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By Application Most Recent By Product Most Popular View all Computational Biology Control Design Automation (CDA) DSP/Communications Design Automation (DSP/Comm) Financial Modeling and Analysis (FMA) Image Processing Language Of Technical Computing (LTC) Test & Measurement (T&M) Computational Biology Computational Biology Automating the Analysis of Life-Sciences Data with MATLAB BioImage Processing with MATLAB® Biomedical Image Processing for Faculty and Academic Researchers Developments in Computational Biology—New Tools for Microarray and Mass Spectrometry Research Genomics and Sequence Analysis with MATLAB for Faculty and Academic Researchers Introduction to MATLAB for Life Scientists Mass Spectrometry Data Pre-Processing and Analysis Using MATLAB MATLAB for the Life Sciences Systems Biology and Pharmacokinetic Modeling with SimBiology Systems Biology Modeling for Faculty and Academic Researchers Using MATLAB in Life Science Research and Instruction (Academic Focus) Control Design Automation (CDA) Automatic Code Generation Code Generation and Verification for TI DSPs Developing Software Defined Radio Systems Using MATLAB® and Simulink® Embedded Code Generation & Verification Using Simulink® Embedded Code Generation and Verification for Aerospace Industry Fixed-Point Programming in MATLAB Fixed-Point Signal Processing with MATLAB® and Simulink® HDL Functional Verification with MATLAB and Simulink Implementing and Verifying Signal Processing, Communications, and Control Applications on TI DSPs Introducing Embedded IDE LINK MU for Green Hills MULTI Introduction to Simulink Design Verifier Model-Based Design and FPGA Implementation with Simulink Model-Based Design for DO-178B PolySpace™ for Code Verification in Hand-Written and Automatically Generated Code Production Code Coaching Session: 1. Basic Software Design Production Code Coaching Session: 2. Basic Software Deployment Production Code Coaching Session: 3. Advanced Software Design Production Code Coaching Session: 4. Advanced Software Design and Deployment Production Code Generation and Verification for Automotive Real-Time Execution Using Simulink and xPC Target Requirements Validation with Executable Specifications Stateflow Design Patterns (Part 1) Verification, Validation, and Test for Embedded Controls What’s New in Embedded Code Generation and Verification Model-Based Design Accelerating Flight Vehicle Design with MATLAB® and Simulink® Acquiring Live Data into Simulink Advanced Aerospace Analysis with Aerospace Toolbox and Aerospace Blockset Advanced Modeling Techniques with SimEvents Analyzing Design and Cost Tradeoffs Using Optimization with Simulink Building Virtual Worlds for use with Virtual Reality Toolbox Developing Models from Experimental Data using System Identification Toolbox Discrete Event and Hybrid Modeling with SimEvents Discrete Event Simulation Modeling with SimEvents Distributing a Monte Carlo Test Using SystemTest 2.0 Embeddable Algorithm Development and C Code Generation Workflow Embedded Code Generation & Verification Using Simulink® Fault Management with Stateflow Fixed Point Filter Design with MATLAB & Simulink From SolidWorks Assemblies to SimMechanics Models and Virtual Reality Toolbox Animations HDL Functional Verification with MATLAB and Simulink Hydromechanical Systems in Simulink: Modeling Hydraulic Systems Hydromechanical Systems in Simulink®: Control System Development Implementation and Verification on TI DSPs with Link for Code Composer Studio++ 3.0 Implementing and Verifying Signal Processing, Communications, and Control Applications on TI DSPs Integrating MATLAB, Simulink and Stateflow Components in a SimEvents Model Introducing Embedded IDE LINK MU for Green Hills MULTI Introduction to Electromechanical Modeling in Simulink Introduction to Simulink Design Verifier Introduction to Simulink for Automotive Control Design Introduction to Simulink for Control Design Introduction to Stateflow® Introduction to Statistics Toolbox Introduction to Virtual Reality Toolbox Linear System Analysis in Simulink Mealy and Moore Machines in Stateflow Model-Based Design and FPGA Implementation with Simulink Model-Based Design for DO-178B Model-Based Design of Embedded Control Systems Model-Based Design of Landing Gear Modeling and Advanced Control Strategies for the Process Industries Modeling Mechanical, Electrical, and Hydraulic Systems in Simulink® Multi-Loop Control Design in Simulink® - Made Easy New Test Management Tool for System Verification and Validation Open Architecture Solutions for Rapid Prototyping and HIL Using Simulink® Real-Time Execution Using Simulink and xPC Target Requirements Validation with Executable Specifications Simulink for Industrial Control of a Sheet-Metal-Rolling Application Stateflow Design Patterns (Part 1) Stateflow Design Patterns (Part 2) Stateflow Design Patterns (Part 3) Using Model-Based Design in Vehicle Electronics Verification, Validation, and Test for Embedded Controls Verification and Validation within Model-Based Design What’s New for Simulink® with R2008a What’s New in Embedded Code Generation and Verification What’s New in Simulink®7 for Model-Based Design Modeling Tools Accelerating Flight Vehicle Design with MATLAB® and Simulink® Advanced Aerospace Analysis with Aerospace Toolbox and Aerospace Blockset Advanced Modeling Techniques with SimEvents Analyzing Design and Cost Tradeoffs Using Optimization with Simulink Building Virtual Worlds for use with Virtual Reality Toolbox Developing Models from Experimental Data using System Identification Toolbox Discrete Event and Hybrid Modeling with SimEvents Discrete Event Simulation Modeling with SimEvents Document Generation for MATLAB and Simulink Fault Management with Stateflow From SolidWorks Assemblies to SimMechanics Models and Virtual Reality Toolbox Animations Hybrid Dynamic Systems in Automotive Control Design Hydromechanical Systems in Simulink: Modeling Hydraulic Systems Hydromechanical Systems in Simulink®: Control System Development Integrating MATLAB, Simulink and Stateflow Components in a SimEvents Model Introduction to Electromechanical Modeling in Simulink Introduction to Simulink Introduction to Simulink Design Verifier Introduction to Simulink for Automotive Control Design Introduction to Stateflow® Introduction to Virtual Reality Toolbox Linear System Analysis in Simulink Mealy and Moore Machines in Stateflow Model-Based Design and FPGA Implementation with Simulink Model-Based Design of Landing Gear Modeling and Advanced Control Strategies for the Process Industries Modeling and Simulating Event Driven Systems with Simulink Modeling Electromechanical Systems with SimElectronics Modeling Mechanical, Electrical, and Hydraulic Systems in Simulink® Multidomain Plant Modeling in Simulink for Control System Design New Tools for Time-Series Analysis in MATLAB and Simulink Optimizing Motion Control Systems Featuring a Four-Bar Linkage Reliability Analysis and Robust Design with MATLAB Products Requirements Validation with Executable Specifications Simulink for Industrial Control of a Sheet-Metal-Rolling Application Stateflow Design Patterns (Part 1) Stateflow Design Patterns (Part 2) Stateflow Design Patterns (Part 3) Using Model-Based Design in Vehicle Electronics Using SimPowerSystems in Electromechanical Applications Using Simulink Parameter Estimation & Test Data to Calibrate a Model of an Electric Motor Verification, Validation, and Test for Embedded Controls DSP/Communications Design Automation (DSP/Comm) Code Generation for DSP and FPGA Implementation Accelerating Execution Speed of Fixed-Point Algorithms in MATLAB and Simulink Accelerating Test Bench Creation for Verilog and VHDL Designs Using MATLAB®, Simulink®, and Link for ModelSim® Algorithm Design and Code Generation with Embedded MATLAB Code Generation and Verification for TI DSPs Developing Software Defined Radio Systems Using MATLAB® and Simulink® Embeddable Algorithm Development and C Code Generation Workflow Fixed-Point Programming in MATLAB Fixed-Point Signal Processing with MATLAB® and Simulink® HDL Functional Verification with MATLAB and Simulink Implementation and Verification on TI DSPs with Link for Code Composer Studio++ 3.0 Implementing a GPS Receiver with DSP and FPGA Hardware using Simulink and Related Tools Implementing and Verifying Signal Processing, Communications, and Control Applications on TI DSPs Introducing Embedded IDE LINK MU for Green Hills MULTI MATLAB for Signal Processing Model-Based Design and FPGA Implementation with Simulink Modeling and Simulation of Video Processing Systems with MATLAB & Simulink (Academic focus) Rapid FPGA Implementations with Model-Based Design Verifying Signal Processing and Communications Systems Communications and RF System Simulation 802.11b Design with Simulink Advanced Modeling Techniques with SimEvents Advanced Topics in Wireless System Design – Modeling RF Circuit Impairments Advanced Topics in Wireless System Design – Receiver Synchronization Analog and Mixed-Signal Circuit Modeling with the Simulink Product Family Analog Circuit Effects in Signal Processing and Communication System Models Analyzing Design and Cost Tradeoffs Using Optimization with Simulink Building Virtual Worlds for use with Virtual Reality Toolbox Defense Communications Design with MATLAB & Simulink Designing Control Logic in Event-Driven Systems Developing Software Defined Radio Systems Using MATLAB® and Simulink® Developing Wireless Systems with MATLAB® and Simulink® Discrete Event and Hybrid Modeling with SimEvents Discrete Event Simulation Modeling with SimEvents Document Generation for MATLAB and Simulink HIPERMAN/WiMAX Physical Layer: A case study in creating an executable specification using MATLAB® and Simulink® How can I build my own Simulink blocks in C? A tutorial for communication system designers Implementing a GPS Receiver with DSP and FPGA Hardware using Simulink and Related Tools Integrating MATLAB, Simulink and Stateflow Components in a SimEvents Model Introduction to Virtual Reality Toolbox Model-Based Design and FPGA Implementation with Simulink New Test Management Tool for System Verification and Validation Return on Investment in Simulink for Electronic System Design Verifying Signal Processing and Communications Systems WCDMA Design with Simulink Model-Based Design Accelerating Test Bench Creation for Verilog and VHDL Designs Using MATLAB®, Simulink®, and Link for ModelSim® Advanced Modeling Techniques with SimEvents Advanced Topics in Wireless System Design – Modeling RF Circuit Impairments Analog and Mixed-Signal Circuit Modeling with the Simulink Product Family Analog Circuit Effects in Signal Processing and Communication System Models Analyzing Design and Cost Tradeoffs Using Optimization with Simulink Building Virtual Worlds for use with Virtual Reality Toolbox Developing Models from Experimental Data using System Identification Toolbox Developing Software Defined Radio Systems Using MATLAB® and Simulink® Developing Wireless Systems with MATLAB® and Simulink® Discrete Event and Hybrid Modeling with SimEvents Discrete Event Simulation Modeling with SimEvents Embeddable Algorithm Development and C Code Generation Workflow Fixed Point Filter Design with MATLAB & Simulink HDL Functional Verification with MATLAB and Simulink HIPERMAN/WiMAX Physical Layer: A case study in creating an executable specification using MATLAB® and Simulink® Implementation and Verification on TI DSPs with Link for Code Composer Studio++ 3.0 Implementing a GPS Receiver with DSP and FPGA Hardware using Simulink and Related Tools Implementing and Verifying Signal Processing, Communications, and Control Applications on TI DSPs Importing C Code into Simulink Integrating MATLAB, Simulink and Stateflow Components in a SimEvents Model Introduction to Simulink for Signal Processing and Communications Introduction to Stateflow® Introduction to Virtual Reality Toolbox Mealy and Moore Machines in Stateflow Modeling and Simulation of Video Processing Systems with MATLAB & Simulink (Academic focus) New Test Management Tool for System Verification and Validation Stateflow Design Patterns (Part 1) Stateflow Design Patterns (Part 2) Stateflow Design Patterns (Part 3) Verifying Signal Processing and Communications Systems What’s New for Simulink® with R2008a What’s New in Simulink®7 for Model-Based Design Signal and Image Processing Acquiring Live Data into Simulink Advanced Modeling Techniques with SimEvents Analyzing Design and Cost Tradeoffs Using Optimization with Simulink Code Generation and Verification for TI DSPs Developing Models from Experimental Data using System Identification Toolbox Developing Software Defined Radio Systems Using MATLAB® and Simulink® Discrete Event and Hybrid Modeling with SimEvents Discrete Event Simulation Modeling with SimEvents Fixed-Point Digital Audio Processing Using the Signal Processing Blockset Fixed-Point Programming in MATLAB Fixed-Point Signal Processing with MATLAB® and Simulink® HDL Functional Verification with MATLAB and Simulink How can I build my own Simulink blocks in C? A tutorial for communication system designers Implementing and Verifying Signal Processing, Communications, and Control Applications on TI DSPs Integrating MATLAB, Simulink and Stateflow Components in a SimEvents Model Integrating MATLAB Algorithms into System-Level Design Using Embedded MATLAB Introduction to Link for Analog Devices VisualDSP++ Introduction to Simulink for Signal Processing and Communications Introduction to Wavelet Toolbox MATLAB for Signal Processing Modeling and Simulation of Video Processing Systems with MATLAB & Simulink (Academic focus) Tips for Speeding up Simulink Models for Signal Processing & Communications Verifying Signal Processing and Communications Systems Video Processing Using Simulink Financial Modeling and Analysis (FMA) Application Deployment With MATLAB Algorithmic Trading with MATLAB for Financial Applications Using MATLAB to Develop Financial Models Data Analysis and Math Advanced Aerospace Analysis with Aerospace Toolbox and Aerospace Blockset Algorithmic Trading with MATLAB for Financial Applications Developing Models from Experimental Data using System Identification Toolbox Document Generation for MATLAB and Simulink Fixed-Point Signal Processing with MATLAB® and Simulink® Integrating MathWorks Distributed Computing Tools with Platform LSF Scheduler Market Risk Using GARCH, Extreme Value Theory, and Copulas with MATLAB Pricing Derivative Securities with MATLAB Using Genetic Algorithms in Financial Applications Using MATLAB to Develop Financial Models Using MATLAB to Develop Portfolio Optimization Models Financial Modeling Algorithmic Trading with MATLAB for Financial Applications Basket Index Pricing (Structured Products) using MATLAB Developing Models from Experimental Data using System Identification Toolbox Document Generation for MATLAB and Simulink Dynamic Currency Hedging Using MATLAB