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The MathWorks Introduces New xPC Target Drivers for Condor Engineering Avionics Boards; Supports Rapid Prototyping and Hardware-in-the-Loop Applications in Aerospace Design and Test
The MathWorks announced that it has developed drivers for its xPC Target rapid prototyping product to support hardware from Condor Engineering, a leading provider of military and commercial avionics databus solutions, including high-performance, high-density modules for ARINC 429 and MIL-STD-1553 applications. With the new drivers, xPC Target now supports both commercial (ARINC 429) and military (MIL-STD-1553) avionics databuses, providing aerospace engineers who use Condor avionics boards with the ability to use Model-Based Design, including xPC Target real-time testing software, for design and testing of avionics systems.
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The MathWorks Announces New Version of Video and Image Processing Blockset; New Detection and Tracking Features Allow Engineers Across Industries to Develop Intelligent Video Systems Using Model-Based Design
The MathWorks announced the latest version of its Video and Image Processing Blockset, which extends Simulink(R) to allow engineers to develop embedded video and imaging systems using Model-Based Design. The Video and Image Processing Blockset 2 expands an extensive library of video and image processing blocks by adding new blocks and enhancing existing blocks for target tracking, region of interest (ROI) processing, blob analysis, optical flow, projective transformations, pyramiding, color conversion, and color processing. These features enable engineers to design next generation video and imaging systems for the aerospace and defense, automotive, consumer electronics, medical imaging, and security markets.
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The MathWorks Introduces Distributed Computing Toolbox 2; New Version Offers Pluggable Support for External Schedulers, Interprocess Communication
The MathWorks announced the availability of the Distributed Computing Toolbox 2, which provides engineers and scientists with a high-productivity programming tool to simplify the development of distributed computing applications. The Distributed Computing Toolbox 2 now offers support for third-party schedulers, and new interprocess communication capabilities for distributing and executing parallel algorithms in a cluster of computers using MATLAB(R). With these new features, the upgraded Distributed Computing Toolbox allows domain experts to tackle formidable computing challenges and easily develop distributed computing applications on their own.
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Matlab 7.2 adds new features
The MathWorks has released Matlab 7.2, a high-level language and interactive environment that enables users to perform computationally intensive tasks faster than with traditional programming languages such as C, C++, or Fortran. The update offers support for Windows XP 64-bit edition, integration of the M-Lint code analyzer with the Matlab Editor to provide continuous code checking, and new regular expression features including evaluation of Matlab expressions to perform dynamic matching or replacement of text.
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The MathWorks MATLAB 7.2 Now Available with Support for Windows XP Professional x64 Edition; New Version Includes Capabilities for Time Series Data Analysis
The MathWorks announced that MATLAB 7.2, the new version of its flagship product MATLAB(R), includes support for Windows XP Professional x64 Edition. MATLAB 7.2 offers users the ability to access and manipulate larger data sets and run larger, more data intensive applications by taking advantage of the large address space available with Windows XP Professional x64 Edition. Additionally, new features for analyzing and visualizing time series data are included in MATLAB 7.2.
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The MathWorks Introduces SimHydraulics; New Product Extends Fundamental Set of Physical Modeling Tools; Enables MultiDomain Modeling of Hydraulic Systems
The MathWorks announced the availability of SimHydraulics, a new software product that allows developers to efficiently model and simulate hydraulic control systems within the Simulink(R) environment. Tightly integrated with MathWorks products for physical modeling and Model-Based Design, SimHydraulics enables engineers to develop aerospace, defense, and automotive systems by performing multidomain modeling and simulation. Using the tools together, engineers can develop a wide range of control applications, including automatic transmissions, flight surface actuation, and heavy equipment positioning.
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The MathWorks Introduces Simulink HDL Coder; Automatically Generates Hardware Implementation Code From System Models
The MathWorks introduced Simulink(R) HDL Coder, which automatically generates synthesizable hardware description language (HDL) code from models created in the company's widely-used Simulink and Stateflow(R) software. The product produces target-independent Verilog and VHDL code and test benches for implementing and verifying application-specific integrated circuits (ASICs) and field-programmable gate arrays (FPGAs). By providing a path directly from system models, Simulink HDL Coder accelerates the design, implementation, and verification of hardware.
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The MathWorks Introduces Link for TASKING
The MathWorks announced Link for TASKING®, a new product that builds, validates, and verifies automatically generated code using MATLAB® and Simulink® with TASKING, Altium’s compiler toolchain for embedded software development. Tightly integrated with MathWorks products for Model-Based Design, Link for TASKING enables engineers to generate algorithm code, libraries, makefiles, and test harnesses from a Simulink model and automatically load them into the TASKING Integrated Development Environment (IDE) for execution and analysis. This improved workflow minimizes the need for hand coding, which in turn decreases errors and shortens the time typically needed for on-target rapid prototyping and production code deployment, two factors that are critical to successful delivery of sophisticated electronic products in the automotive industry.
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The MathWorks Introduces Aerospace Toolbox; New Product Facilitates Flight-Data Analysis in MATLAB
The MathWorks introduced Aerospace Toolbox, which provides reference standards, environmental models, support for importing aerodynamic coefficients, and three-dimensional visualization capabilities in MATLAB®. With a built-in interface to FlightGear flight simulator, Aerospace Toolbox lets engineers visualize flight data in a three-dimensional environment and reconstruct behavioral anomalies in flight-test results. By streamlining aerospace data analysis in MATLAB, Aerospace Toolbox accelerates the design and development of aerospace and defense systems.
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