The MathWorks, Inc. (branded as simply MathWorks) is an American privately held corporation that specializes in mathematical computing software. Its major products include MATLAB and Simulink, which support data analysis and simulation. As of June 2016, it employed over 3,500 people worldwide with 70% located at the company's headquarters in Natick, Massachusetts, United States.

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The MathWorks
The MathWorks
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  • Sebastian Castro and Cameron Stabile discuss how MATLAB® and Robotics System Toolbox™ can help you develop interactive apps that communicate with robots and simulators running the Robot Operating System (ROS). First, Sebastian and Cameron manually control a ROS enabled robot, set parameters, and visualize sensor data in a MATLAB app built with App Designer. Then, they integrate a ROS enabled Simu...

The MathWorks
The MathWorks
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  • Learn about the MATLAB® family of products and their interaction, from MATLAB Online™ to MATLAB Mobile™. MATLAB Mobile: http://bit.ly/2Jrd8hq MATLAB Online: http://bit.ly/2JnKKwr MATLAB Drive™ is online storage on the cloud that allows you to sync your work from one device to another so you can access your files from anywhere. For example, you can edit the same file in Desktop MATLAB and MATLAB ...

The MathWorks
The MathWorks
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  • The 5G library is a free, downloadable add-on for LTE System Toolbox™. It enables you to explore the behavior and performance of 5G radio access technologies as defined by the Release 15 3GPP NR standard V15.0. Using this library, you can simulate the following aspects of 5G: • 5G NR PDSCH Transport Channel including LDPC channel coding • 5G NR Polar Coding including CRC-Aided Polar (CA-Polar) c...

The MathWorks
The MathWorks
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  • The 5G Library is a free downloadable add-on for LTE System Toolbox™. It enables you to explore the behavior and performance of 5G radio access technologies as defined by the Release 15 3GPP NR standard V15.0. Using this library, you can simulate the following aspects of 5G: • 5G NR PDSCH Transport Channel, including LDPC channel coding • 5G NR Polar Coding, including CRC-Aided Polar (CA-Polar) ...

The MathWorks
The MathWorks
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  • The first video in this series described a PID controller, and it showed how each of the three branches help control your system. That seemed simple enough and appeared to work. However, in practice, an ideal PID controller introduces several problems that you need to protect against when dealing with imperfect systems. This includes saturation, which is a common nonlinear problem found in real-l...

The MathWorks
The MathWorks
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  • Learn how model predictive control (MPC) works. MPC uses a model of the plant to make predictions about future plant outputs. It solves an optimization problem at each time step in order to find the control action that drives the predicted plant output as close to the desired reference as possible. Using a simple car example, this video provides insight into an MPC controller’s strategy for findi...

The MathWorks
The MathWorks
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  • Battery management systems balance the state of charge of individual cells and ensure the proper charging, discharging, and safe operation of rechargeable battery packs. Simulink® is used to create a model of a three-cell battery pack that is charged using a constant-current constant-voltage (CCCV) profile, and simultaneously equalizes the state of charge of the cells using on-charge passive bala...

The MathWorks
The MathWorks
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  • Deploying your design to an FPGA requires mapping the inputs and outputs of your design to FPGA pins, AXI registers, or other FPGA blocks. Connect MATLAB and Simulink to Hardware: http://bit.ly/2IbWP3g After the reference design information has been created and registered with MATLAB®, you can generate RTL code and an IP core for your subsystem to plug into the reference design. Learn how to ...

The MathWorks
The MathWorks
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  • Deploying your design to an FPGA requires mapping the inputs and outputs of your design to FPGA pins, AXI registers, or other FPGA blocks. Connect MATLAB and Simulink to Hardware: http://bit.ly/2IbWP3g To deploy your design to a custom reference design, register the reference design with MATLAB®. HDL Coder™ can then use the reference design registered in MATLAB for targeting. You’ll learn: W...

The MathWorks
The MathWorks
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  • Deploying your design to an FPGA requires mapping the inputs and outputs of your design to FPGA pins, AXI registers, or other FPGA blocks. The embedded system design that the IP core generated from your design plugs is called a “reference design”. Connect MATLAB and Simulink to Hardware: http://bit.ly/2IbWP3g Learn how to create a reference design using Xilinx® Vivado® IP Integrator. You can al...

The MathWorks
The MathWorks
YouTube Video
  • Explore the fundamentals behind PID control. Chances are you’ve interacted with something that uses a form of this control law, even if you weren’t aware of it. That’s why it is worth learning a bit more about what this control law is, and how it helps. PID is just one form of feedback controller. It is the simplest type of controller that still uses the past, present, and future error, and it’...

The MathWorks
The MathWorks
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  • Watch a step-by-step demonstration for performing a typical MATLAB® installation. You'll walk through the setup and installation screens and learn best practices. If you are having trouble installing MATLAB, it could be because you are not associated to a MATLAB license. For more information, learn how to associate to a license: https://goo.gl/4pKL1s If you are installing MATLAB R2013b or earlie...

The MathWorks
The MathWorks
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  • Deploying your design to an FPGA requires mapping the inputs and outputs of your design to FPGA pins, AXI registers, or other FPGA blocks. For most popular FPGA devices and boards, MathWorks ships hardware support packages. To deploy your design to a custom board, create and register a custom reference design with MATLAB®. Connect MATLAB and Simulink to Hardware: http://bit.ly/2IbWP3g This intr...

The MathWorks
The MathWorks
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  • In this third video on microgrids, the modeling and simulation of power systems in MATLAB® and Simulink® is introduced with Simscape Power Systems™. See how Simscape Power Systems can be used to schematically represent a one-line microgrid diagram using blocks that represent different distributed energy resources (DERs). The DERs in this example include renewables, such as solar, a diesel GenSet, ...

The MathWorks
The MathWorks
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  • See open positions in Hyderabad: https://goo.gl/WKHRLY Meet our dynamic teams in Hyderabad. Learn why they enjoy challenging work on innovative technologies that can change the world. Learn more about MATLAB: https://goo.gl/8QV7ZZ Learn more about Simulink: https://goo.gl/nqnbLe See What's new in MATLAB and Simulink: https://goo.gl/pgGtod © 2018 The MathWorks, Inc. MATLAB and Simulink are regis...

The MathWorks
The MathWorks
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  • Learn about the benefits of using model predictive control (MPC). MPC uses the model of a system to predict its future behavior, and it solves an optimization problem to select the best control action. MPC can handle multi-input multi-output (MIMO) systems that have interactions between their inputs and outputs. Due to these interactions, it is often challenging to design MIMO systems using trad...

The MathWorks
The MathWorks
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  • In the second video on microgrid systems, you explore different concepts required to design control strategies for distributed power systems. The focus is to introduce a microgrid example with a utility-scale energy storage system (ESS). This ESS provides peak shaving for the local microgrid and can be used to support the microgrid when islanded. Both a desktop simulation and a Speedgoat hardware-...

The MathWorks
The MathWorks
YouTube Video
  • In this first video on microgrids, the concept of distributed power systems is introduced. While the focus of this series will be on microgrids, the concepts discussed on distributed power and energy resources are for other applications, such as more electric aircraft and ship electrification. Traditional utility transmission and distribution rely on centralized generation from conventional power...

The MathWorks
The MathWorks
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  • Engineers developing complex electromechanical and fluidic devices, such as an in vitro diagnostic device, as shown in this example, tend to deal with various design and quality issues, especially around scheduling and optimizing the flow of processing samples and reagents. These issues can be addressed by having a functional simulation model of such a device before building one. View a simulation...

The MathWorks
The MathWorks
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  • This video shows you how to create a Simulink model that reacts on the accelerometer data to display different patterns on the 5x5 LED matrix present on the BBC micro:bit board. You will learn how to visualize signals and tune parameters while the model is running in real-time on the hardware. Download the Simulink Coder Support Package for BBC micro:bit Board: http://bit.ly/2wd7Y21 Get a free p...

The MathWorks
The MathWorks
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  • Text Analytics Toolbox™ provides tools for extracting text from documents, preprocessing raw text, visualizing text, and performing machine learning on text data. The typical workflow begins by importing text data from documents, such as PDF and Microsoft® Word® files, and then extracting meaningful words from the data. Once text is preprocessed, you can interact with your data in a number of ways...

The MathWorks
The MathWorks
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  • Learn how to use the lookup table optimization capability in Fixed-Point Designer™ to approximate a function with an optimal lookup table. Say you are designing an algorithm for an FPGA and you have a mathematically complex function with operations such as sqrt or divide. Using lookup table optimization, you can replace it with a lookup table. You can also quickly generate a lookup table block i...

The MathWorks
The MathWorks
YouTube Video
  • This video shows you how to create a Simulink model to display a happy face on the 5x5 LED matrix present on the BBC micro:bit board. It also goes through the list of Simulink blocks allowing you to access peripherals on the board like ADC, PWM, Accelerometer, Magnetometer, GPIO, LED, I²C, SPI, Radio communications, etc. Download the Simulink Coder Support Package for BBC micro:bit Board: http://...

The MathWorks
The MathWorks
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  • This video shows you how to install the Simulink® Coder Support Package for BBC micro:bit and how to update the firmware on the BBC micro:bit board to fully take advantage of all the capabilities of the support package. Download the Simulink Coder Support Package for BBC micro:bit Board: http://bit.ly/2wd7Y21 Get a free product Trial: https://goo.gl/ZHFb5u Learn more about MATLAB: https://goo.g...

The MathWorks
The MathWorks
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  • See an example of a DAG network used for a semantic segmentation application. Directed acyclic graph networks include popular networks, such as ResNet and GoogLeNet, for image classification or SegNet for semantic segmentation. Learn more about GPU Coder: http://bit.ly/2Hs68Pv Using the cnncodegen function in GPU Coder™, you can generate CUDA® code from the semantic segmentation network. You ca...

The MathWorks
The MathWorks
YouTube Video
  • Sebastian Castro shows you how to get started with the Mobile Robotics Simulation Toolbox [https://goo.gl/oNnh8e] entry on the MATLAB Central File Exchange. This toolbox contains functionality to simulate mobile robot kinematics and sensors in a 2D environment using MATLAB® code and Simulink® models. This allows you to test control, navigation, and sensor processing algorithms in simulation befor...

The MathWorks
The MathWorks
YouTube Video
  • This video showcases web resources and learning opportunities for educators in science disciplines interested in teaching computational thinking. Many of these resources were created by faculty participating in live workshops where they shared strategies for teaching quantitative thinking. Their findings—both teaching tips and coding tools—are published as online resources for educators in science...

The MathWorks
The MathWorks
YouTube Video
  • Learn how you can generate CUDA® code from a trained deep neural network in MATLAB® and leverage the NVIDIA® TensorRT™ library for inference on NVIDIA GPUs. The video demonstrates this by using a pedestrian detection application as an example. NVIDIA GPU Support from GPU Coder: http://bit.ly/2qEZYSt The NVIDIA TensorRT library is a high-performance deep learning inference optimizer and runtime ...

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