Designing and Implementing Signal Processing, Video Processing and Communication Systems using MATLAB and Simulink

11 Sep 2012
10 am to 2.45 pm
Sapphire Ballroom, Hyderabad Marriott Hotel & Convention Centre, Hyderabad

Designing complex, next generation signal processing, video processing and communications products in shortened design cycles magnifies the need for continuity in design methods. Gaps in design flows result in sub-optimal system designs, negatively impact project schedules and ultimately deplete project budgets.

Join us for this free seminar to learn about how the new capabilities in MATLAB and Simulink – like System Toolboxes in MATLAB, automatic C code generation from MATLAB, and HDL code generation and FPGA-in-loop verification using Simulink – can help engineers improve overall design flow efficiency and signal processing and communications systems performance.

MathWorks engineers will use several examples to demonstrate the following:

• Simplify the system design process by using high-level function libraries provided by System Toolboxes in MATLAB
• Run efficient system simulations by leveraging stream processing to reduce scheduling overhead and speed up simulations
• Reuse algorithmic level system designs created in MATLAB and Simulink to analyze the effects of hardware constraints on data types by converting floating-point algorithms to fixed-point and running verification suites
• Reduce design cycle time through early prototyping and maintain design flow continuity by using automatic C and HDL code generation technologies
• Reduce verification effort by reusing test benches from the algorithmic stage through to hardware-in-loop / FPGA-in-loop stage

Who Should Attend

Target audience:This seminar is recommended to anyone designing or implementing Signal Processing, Video Processing and Communications Systems on DSPs and FPGAs

• Algorithm Designers
• System Engineers
• Signal Processing Engineers
• Video System Engineers
• Communications System Engineers
• Embedded Software Engineers
• FPGA Designers
• Test and Verification Engineers

Prior knowledge of MathWorks products is not required.

Please note this Seminar is not designed for students.  If you are a student, please do not register for this seminar.

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Agenda
09:30- 10:00	Registration
10:00-10:15	Welcome Address
10:15-11:30	Addressing System Design Challenges with Model-Based Design Signal Processing, Video Processing and Communication System Design with MATLAB and Simulink MATLAB Capabilities for System Design Modeling and Simulation Handling Large Datasets
11:30 -12:00	Break
12:00 -13:30	From MATLAB to C : Bridging the Gap Between Algorithm Design and Implementation Fixed Point Design in MATLAB Automatic C-code Generation from MATLAB Optimizing the Generated Code for Target Platforms Implementing Algorithms on FPGAs and ASICs Automatic HDL Code Generation from MATLAB, Simulink, and Stateflow Integrated HDL Verification FPGA-in-the-Loop Verification
13:30 -13:45	Wrap up
13:45 – 14:45	Lunch

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MATLAB to C Made Easy

MATLAB to C Made Easy

21 Jun 2012
3:00 PM IST (India Standard Time)

In this webinar we demonstrate the workflow for generating readable and portable C code from your MATLAB algorithms using MATLAB Coder. Using the command line approach or the graphical project management tool, you can introduce implementation requirements to you algorithms written in MATLAB and generate readable source code, or a standalone compiled executable or a library that can be shared across your organization.

MathWorks engineers also explore how you can automatically generate MEX functions that can be used to verify the behavior of the generated code back in MATLAB or to accelerate computationally intensive portions of your MATLAB code by running it at compiled speed.

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We look forward to seeing you online on Thursday, the 21st of June, 2012.

Regards, Marketing Programs MathWorks India

Development of Aerospace and Defense Control Systems using MATLAB and Simulink

31 May 2012  10am to 3.45pm The Park, Hyderabad The flight control system design plays a vital role in achieving vehicle and system level performance requirements for any flight vehicle. Today’s engineers engaged in design and development of flight control systems are challenged to not only meet these requirements but also continuously innovate new ways to reduce the development cycle and cost. To achieve these expectations, engineers are required to efficiently integrate electrical, mechanical and embedded control systems, and reduce the number of actual flight tests. Join us for this full day seminar to understand how Model-Based Design using MATLAB and Simulink can address many of the challenges associated with flight control systems development processes. Using an electrical flight actuator case study, MathWorks engineers will demonstrate how you can: Model and simulate flight dynamics, perform trade off between different flight actuation systems, design flight control law and tune them as per system performance requirements Run your models in real-time and perform rapid control prototyping and hardware-in-loop (HIL) testing of your flight control algorithm Implement flight control algorithms through automatic code generation, eliminating potential errors from hand coding Prove the absence of run-time errors in mixed generated and handwritten code Who Should Attend Engineering professional involved in flight control system design, development and test including: System Engineers Engineers Designing, Modeling & Simulation of Multi-Domain System Embedded Control System Developers System Integrators Engineers Doing Verification and Validation Project Managers “Please note this Seminar is not designed for students. If you are a student, please do not register for this seminar.” Register now Invite a Colleague Register for this free seminar. Agenda 09.30 Registration 10.00 -10.15 Welcome Address 10.15 -11.45 Accelerating Flight Control Design using MATLAB and Simulink Addressing Challenges in Developing Flight Control Systems using Model-Based Design System Level Simulation and Optimization of Flight Control Systems Tips and Tricks for Controller Tuning and Analysis 11.45 -12.15 Break 12.15 -13.00 Rapid Prototyping and Hardware-In-Loop Testing using xPC Target Turnkey Solution 13.00 -14.00 Lunch Break 14.00 -15.30 Workflow for Safety Critical Flight Control Applications DO-178B Oriented Workflow High Integrity Flight Code Generation and Verification Formal Model and Code Verification Techniques 15.30 -15.45 Wrap Up / Q&A