Events - Seminars

C Code Generation with MATLAB Coder for Signal Processing Systemsnew

Seminar Overview

MATLAB for System Design and C Code Generation

Attend this free seminar to learn about new MATLAB capabilities – including System Toolboxes and MATLAB Coder – that will improve your signal processing and communications engineering workflows.

Learn about DSP and Communications System toolboxes that support streaming signal processing and enable you to simulate your designs faster and perform design verification with large data sets directly in MATLAB. Discover how you can use MATLAB Coder – a new product that generates standard ANSI C code directly from your MATLAB algorithms – to integrate your algorithms into existing C code programs, deploy them onto embedded devices, or compile them into standalone executables. Explore the many options and technologies for accelerating your simulations including efficient algorithms, code generation, parallel computing, GPU, and cluster-enabled acceleration.

Examples shown in the seminar presentation may include filter design, audio equalizer, acoustic noise cancellation, phased array and radar systems, video stabilization, 3G wireless receiver and modem design, and 4G/LTE technologies such as MIMO, OFDM and QPSK.

After attending this session, you’ll understand the range of design approaches possible with MATLAB, when to use each, and why.

Thank you for your interest in MathWorks Seminars. There are no dates currently scheduled for this Seminar. For more information on our seminars and products contact MathWorks sales or please visit:

Who Should Attend

Anyone involved in design, modeling, simulation, implementation, and testing of signal processing and communications systems including:
• DSP Engineers
• Signal Processing Engineers
• Communications System Engineers
• Wireless Systems Engineers
• System Architects
• Embedded Software Engineers
• Test and Verification Engineers

Seminar Highlights

In this seminar, MathWorks engineers will demonstrate how you can:
• Model your design in MATLAB and perform fast and memory-efficient simulations
• Accelerate your simulations with efficient algorithms, parallel computing, code generation, and other techniques
• Prepare your design for implementation by converting them to fixed-point and analyzing the effect of hardware constraints in MATLAB
• Generate C code automatically from MATLAB algorithms integration into existing C/C++ applications, embedded implementation, and for desktop acceleration

Agenda
8:30 AM	Registration and Continental Breakfast
9:00 AM	Welcome, Introductions, and Seminar Overview
9:15 AM	Signal Processing and Communications System Design with MATLAB • Modeling and Simulation • Simulation Acceleration
10:15 AM	Break
10:30 AM	MATLAB to C: Generating C directly from MATLAB • Floating Point Code Generation • Fixed Point Design and Code Generation
11:45 AM	Next steps
12:00 PM	Q&A