What's New in Release 2006b

• Provides standards-based environmental models for atmosphere, gravity, and magnetic fields
• Converts units and transforms coordinate systems and spatial representations
• Implements predefined utilities for aerospace parameter calculations, time calculations, and quaternion math
• Imports aerodynamic coefficients from the U.S. Air Force Digital Data Compendium (Datcom)
• Interfaces to FlightGear flight simulator, enabling visualization of vehicle dynamics in a three-dimensional environment

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• Native Verilog support and support for VHDL via Verilog modules
• Connection of a Simulink model to one or more Incisive simulators
• MATLAB test bench capability, enabling the use of MATLAB code to stimulate and check HDL code
• MATLAB component capability, enabling simulation of MATLAB code in place of entities not yet coded in HDL
• User-selectable communication modes between MATLAB and Simulink and Incisive, providing shared memory (for faster performance) and TCP/IP sockets (for versatility)
• Interactive or batch mode cosimulation, debugging, testing, and verification of HDL code from MATLAB

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• Converts MATLAB algorithms into Java classes via a graphical user interface or the command line
• Supports conversion between Java data types and MATLAB array data types using data conversion classes
• Enables royalty-free desktop and Web deployment of independent components

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• Develops, manages, and edits test structures
• Uses predefined test elements to test MATLAB algorithms and Simulink models
• Incorporates MATLAB scripts directly into a test
• Maps MATLAB and Simulink workspace variables to test variables
• Visualizes and analyzes multidimensional test results

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• Links MATLAB and Simulink to a TASKING environment through high-speed bidirectional links
• Supports Infineon, STMicroelectronics, Renesas, ARM, Freescale, and other microprocessors
• Enables processor-in-the-loop testing for object code verification
• Supports automatic code generation, building, and downloading to an instruction-set simulator or embedded hardware
• Provides MATLAB APIs to analyze and debug code generated automatically or by hand
• Includes customizable templates for configuring hardware variants, automating MISRA C-code checking, and controlling the build process




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• Modeling environment for building hydraulic and hydromechanical systems as physical networks
• More than 75 hydraulic and mechanical components, including pumps, valves, accumulators, and pipelines
• Foundation library of hydraulic building blocks and fundamental mechanical and mathematical elements
• Customizable library of common hydraulic fluids

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• Generates synthesizable HDL code from Simulink models for data path implementations
• Generates synthesizable HDL code from Stateflow charts for finite state machines and control logic implementations
• Generates VHDL code that is IEEE 1076 compliant and Verilog code that is IEEE 1364-2001 compliant
• Lets you create bit-true and cycle-accurate models that match your Simulink design specifications
• Lets you select from multiple HDL architectural implementations for commonly used blocks
• Lets you specify the subsystem for HDL code generation
• Enables you to reuse existing IP HDL code (with Link for ModelSim^®, available separately)
• Generates simulation and synthesis scripts

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