CES - MATLAB in the Middle East
CES - MATLAB in the Middle East
  • 69
  • 106 718
Space Systems Development with MATLAB
Change is brewing. The ongoing private space race, which is disrupting many space-related technologies, is also driving down the cost of developing relative navigation capabilities. How are they doing it? Companies are using higher-level languages such as MATLAB® and Simulink® and model-based design to increase the pace of system and algorithm development.
In this video
Fernanda Filipe shows you why MATLAB and Simulink are your best choice for
- Digital Engineering & Model-Based Design
- Subsystem / Engineering Component Modelling and Simulation
- Attitude and Orbit Control System (AOCS)
- Guidance Navigation and Control (GNC)
- Communications System
- Power Systems
DEMOS
- Create and View a Satellite Scenario
- Perform Satellite Access Analysis
- Templates: Model and Simulate CubeSats
- Code Generation and Deployment with MATLAB & Simulink
- Space Standards - NASA NPR 7150.2 and ESA ECSS E-40/Q-80
- Space Image Processing, Computer Vision, and Deep Learning
If you would like to find out more, please contact us
support@cesimulations.com
zhlédnutí: 88

Video

Digital Twin with MATLAB & Simulink
zhlédnutí 100Před 21 dnem
With MATLAB, you can define a model using data from your connected asset. You can also use Simulink to create a physics-based model using multi-domain modeling tools. Both data-driven and physics-based models can be tuned with data from the operating asset to act as a digital twin. You can use these digital twins for prediction, what-if simulations, anomaly detection, fault isolation, and more....
How does the Digital Twin work
zhlédnutí 58Před 21 dnem
Both data-driven and physics-based models can be tuned with data from the operating asset to act as a digital twin. You can use these digital twins for prediction, what-if simulations, anomaly detection, fault isolation, and more. For more information, please contact us Sales: sales@cesimulations.com Technical Support: support@cesimulations.com Tel: 971 (4) 427 3663
Why do we need a Digital Twin?
zhlédnutí 27Před 21 dnem
A digital twin is an up-to-date representation, a model, of an actual physical asset in operation. It reflects the current asset condition and includes relevant historical data about the asset. Digital twins can be used to optimise, improve efficiencies, automate and evaluate future performance. For more information, please contact us Sales: sales@cesimulations.com Technical: support@cesimulati...
What is a Digital Twin?
zhlédnutí 59Před měsícem
A digital twin, an up-to-date representation of a physical asset in operation, offers valuable insights. The modeling method used depends on its intended use - from physics-based models to machine learning. With digital twins, you can predict failures, reduce downtime, manage inventories, monitor fleets, conduct simulations, and optimize operations. For more information, please contact us sales...
Beyond Excel: Low Code : No code programming
zhlédnutí 112Před 2 měsíci
Environments like Excel provide an easy way to perform data analysis without having to resort to coding. Yet, Excel is limited in terms of the size of data and the complexity of analysis it can perform. Similarly, analysis through coding requires a steep learning curve. In this webinar we introduce you to low-code tools in MATLAB. Low-code tools require little to no knowledge of coding and for ...
Adding or Removing MATLAB License Administrators
zhlédnutí 184Před 3 měsíci
This video will show you how to add or remove a license administrator. If you are currently an Administrator, you can add or remove Administrators on your Master License by following the instructions in the video. If you are not currently an Administrator, you should contact the existing Administrator to the steps outlined in the video. To add a new Administrator, the new admin must already hav...
Requirements Management with MATLAB & Simulink
zhlédnutí 561Před 3 měsíci
Requirements management is key to ensuring engineering teams follow the necessary documentation, analysis, and prioritization of requirements throughout all stages of a project. In so doing, teams can detect errors early on in a project, ultimately reducing costs and mitigating risk. In this video, we delve into the functionalities of the MATLAB & Simulink environment, showcasing its prowess in...
What is Model Based Design?
zhlédnutí 163Před 4 měsíci
These days, we hear a lot about Model-Based Design, but what is it? In this video, Fernanda Filipe from CES will explain in the context of MATLAB and Simulink: - what is model-based design? - why is model-based design used? - how does model-based design work? For more information, please contact us Sales: sales@cesimulations.com Technical Support: support@cesimulations.com 971 (4) 427 3663
Signal Processing Algorithms with MATLAB and Simulink
zhlédnutí 545Před 4 měsíci
Signal processing finds applications in various fields, including telecommunications, audio processing, medical imaging, and radar systems, enhancing the analysis and manipulation of signals for improved communication and information extraction. Engineers, involved in signal processing, leverage MATLAB and Simulink across all development stages - from signal analysis and algorithm exploration t...
Project Management with MATLAB Simulink and Git
zhlédnutí 630Před 5 měsíci
Collaborating as a team can be difficult at the best of times. Keeping track of tasks and file changes or comparing previous versions can be headache inducing. MATLAB and Simulink allow you to manage your teams’ projects. With projects in MATLAB and Simulink, you can set and manage project paths, create and access common operations, track and control changes using built-in source control integr...
2D Plot line in MATLAB
zhlédnutí 43Před 6 měsíci
In this easy-to-follow video, we show you how to create a simple line plot and label the axes. Customize the appearance of plotted lines.
Get started with Simulink Part 2
zhlédnutí 213Před 6 měsíci
Get started with Simulink (Part 2) In this easy-to-follow video, we show you how to create a more complex model. What exactly is Simulink? Simulink is a block diagram environment that supports system-level design, simulation, automatic code generation, and continuous test and verification of embedded systems. With its graphical editor, customizable block libraries, and solvers for modeling and ...
Get Started with Simulink (Part 1)
zhlédnutí 274Před 6 měsíci
Are you interested in multidomain simulation and Model-Based Design? In this easy-to follow video, we show you how to get started with Simulink What exactly is Simulink? Simulink is a block diagram environment that supports system-level design, simulation, automatic code generation, and continuous test and verification of embedded systems. With its graphical editor, customizable block libraries...
Simulink or Simscape: What's the difference?
zhlédnutí 1,6KPřed 7 měsíci
Simulink and Simscape may sound alike, but in this easy-to-follow example we show you exactly how they are different. Simulink is a graphical programming environment for modelling ,simulating and analysis of dynamic systems where as simscape is a Physical modelling part in simulink environment. For more information, please contact us Technical Support: support@cesimulations.com Sales: sales@ces...
How to Find a derivative of trignometric functions in MATLAB (video 4/4)
zhlédnutí 81Před 7 měsíci
How to Find a derivative of trignometric functions in MATLAB (video 4/4)
How to Calculate a derivative of a symbolic expression with multiple variables in MATLAB (video 3/4)
zhlédnutí 116Před 7 měsíci
How to Calculate a derivative of a symbolic expression with multiple variables in MATLAB (video 3/4)
How to Find a Derivative of a Symbolic Expression in MATLAB (video 2/4)
zhlédnutí 195Před 7 měsíci
How to Find a Derivative of a Symbolic Expression in MATLAB (video 2/4)
How to Find a Derivative of a Function in MATLAB (video 1/4)
zhlédnutí 131Před 7 měsíci
How to Find a Derivative of a Function in MATLAB (video 1/4)
How to import an Excel File in MATLAB
zhlédnutí 153Před 8 měsíci
How to import an Excel File in MATLAB
How to Create a Table in MATLAB 2023
zhlédnutí 1,5KPřed 8 měsíci
How to Create a Table in MATLAB 2023
Deep Learning Workflows MATLAB & Python AI Libraries
zhlédnutí 179Před 8 měsíci
Deep Learning Workflows MATLAB & Python AI Libraries
AI model for an IMU virtual sensor - part 1
zhlédnutí 120Před 9 měsíci
AI model for an IMU virtual sensor - part 1
Camera Calibration Video 3: Reproduction Errors & Parameter Estimation
zhlédnutí 592Před 10 měsíci
Camera Calibration Video 3: Reproduction Errors & Parameter Estimation
Radar System Engineering & Design in Simulink
zhlédnutí 1,2KPřed 10 měsíci
Radar System Engineering & Design in Simulink
Video 2. Camera Calibration with MATLAB: Image Acquisition & Camera Calibration
zhlédnutí 565Před 10 měsíci
Video 2. Camera Calibration with MATLAB: Image Acquisition & Camera Calibration
Camera Calibration video 1: Introduction
zhlédnutí 219Před 10 měsíci
Camera Calibration video 1: Introduction
How to un install MATLAB 2023
zhlédnutí 1KPřed rokem
How to un install MATLAB 2023
Simulink for AI Workflows
zhlédnutí 457Před rokem
Simulink for AI Workflows
How to download the Network License Manager 11
zhlédnutí 1,4KPřed rokem
How to download the Network License Manager 11

Komentáře

  • @lagtabhamza1676
    @lagtabhamza1676 Před měsícem

    Hi brother, thank you for this video, can i ask you please

    • @CES_matlabinthemiddleeast
      @CES_matlabinthemiddleeast Před měsícem

      Sure. Please feel free to ask questions here

    • @lagtabhamza1676
      @lagtabhamza1676 Před měsícem

      @@CES_matlabinthemiddleeast firstly, thank you for your time and response...i just want to know please if you can provide me with your contact to show you a simulation with radar and if you can please give me your feedback, thank you so much

    • @CES_matlabinthemiddleeast
      @CES_matlabinthemiddleeast Před měsícem

      @@lagtabhamza1676 Sure. Please email support@cesimulations.com

    • @lagtabhamza1676
      @lagtabhamza1676 Před měsícem

      @@CES_matlabinthemiddleeast thank you so much

    • @salwamah7247
      @salwamah7247 Před 22 dny

      Thanks

  • @farshidabdehgah9016
    @farshidabdehgah9016 Před 2 měsíci

    Hi Hasan, I just wanted to thank you, Bro.🏅

  • @Shirazvlogs766
    @Shirazvlogs766 Před 3 měsíci

    can you plz make a video of how to use matlab for free

  • @josephdays07
    @josephdays07 Před 3 měsíci

    Great job 👍💯. With this new methodology. I have created wavelets Transform with the theory of trigonometric partition equations we can generate wavelets. czcams.com/video/p0Zc9onKQ0Q/video.htmlsi=dX1K0xLtJ2iWSgf5 czcams.com/video/3Ebvypj577E/video.htmlsi=zeLyrZc54430eV5b czcams.com/video/DV1iJV0oa7Y/video.htmlsi=798Te0vetj90Q7j1

  • @josephdays07
    @josephdays07 Před 3 měsíci

    Good job 👍💯. I have generated wavelets with the theory of trigonometric partition equations we can create wavelets. czcams.com/video/p0Zc9onKQ0Q/video.htmlsi=dX1K0xLtJ2iWSgf5 czcams.com/video/3Ebvypj577E/video.htmlsi=zeLyrZc54430eV5b czcams.com/video/DV1iJV0oa7Y/video.htmlsi=798Te0vetj90Q7j1

  • @iavaly5160
    @iavaly5160 Před 3 měsíci

    Nice presentation. One question: is there a way to make a traceability back from test cases into DOORS? Thanks

    • @CES_matlabinthemiddleeast
      @CES_matlabinthemiddleeast Před 14 dny

      Hi, thank you for your question. Traceability is bi-directional. You can import requirements from DOORS into the Simulink® environment, then establish traceability from your model to DOORS requirements through the imported references. If DOORS requirements change, you can update the references in Requirements Toolbox™ while maintaining traceability. Additionally: You can establish traceability from MATLAB® and Simulink to DOORS without modifying DOORS Formal or Link modules. You can link between design, tests, and requirements without leaving the Simulink Editor. You can establish traceability from low-level requirements in Simulink to high-level requirements in DOORS. You can identify gaps in implementation and verification using metrics in Requirements Toolbox. Change detection and cross-domain traceability can be used to conduct change impact analysis. You can find some examples here: www.mathworks.com/help/slrequirements/ug/requirements-based-design-example-with-doors.html www.mathworks.com/help/slrequirements/ug/managing-requirements-for-fault-tolerant-fuel-control-system-ibm-rational-doors.html

  • @mariaanuv7270
    @mariaanuv7270 Před 4 měsíci

    for gravity what is that -C-. How to include that

    • @CES_matlabinthemiddleeast
      @CES_matlabinthemiddleeast Před 4 měsíci

      The block used was Guidance Model. To include input data (gravity is in meters per second squared) is necessary to use the "Environment" port. More details can be found here www.mathworks.com/help/uav/ref/guidancemodel.html

  • @redouane1557
    @redouane1557 Před 5 měsíci

    How i can renew my license academic ?

    • @CES_matlabinthemiddleeast
      @CES_matlabinthemiddleeast Před 5 měsíci

      Please email us sales@cesimulations.com and we will put you in contact with the right person

  • @saketmeena9581
    @saketmeena9581 Před 5 měsíci

    Is it a permanent license for free?🤔

  • @user-ee2ge6wj1k
    @user-ee2ge6wj1k Před 6 měsíci

    Please say about for iterator, arthimetic dhify blick

  • @user-nz4kc4bd4m
    @user-nz4kc4bd4m Před 7 měsíci

    Please lice'se

    • @CES_matlabinthemiddleeast
      @CES_matlabinthemiddleeast Před 7 měsíci

      Hi, you can download a free 30-day trial of MATLAB & Simulink products here www.cesimulations.com/product-trial/ For more information on pricing and licenses, please contact sales@cesimulations.com We hope this helps!

  • @rezimshajahan
    @rezimshajahan Před 8 měsíci

    is this model available for public ?

  • @CloudInBrain
    @CloudInBrain Před 8 měsíci

    I had the error Unable to build Simulink Rapid Accelerator target. mcc failed." A little help please?¡

    • @gorkaelezgarai4284
      @gorkaelezgarai4284 Před 5 měsíci

      You have to declare all variables in the workspace and run once the simulation manually in Simulink (in rapid accelerator). This must be done before compiling your app.

  • @marinaalgaba6714
    @marinaalgaba6714 Před 10 měsíci

    where can i find the folder that contains the codes and used signals?

  • @asitkumarparida6766
    @asitkumarparida6766 Před 11 měsíci

    Signal processing

  • @zinebadaika6544
    @zinebadaika6544 Před 11 měsíci

    Thank you very much for your explanation; it's very useful. Could you please share the Matlab file with us so we can benefit even more from your precious information?

  • @rwaewae
    @rwaewae Před rokem

    good and informative video

  • @omaromar1953
    @omaromar1953 Před rokem

    greaattttttt video!

  • @luthfiaminulloh8177

    Thank you for the information. 👍👍

  • @diegocanas3242
    @diegocanas3242 Před rokem

    Hello! I was trying to do the matlab app and I started to get the error: "Dot indexing into the result of a function call requires parentheses after the function name. The supported syntax is 'simulink().compiler'." On the line where I have the function "Simulink.compiler.configureForDeployment" This is the code I use on the button callback: Model_Name = ('Prueba'); simInp = Simulink.SimulationInput(Model_Name); simInp = simInp.setVariable('irradiance', app.IrradianceEditField.Value); simInp = simInp.setVariable('temperature', app.TemperatureEditField.Value); simInp = simulink.compiler.configureForDeployment(simInp); stopTimeStr = num2str(app.SimulationTimeEditField.Value); simInp = simInp.setModelParameter('StopTime', stopTimeStr); simInp = simInp.setModelParameter('SimulationMode', 'Rapid'); simOut = sim(simInp); time = simOut.tout; current = simOut.yout{1}.Values.Data; power = simOut.yout{2}.Values.Data; voltage = simOut.yout{3}.Values.Data; plot(app.UIAxes, time, current); plot(app.UIAxes2, time, power); plot(app.UIAxes3, time, voltage); plot(app.UIAxes, voltage, power); Could you please help me? Thank you!

  • @miltonestepario
    @miltonestepario Před rokem

    Subscribed ! Thank you for the video

  • @TudorMiron
    @TudorMiron Před rokem

    I’m simulating a multibody vehicle model. Within this model I’m using nonlinear dampers - damper subsystem reads the damper velocity vector and damper force vector from base workspace. Force and velocity vectors are defined via live script which uses base workspace variables for “low speed” compression damping, “high speed” compression damping, blow off velocity (damper velocity at which it “switches” to “high speed” damping curve etc. %Variables that I want to change/sweep in an automated design stady fdlb; % Bump/Compression Low speed damping rate fdhb; % Bump/Compression High speed damping rate fdlr; % Rebound Low speed damping rate fdhr; % Rebound High speed damping rate fkb; % Bump/Compression High/Low speed cutoff coefficient (number of velocity vector component) fkr; % Rebound High/Low speed cutoff coefficient script that I use to create damper force and velocity vectors (variables that I fed to Simulink model) fvb=0:0.025:0.3; % Bump/Compression velocity (positive) vector fvr=-0.3:0.025:0; % Rebound velocity (negative) vector fvhb=fvb(fkb:end); % Bump/Compression High Speed velocity vector fvlr=fvr(fkr:end); % Rebound Low Speed velocity vector fvhr=fvr(1:fkr); % Rebound High Speed velocity vector fDbl=fvlb*fdlb; % Bump/Compression Low Speed damping forces fDbhi=fvhb*fdhb; % Bump/Compression High Speed damping forces (starting from zero) fDeltab=fDbl(end)-fDbhi(1); % Delta at kb (cutoff velocity) fDbh=fvhb*fdhb+fDeltab; % Bump/Compression High Speed damping forces fDrl=fvlr*fdlr; % Rebound Low Speed damping forces fDrhi=fvhr*fdhr; % Rebound High Speed damping forces (starting from zero) fDeltar=fDrl(1)-fDrhi(end); % Delta at kr (cutoff velocity) fDrh=fvhr*fdhr+fDeltar; % Rebound High Speed damping forces % Front Damper force and velocity vectors F_vDamper=[fvr,fvb(2:end)] F_fDamper=[fDrh,fDrl(2:end),fDbl(2:end),fDbh(2:end)] % assigning vectors to workspace variables that simulink non linear % damper will use for velocity and force vectors Damper.NonLinear.Faxle.vDamper.Value=F_vDamper; Damper.NonLinear.Faxle.fDamper.Value=F_fDamper; In the Model Callbacks (InitFcn) I call this above-mentioned Live script to update damping force and velocity vectors according to current values (base workspace) of above-mentioned variables. My problem is that I can’t figure out how I can do damping parameter sweeps… i.e. how can I set up the model so that it runs multiple simulations and changes damping related variables (base workspace) according to some predefined list. It works fine if I would be changing/sweeping any of model block parameters or variables that are mentioned within block. In this particular case it’s an array with values calculated via script. If I setup design study from multiple simulations panel - it doesn’t effect variables in base workspace that would effect the script that calculates required vectors. I’ve tried to use matlab function block within model that would use this script to create required vectors and assign it to base (or model) workspace but it doesn’t work or better say I don’t know how to do it properly. Any suggestions would be very highly appreciated. Thank you. Ted

  • @TudorMiron
    @TudorMiron Před rokem

    Great video. Concise and informative. Thank you. May I ask a couple of questions?

    • @CES_matlabinthemiddleeast
      @CES_matlabinthemiddleeast Před rokem

      Yes, please share your questions with us.

    • @TudorMiron
      @TudorMiron Před rokem

      @@CES_matlabinthemiddleeast Thank you. I posted my question here czcams.com/video/2_bRpZkkXb0/video.html

  • @manechirag
    @manechirag Před rokem

    This is very good, please make more videos

  • @foodienerd0605
    @foodienerd0605 Před rokem

    The input tat u have loaded, Is it a pictorial waveform or values in excel file?

  • @sivaprasad-cl7xp
    @sivaprasad-cl7xp Před rokem

    Hai nice video i had followed you to make my own app using matlab i had encountered an error during building an standalone app as "mcc -o app -W 'WinMain:app,version=1.0' -T link:exe -d D:\ieee\GUI\app\for_testing -v D:\ieee\GUI\app.mlapp -r 'C:\Program Files\MATLAB\R2022a\toolbox\compiler\packagingResources\default_icon.ico' Compiler version: 8.4 (R2022a) Analyzing file dependencies. Unable to build Simulink Rapid Accelerator target. mcc failed." please help me

  • @onlykhan6151
    @onlykhan6151 Před rokem

    Very nice 👍

  • @shrirama854
    @shrirama854 Před 2 lety

    Thanks for the Informative Video! Also Please upload Videos on (Simulation using System Composer) and MBSE using MATLab

  • @fb100k
    @fb100k Před 2 lety

    If You Want To Download The Latest Version Of This Software So Link Is Given Below! crackroom.org/matlab-crack/

  • @adejumodaniel4406
    @adejumodaniel4406 Před 2 lety

    Thanks for the video!