# Freelancer gauss and r language jobs

**Gauss** theorem calculus multi variable

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