【免费】matlab2022b版本硬件支持包_matlab硬件支持包下载资源-CSDN文库

共81个文件

xml：41个

zip：36个

txt：2个

matlab

硬件支持包

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MATLAB 2022b版本的硬件支持包，特别是"Embedded Coder Support Package for ARM Cortex-M Processors"，是MATLAB开发环境为ARM Cortex-M系列微处理器提供的一套专用工具，旨在帮助工程师和开发者将MATLAB代码高效地转换为能够在这些微控制器上运行的C/C++代码。这个支持包极大地扩展了MATLAB的功能，使得用户可以直接在MATLAB环境中进行嵌入式系统的设计和调试，而无需深入底层硬件细节。 **硬件支持包概述：** 硬件支持包（HSP）是MATLAB针对特定硬件平台提供的软件接口，它允许用户在MATLAB或Simulink中创建、测试和部署代码。对于ARM Cortex-M处理器，该包提供了必要的驱动程序和配置工具，以便于在这些处理器上执行实时应用程序。 **ARM Cortex-M系列：** ARM Cortex-M系列是ARM公司设计的一系列低功耗、高性能的微控制器核心，广泛应用于消费电子、工业控制、汽车电子等领域。它们具有不同的性能等级和特性，如Cortex-M3、M4、M7等，以满足不同应用的需求。 **Embedded Coder：** Embedded Coder是MATLAB的一个附加产品，它将MATLAB或Simulink模型转换为优化的C或C++代码，适合嵌入式系统的部署。通过硬件支持包，Embedded Coder可以生成针对特定ARM Cortex-M处理器的代码，确保代码与硬件的紧密集成和高效运行。 **主要功能与特点：** 1. **模型编译与代码生成**：将MATLAB/Simulink模型转换为符合ANSI C或C++标准的代码，可直接在目标硬件上运行。 2. **硬件接口支持**：包括GPIO、中断、定时器、串行通信等外设驱动，使开发者能直接在模型中操作硬件资源。 3. **实时仿真**：在MATLAB/Simulink环境中进行硬件在环（HIL）仿真，以验证代码在实际硬件上的行为。 4. **代码优化**：自动优化代码以提高执行效率，减少存储和计算资源的占用。 5. **内存管理**：智能分配内存，考虑目标硬件的限制，如RAM和Flash大小。 6. **版本兼容性**：支持多种ARM Cortex-M处理器，包括不同供应商的产品。 **.dlarea、readme.txt、ssi_input.txt、archives文件：** - **.dlarea**：可能包含下载或安装过程中的临时数据，通常不直接涉及MATLAB代码生成，但可能有关于下载或更新支持包的信息。 - **readme.txt**：一般包含安装指南、更新信息、版权声明和重要注意事项，是理解和支持包使用的关键文档。 - **ssi_input.txt**：可能是用于设置或配置硬件支持包的输入文件，可能包含用户配置参数或系统信息。 - **archives**：可能是一个包含其他子文件或组件的归档文件，用于扩展或更新支持包的功能。 MATLAB 2022b的硬件支持包为ARM Cortex-M处理器提供了强大的开发环境和工具链，让开发者能够高效地实现从算法设计到硬件部署的整个流程，同时降低了嵌入式系统开发的复杂性。通过熟练掌握这些工具，可以极大地提高工作效率并确保项目质量。

收起资源包目录

R2022b.zip （81个子文件）

.dlarea 0B

archives

win64

productdata_Embedded Coder Support Package for ARM Cortex-M Processors_3601380229779602903.xml 2KB

hardwaresupportpkgs

armcortexmdst_fe_win64_1652741264.zip 488KB

targets

gnu_arm_toolchain_win64_1658823098.xml 896B

armclang_compiler_win64_1658823101.zip 17KB

armcortexmbase_win64_1652719745.zip 14KB

armcortexmbase_win64_1652719745.xml 887B

gnu_arm_toolchain_win64_1658823098.zip 17KB

armclang_compiler_win64_1658823101.xml 896B

armcortexm_fe_win64_1652741391.xml 863B

armcortexmdst_fe_win64_1652741264.xml 872B

armcortexm_fe_win64_1652741391.zip 391KB

gnuarm-armcortex.instrset_win64_1652482564.zip 699B

gnuarm-armcortex.instrset_win64_1652482564.xml 841B

glnxa64

hardwaresupportpkgs

armcortexm_fe_glnxa64_1659699455.xml 871B

armcortexmdst_fe_glnxa64_1659695251.xml 880B

armcortexmdst_fe_glnxa64_1659695251.zip 491KB

targets

gnu_arm_toolchain_glnxa64_1658803262.zip 17KB

armclang_compiler_glnxa64_1658803262.zip 17KB

gnu_arm_toolchain_glnxa64_1658803262.xml 904B

armcortexmbase_glnxa64_1658840213.xml 895B

armcortexmbase_glnxa64_1658840213.zip 12KB

armclang_compiler_glnxa64_1658803262.xml 904B

armcortexm_fe_glnxa64_1659699455.zip 392KB

productdata_Embedded Coder Support Package for ARM Cortex-M Processors_4493949639739181143.xml 2KB

gnuarm-armcortex.instrset_glnxa64_1652478053.xml 849B

gnuarm-armcortex.instrset_glnxa64_1652478053.zip 719B

common

hardwaresupportpkgs

armcortexm_doc_en_common_1663877379.zip 5.24MB

examples

armcortexm_common_1659715324.zip 3.14MB

armcortexm_common_1659715324.xml 992B

targets

dst_arm_cortex_m_examples_common_1660629169.zip 580KB

arm_cortex_m_resources_common_1652478395.zip 3KB

armcortexmbase_common_1660602837.xml 999B

targetsdk_resources_common_1652478389.xml 1010B

arm_cortex_m_crl_common_1661454822.zip 107KB

arm_cortex_m_crl_common_1661454822.xml 1006B

arm_cortex_m_resources_common_1652478395.xml 1018B

armclang_compiler_common_1652542501.zip 12KB

dst_arm_cortex_m_common_1661455252.xml 1006B

arm_cortex_m_common_1660630715.xml 993B

gnu_arm_toolchain_common_1652542486.xml 1004B

arm_cortex_m_examples_common_1660637921.xml 1022B

armclang_compiler_common_1652542501.xml 1006B

gnu_arm_toolchain_common_1652542486.zip 7KB

arm_cortex_m_examples_common_1660637921.zip 1.34MB

armclang_compiler_resources_common_1652478395.xml 1KB

armclang_compiler_resources_common_1652478395.zip 1KB

dst_arm_cortex_m_examples_common_1660629169.xml 1KB

armcortexmbase_common_1660602837.zip 114KB

targetsdk_resources_common_1652478389.zip 5KB

targetsdk_common_1660629162.xml 982B

dst_arm_cortex_m_common_1661455252.zip 417KB

arm_cortex_m_common_1660630715.zip 98KB

targetsdk_common_1660629162.zip 54KB

armcortexm_doc_en_common_1663877379.xml 988B

shared

sdk_common_1660627515.zip 406KB

sdk_common_1660627515.xml 963B

licenses

asla_license_common_1658777674.zip 5KB

asla_license_common_1658777674.xml 992B

productdata_Embedded Coder Support Package for ARM Cortex-M Processors_8284602936304809604.xml 7KB

productdata_Embedded Coder Support Package for ARM Cortex-M Processors_8708762225571554170.xml 7KB

productdata_Embedded Coder Support Package for ARM Cortex-M Processors_4350600689790358116.xml 7KB

cmsis.instrset_common_1652470284.xml 917B

cmsis.instrset_common_1652470284.zip 593B

cmsis.instrset_common_1652470284

ARM.CMSIS.5.7.0.pack 110.86MB

gnuarm-armcortex.instrset_win64_1652482564

gcc-arm-none-eabi-9-2020-q2-update-win32.zip 173.86MB

maci64

hardwaresupportpkgs

armcortexm_fe_maci64_1652607787.xml 867B

armcortexmdst_fe_maci64_1659784044.xml 876B

armcortexm_fe_maci64_1652607787.zip 395KB

targets

armclang_compiler_maci64_1663195029.xml 900B

gnu_arm_toolchain_maci64_1664815819.zip 17KB

armcortexmbase_maci64_1652567340.zip 12KB

armcortexmbase_maci64_1652567340.xml 891B

gnu_arm_toolchain_maci64_1664815819.xml 900B

armclang_compiler_maci64_1663195029.zip 17KB

armcortexmdst_fe_maci64_1659784044.zip 491KB

productdata_Embedded Coder Support Package for ARM Cortex-M Processors_4195322517457651059.xml 2KB

gnuarm-armcortex.instrset_maci64_1652480928.xml 845B

gnuarm-armcortex.instrset_maci64_1652480928.zip 709B

ssi_input.txt 143B

readme.txt 4KB

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This is a guide for installing previously downloaded support software. Table of Contents ----------------- 1. Copy downloaded software 2. Interactive Installation a. Windows b. Linux c. Mac 3. Silent Installation a. Windows b. Linux c. Mac 1. Copy downloaded software --------------------------- Copy this entire folder to a shared network drive or removable media and then access the copied folder from the computer on which you want to run the installation. 2. Interactive Installation --------------------------- The interactive installer will start MATLAB and then the installer in a separate window. The executable takes a single argument; the path to the location of the previously downloaded files. All available support packages in the specified download folder are presented. In a command prompt, type the following: a. Windows cd DRIVE:\<MATLAB_PATH>\bin\win64 install_supportsoftware.exe -archives <path_to_download_folder> [-matlabroot DRIVE:\MATLAB_PATH] For example: cd C:\MATLAB\R2018b\bin\win64 install_supportsoftware.exe -archives C:\Users\jsmith\Downloads\MathWorks\SupportPackages\R2018b\ b. Linux cd <MATLAB_PATH>/bin/glnxa64 ./install_supportsoftware.sh -matlabroot <MATLAB_PATH> -archives <path_to_download_folder> For example: cd /opt/MATLAB/R2018b/bin/glnxa64 ./install_supportsoftware.sh -matlabroot /opt/MATLAB/R2018b -archives /home/jdoe/Downloads/MathWorks/SupportPackages/R2018b b. Mac cd <MATLAB_PATH>/bin/maci64 ./install_supportsoftware.sh -matlabroot <MATLAB_PATH> -archives <path_to_download_folder> For example: cd /Applications/MATLAB_R2018b.app/bin/maci64 ./install_supportsoftware.sh -matlabroot /Applications/MATLAB_R2018b.app/ -archives /Users/jdoe/Downloads/MathWorks/SupportPackages/R2018b 3. Silent Installation ---------------------- NOTE: The silent installation of support packages is only available in MATLAB releases R2018a and newer. For MATLAB releases before R2018a, see the interactive installation instructions. The silent installer executable takes two arguments; a path to the location of the previously downloaded files and the location of the input file. The input file is used to specify the support packages that are to be installed. In a command prompt, type the following: a. Windows cd DRIVE:\<MATLAB_PATH>\bin\win64 SupportSoftwareInstaller.exe -downloadfolder <path_to_download_folder> -inputfile <path_to_input_file>\ssi_input.txt For example: cd C:\MATLAB\R2018b\bin\win64 SupportSoftwareInstaller.exe -downloadfolder C:\Users\jsmith\Downloads\MathWorks\SupportPackages\R2018b -inputfile C:\Users\jsmith\Downloads\MathWorks\SupportPackages\R2018b\ssi_input.txt b. Linux cd <MATLAB_PATH>/bin/glnxa64 ./SupportSoftwareInstaller -downloadfolder <path_to_download_folder> -inputfile <path_to_input_file>/ssi_input.txt For example: cd /opt/MATLAB/R2018b/bin/glnxa64 ./SupportSoftwareInstaller.sh -downloadfolder /home/jdoe/Downloads/MathWorks/SupportPackages/R2018b -inputfile /home/jdoe/Downloads/MathWorks/SupportPackages/R2018b/ssi_input.txt c. Mac cd <MATLAB_PATH>/bin/maci64 ./SupportSoftwareInstaller.sh -downloadfolder <path_to_download_folder> -inputfile <path_to_input_file>/ssi_input.txt For example: cd /Applications/MATLAB_R2018b.app/bin/maci64 ./SupportSoftwareInstaller.sh -downloadfolder /Users/jdoe/Downloads/MathWorks/SupportPackages/R2018b -inputfile /Users/jdoe/Downloads/MathWorks/SupportPackages/R2018b/ssi_input.txt