# Matlab file code jobs

The project has as a theme the development of the group fuzzy utastar **code**. It is basically about developing the already existing utastar **code** (which I already have if you need it) to accept as inputs estimates of many users and even in the form of fuzzy numbers. As far as fuzzy numbers are concerned, I can also send you the fuzzy utastar paper that

The project has as a theme the development of the group fuzzy utastar **code**. It is basically about developing the already existing utastar **code** (which I already have if you need it) to accept as inputs estimates of many users and even in the form of fuzzy numbers. As far as fuzzy numbers are concerned, I can also send you the fuzzy utastar paper that

I need you to develop some software for me. I would like this software to be developed for Windows . I need **matlab** or R studio **code** which can merge time data from to files into one. Time need to be merge as nearest from one **file** with nearest to onother one

I want a user friendly...and give result back on to the Android application as a name of the person whose signature is verified.
On server a standalone build .exe **file** of **matlab** **code** is executed for the matching of images and this .exe **file** is open by PHP script and the .exe is always in listener mode after the first request for the signature matching

I want a freelancer to do **Matlab** coding for OFDM System. These codes are also available online so freelancer can use the existing codes. I just want the below two simulations to work and get the output in **Matlab**.
Simulation 1: Write **matlab** **code** to Simulate OFDM system with different modulation scheme like (BPSK , QPSK and (16 , 64) QAM) and the

.../[login to view URL] for which the **Matlab** and Python 2 **code** is provided here:
[login to view URL] In the **code** there is a **file** called featureExtraction.m in which the features described in paper are extracted from data **file**. This **file** has references to various functions (again in the

.../[login to view URL] for which the **Matlab** and Python 2 **code** is provided here:
[login to view URL] In the **code** there is a **file** called featureExtraction.m in which the features described in paper are extracted from data **file**. This **file** has references to various functions (again in the

someone needed to convert Gap **code** to **Matlab** **file**...bid only if you can do it

someone that have experience and that can convert GAP **code** to **Matlab** should only bid

Help to to convert source **code** from GAP to **MATLAB**. There are six files. It should be converted into **matlab** (m-**file**)

A **MATLAB** **code** is needed to simulate the year-round operation of a borehole heat exchanger. In summer water enters the borehole at 30-35C and in winter inlet temperature is 5-10C. The simulation will be done with 1-hour time step, outlet temperature, borehole temperature, heat stored/withdraw are the parameters of interest. Please see the attached file

A **MATLAB** **code** is needed to simulate the year-round operation of a borehole heat exchanger. In summer water enters the borehole at 30-35C and in winter inlet temperature is 5-10C. The simulation will be done with 1-hour time step, outlet temperature, borehole temperature, heat stored/withdraw are the parameters of interest. Please see the attached file

...document/link contains the **code** " niching without niching parameter..." [login to view URL] this **code**, the part that we have to enhance/modify is "r3pso". Where each particle interact with its imidiate left and right particles using ring topology for finding the best particle. [login to view URL]~e46507/rpso/ this is **file** link While in our strategy

...document/link contains the **code** " niching without niching parameter..." [login to view URL] this **code**, the part that we have to enhance/modify is "r3pso". Where each particle interact with its imidiate left and right particles using ring topology for finding the best particle. [login to view URL]~e46507/rpso/ this is **file** link While in our strategy

...example of how results will be is shown in attached **file**
Freelancer requirements:
computational solid mechanics
**Matlab** proficiency and specially in optimization
XFEM knowledge
If the problem can be done using abaqus driven by **Matlab**
This is a time harmonic analysis. You may use ANSYS, Abaqus or **Matlab** for finite element programming. However ANSYS XFEM

...example of how results will be is shown in attached **file**
Freelancer requirements:
computational solid mechanics
**Matlab** proficiency and specially in optimization
XFEM knowledge
If the problem can be done using abaqus driven by **Matlab**
This is a time harmonic analysis. You may use ANSYS, Abaqus or **Matlab** for finite element programming. However ANSYS XFEM

...or rotations (degree) : Tx, Ty, Tz, Rx, Ry, Rz
The second ends with “_L” has 6 forces (N) or moments (Nm): Fx, Fy, Fz, Mx, My, Mz
The current **code** combines these two files from every test into one excel **file** containing 13 large sequence of columns: Colum n 1 Data point Coulm n2 Tx Coulm n3 Ty Coulm n4 Tz Coulm n5 Rx Coulm n6 Ry Coulm n7 Rz Coulm n8

I need the **Matlab** **Code** to recreate the same exact plots given in the pdf **file** attached
That means same scaling, same colored lines, same type of lines, same legends, same title, etc
There are two black and white plots that are exceptions. Those can be have blue lines
I will add the book with all the required equations once I have awarded the project

...example of how results will be is shown in attached **file**
Freelancer requirements:
computational solid mechanics
**Matlab** proficiency and specially in optimization
XFEM knowledge
If the problem can be done using abaqus driven by **Matlab**
This is a time harmonic analysis. You may use ANSYS, Abaqus or **Matlab** for finite element programming. However ANSYS XFEM

**file**
Freelancer requirements:
computational solid mechanics
**Matlab** proficiency and specially in optimization
XFEM knowledge
If the problem can be done using abaqus driven by **Matlab**
This is a time harmonic analysis. You may use ANSYS, Abaqus or **Matlab** for finite element programming. However ANSYS XFEM