from arduino mega 2560...
I need a s-function block in matlab/simulink which output the invensense imu mpu9150 9-axis fused data of euler angles(yaw/pitch/roll) and quaternions. (Arduino mega 2560)
Hi There, I am looking for someone to help with writing short programs for problem solving - like on Project Euler and other sites. I would also like to be able have an explanation in simple syntax before we move onto more complicated things in Ruby. We will work out an hourly rate, and a set amount of time and this is how I will pay you. Having native level English is required. I will also provide 2 (easy) sample problems at the start of our lesson to test your knowledge to be sure you meet the credentials I am looking for. Cheers, Paul
I need to solve just the equation no 2.7 using euler cauchy method. topic no 2.1.2 at page : Adapt the Euler-Cauchy method to solve the single-delay DDE model (2.7), script which contain equation is attached in pdf file
1. Task#1: Deflection of Pin-jointed Structures: To determine the deflection of a loaded pin-jointed structure and compare it with the theoretical deflection calculated using virtual work analysis. 2. Task# 2: Behaviour of compression members: To experimentally investigate the behaviour of eccentrically loaded struts with initial curvature and to experimentally determine Euler buckling load using Southwell plot.
