# Freelancer gauss and r language jobs

I would like someone to write code for an Arduino LEONARDO to perform the following task
Be able to connect multiple hall effect sensors (as a **gauss** sensor to measure magnetic field strength) **and** out put sensor values as an Axis as if it is a Joystick.
Code Will need to be;
- Well Commented
- Able to adjust sensitivity of Output value
Please contact

...to adapt their Labview program to our machine. The machine itself is a used to measure the **gauss** value of a magnetized part. there are multiple north **and** south pole magnets within the part. The part is to be rotated **and** the **gauss** value will be collected **and** graphed to the rotational degree value of the part. I have provided a simple schematic showing

...b[mi]=sum;
}
//===============Matrix===
for(jj=1;jj<=nn;jj++)
{
for(ii=1; ii<=nn; ii++)
{
kk=ii+jj-1;
ai[ii,jj]=sx[kk];
}
}
//===============**Gauss**===
for(kk=1; kk<=nn-1; kk++)
{
ll=0;
mm=0;
for(ii=kk; ii<=nn; ii++)
{
if(MathAbs(ai[ii,kk])>mm)
{
mm=MathAbs(ai[ii,kk]);

...developer to develop cross platform **and** attracting games to learn Mathematics. This gamification for student to learn topic Linear Algebra by solving real life problem using storytelling strategy. 5 methods :
Method 1: graphing
Method 2 : substitution
Method 3 : elimination (addition)
Method 4 : **gauss** elimination
Method 5 : **gauss** Jordan elimination
game elements

I have matlab program to find senative bus bar in IEEE-14 bus bar system using **gauss** seider method

i want to implement 4 mobility models.
1. Random walk mobility model
2. Random waypoint mobility model
3. **Gauss**-markov mobility model
4. Grid-manhattan mobility model

Hello!
When you enter this link [login to view URL] you'll pay attention to **gauss** 7, **gauss** 8, pascal 9, cayley 10, fermat 11.
Part I:
Your task is to download files (Download all as single PDF) **and** to categorize each task in mathematical areas, see the example I provided (2017Gauss7Contest). You'll save

Hai, i need help to develop gamification to learn math. topics **gauss** elimination **and** **gauss** jordan elimination using storytelling

...forward kinematic models for two robots A **and** B for a small robot we are building.
Description:
Consider the two robots with fixed standard wheels attached. Determine the forward kinematic model for each robot. This requires determining the following:
1. The relationship between the roll speeds of the wheels **and** the robot’s velocity in the robot reference

...forward kinematic models for two robots A **and** B for a small robot we are building.
Description:
Consider the two robots with fixed standard wheels attached. Determine the forward kinematic model for each robot. This requires determining the following:
1. The relationship between the roll speeds of the wheels **and** the robot’s velocity in the robot reference

Draw all flowgraphs (for every module) **and** calculate the cyclomatic complexity, v(G), essential complexity, ev(G), module design complexity, iv(G), system design complexity, S0, **and** integration complexity, S1 for the software code below.
LABELS PROGRAM LISTING
PROGRAM gelmn
c **Gauss** elimination method to solve a linear system of eqns
dimension

...lists of random Doubles of length n+1 that represents a linear system Ax = b, where A is an n×n matrix **and** b is an n×1 vector. (I already built the code by using Python **Language**, but I could not figure out how I can call this code as a data file **and** make it as an input in the Haskell code.(Could you please explain that?)
2- Run your data generation

Hello.
I would like to sub-out an Arduino wiring diagram, part list **and** code to drive a real-time wireless data collector for barometric pressure, **gauss** measurements, **and** video/pictures. I am measuring the performance of multiple "bladders" that I will be placing inside a small aluminum pressure vessel. I need an Arduino to be inside the vessel

Create two MatLab codes, one that uses **Gauss** elimination **and** one using LU Decomposition method to solve for given linear algebraic equations. See attached for explicit instructions

I have gathered data to perform a regression analysis, but I do not manage to get results which meet **Gauss**-Markov theorem. As the objective is to make a forecast, all the assumptions must be met (Normality, Homoskedacity,...).
The data:
Daily sales in passenger transportation over a period of approx. three years; there is seasonality, there are extreme

I had a code for Aptech **Gauss** **and** I converted It to Matlab **and** it's optimized to run on CUDA.
However the Code really isn't perfect, it has some errors **and** run terribly slowly.
I need "EXPERT" to check the two codes **and** find out what is wrong..
Please EXPERT.

I had a code for Aptech **Gauss** **and** I converted It to Matlab **and** it's optimized to run on CUDA.
However the Code really isn't perfect, it has some errors **and** run terribly slowly.
I need "EXPERT" to check the two codes **and** find out what is wrong..
Please EXPERT.

I have a code written in Aptech **Gauss** program that I want to convert into Matlab **and** I want the code to run under CUDA power in Matlab.

I have a code written in Aptech **Gauss** program that I want to convert into Matlab **and** I want the code to run under CUDA power in Matlab.

I have a code written in Aptech **Gauss** program that I want to convert into Matlab **and** I want the code to run under CUDA power in Matlab.

I have a **Gauss** code which I need to convert into Matlab **and** I want the Code to have option to run under CPU or the power of CUDA.
The code is about 22kb **and** I will use Pascal architecture cards so make sure we have Matlab Cuda 8.0 compatibility.

...engineering) by write a program in MATLAB using two linear methods (one Exact **and** one Iterative method) from the following linear methods
1. Exact methods
a. **Gauss**-Jordan Elimination Method
b. Matrix Inverse Method
c. Gaussian Elimination Method
2. Iterative (Numerical) Methods
a. **Gauss**-Seidel Method
b. Successive Relaxation (SR) Method
The program must

in matlab we should develop a code for
a)smoothing:best parameters implement savitzky golay function
b)Back ground correction-polynomial constant fuction
c) model...develop a code for
a)smoothing:best parameters implement savitzky golay function
b)Back ground correction-polynomial constant fuction
c) model spectral lines as profile(lorenz,**gauss**)

Add mod(2) XOR **Gauss**-Jordon solver to an existing boolean calaculator tool
1) tool currently acts on a single statement, add multiple statement input to **language**, parse tree, **and** symbol table
2) extract parse tree into a mod(2) linear algebra arrays **and** solve with **Gauss**-Jordon
3) Output all solved terms as a single product term
4) Output

I have a code written in **Gauss** that I need converted to Matlab **and** to work with CUDA.
I mean I want the code to run under the power of CUDA cores .
A direct conversion is fine, as long as the Matlab code produces the same output as the **Gauss** code.
The code is 26KB

I have a problem in optimal control system the problem should be solved by Matlab toolbox called"GPOPS", **Gauss** Pseudospectral Optimization Software, is a MATLAB program for solving non-sequential multiple-phase optimal control problem.

I have a problem in optimal control system the problem should be solved by Matlab toolbox called"GPOPS", **Gauss** Pseudospectral Optimization Software, is a MATLAB program for solving non-sequential multiple-phase optimal control problem.

I have a prob in optimal control system the problem should be solved by Matlab toolbox called"GPOPS", **Gauss** Pseudospectral Optimization Software, is a MATLAB program for solving non-sequential multiple-phase optimal control problem.

I have a prob in optimal control system the problem should be solved by Matlab toolbox called"GPOPS", **Gauss** Pseudospectral Optimization Software, is a MATLAB program for solving non-sequential multiple-phase optimal control problem.

I have a problem in the optimal control system can you please help me with that I want this problem solved by Matlab toolbox called"GPOPS", **Gauss** Pseudospectral Optimization Software, is a MATLAB program for solving non-sequential multiple-phase optimal control problem. There is a paper has been published I want to get the same plots as in paper

I have a problem in optimal control system the problem should be solved by Matlab toolbox called"GPOPS", **Gauss** Pseudospectral Optimization Software, is a MATLAB program for solving non-sequential multiple-phase optimal control problem. Please let me know ASAP if you can help me with this

Hi guruuvce12, I have a problem in optimal control system would you like to help them with that he wants this problem solved by Matlab toolbox called"GPOPS", **Gauss** Pseudospectral Optimization Software, is a MATLAB program for solving non-sequential multiple-phase optimal control problem. Please let me know ASAP if you can help me with this

Project Description
Random way point mobility model
**Gauss**-Markov mobility model
Reference point group model (RPGM)
Need an output which create a graphical view as well as text file with area of 550*550 meters, as well as after passing through routing protocol ( packet loss ratio, packet delivery ratio ) is calculated

Fol...mobility model
2. Reference Point Group Mobility Model
3. **Gauss** -Morkov Mobility Model
4. Each model should generate data that should be stored in a notepad file
5. Then comparison of these models based on different scenarios( depends on speed variation, pause time, packed delivery ratio **and** packet loss)
my budget for this work is 40$

Following are my requirements
1. ...mobility model
2. Reference Point Group Mobility Model
3. **Gauss** -Morkov Mobility Model
4. Each model should generate data that should be stored in a notepad file
5. Then comparison of these models based on different scenarios( depends on speed variation, pause time, packed delivery ratio **and** packet loss)

Following are my requirements
1. Random...mobility model
2. Reference Point Group Mobility Model
3. **Gauss** -Morkov Mobility Model
4. each model should generate data that should be stored in a notepad file
5. then comparison of these models based on different scenarios( depends on speed variation, pause time, packed delivery ratio **and** packet loss)

...function: with no of intervals, n = 4 using both (a) Trapezoid rule **and** (b) Simpson’s 1/3rd rule. What would be the %age error of the numerical solution as compared to the analytical solution for both cases?
Given the analytical solution of
4. Solve the following two equations using **Gauss**-Seidel iterative method.
3x1 – x2 = 8
x1 + 6x2 = 9
Use

...someone to put it in excel **and** using finite element analysis to solve the question i have 4-5 days before the due date everything is attached please if you can help **and** i am a student too.
The project is this 3 question I have the solution for the project I just want you to put the solution in matlab or ansys **and** excel **and** using **gauss**-seidel iteration

...am programmer of LiveZone dev team. We are creating very big addon for ArmA 3 which is going to provide STALKER-inspired gameplay. Currently we need 3d modellers, animators **and** designers to work with our project. If you are interested in working you need to be able to work with such tools as:
1) Object Builder
2) Oxygen
3) 3dsmax or Maya (depends

...theme Magento 2.1.7 **and** upgrate to 2.2 when possible.
Specific customization to Porto theme:
Classification icons, short **and** long descriptions for safes.
Info: if a safe has a specific attribute (Burglary_test or Fire_test or both), then the following information will be used in front end of 3 different pages: icon, short **and** long description.
1

...field of 3000 **gauss**. Magnetic movements already exist in their molecules **and** they therefore already have positive **and** negative electrical charges. These molecules have not been realigned, the fuel is not actively inter locked with oxygen during combustion, the fuel molecule or hydrocarbon chains must be ionized **and** realigned.

...field of 3000 **gauss**. Magnetic movements already exist in their molecules **and** they therefore already have positive **and** negative electrical charges. These molecules have not been realigned, the fuel is not actively inter locked with oxygen during combustion, the fuel molecule or hydrocarbon chains must be ionized **and** realigned.

...result
void setup()
{
// set up the LCD's number of columns **and** rows:
[login to view URL](16, 2);
}
void loop()
{
[login to view URL]("FluxDensity");//showing name
[login to view URL](0, 1);//move to second line
[login to view URL]("(in **Gauss**):");// showing units
...

...The Maxwell`s Equations
Introduction
Body
Equation 1: **Gauss**' Law
Equation 2: **Gauss**' Magnetism Law
Equation 3: Faraday's Law
Equation 4: Ampere's Law
**And** their uses. How each of these laws redefined physics.
**And** combining them the way Maxwell did.
**And** write a section on their discovery **and** interesting stories behind them. Also wri...

...Discrete **and** Continuous probability distribution **and** density function, Stochastic processes, Random
variables **and** mathematical expectation, concepts of Queuing theory.
Statistical quality Control **and** reliability Engineering:
Control charts, Quality assurance **and** inspection, Reliability of series, parallel **and** complex systems,
maintainability **and<**...

Two problems needed to solve from Vector differential Calculus, Stokes Theorem **and** **Gauss**' Divergence theorem topics.

Create a simulation in NS2 o...NS3 comparing various MANET routing protocols to various mobility model
Routing protocols: DSDV, DSR, AODV, AOMDV
Mobility models: Random Waypoint, Manhattan Grid Model, **Gauss** Markov model, Reference point mobility model, Probabilistic Random Walk
Refer to the attached document to see what you would be required to do

Implementation of a wordpress site based on PSD-Files - the pages are normally following the same layout/structure

This requires ideas on NS3. the project is to build **and** simulate MANET routing protocols (AODV, DSR, DSDV **and** AOMDV) on these mobility models (Random waypoint, **Gauss** Markov, Reference Point Group Mobility Model, Manhattan Grid Model **and** Probabilistic Random Walk Model). Results should be produced on graph commanding these routing protocols on these

Hello **freelancer**,
This is a project in which you are gonna have to write a simple script, easy to understand, for an academic website. The script needs to have comments next to each command explaining thoroughly the whole procedure.
The material on which this project is to be done is very specific **and** simple for someone familiar with Mathematics