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Explore the different aspects of embedded software development
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Ensured quality, reliability and efficiency in embedded systems, since 1983
为了帮助您更全面地了解IAR Embedded Workbench产品系列和实用技巧，欢迎您免费参与我们精心准备的系列线上培训课程。本次会议主要内容包括：- 为什么需要使用多核- 多核基本概念 - Homogeneous (同构多核) vs Heterogeneous (异构多核) - SMP (对称多处理) vs AMP (非对称多处理)- 多核系统开发 - SMP vs AMP- 多核调试 - SMP vs AMP- Demo- Q&A 环节
本次会议主要内容包括：- 编译器 - 预编译 - 编译器优化- 链接器 - 链接过程 - 链接文件（ICF） - MAP 文件- IAR Build Tools 命令行自动化构建- Demo- Q&A 环节
嵌入式代码库正在不断增长，开发团队渴望现代化他们的工作流程，提高效率并降低开发成本。自动化、基于Git的工作流程和CMake构建工具文件是CI/CD流程中必不可少的组成部分。在本次会议中，您将学习如何充分利用现代化和可扩展的跨平台开发工作流程，重点关注IAR Toolchain的Visual Studio Code扩展。
在本次会议中，您将学习如何使用Arm CoreSight调试和跟踪功能来定位和解决难以发现的错误。您将了解如何配置和使用CoreSight基础设施来收集调试数据，并了解如何在时间轴上可视化这些数据。通过这些技术，您将能够更好地理解应用程序的行为，了解性能瓶颈、功耗问题和中断触发情况。
随着在SOC和MCU中采用RISC-V内核增加，功能安全性成为选择RISC-V的公司面临的不断增长的要求。功能安全高度完整的标准，要求对客户选择的开发工具链进行广泛的证明，除非该工具链已经预先获得认证。此外，这些标准还通常要求使用编码标准，如MISRA-C，以及进行广泛的测试和验证。为了解决这些问题，IAR为RISC-V提供了经过功能安全认证的嵌入式开发解决方案，具备先进的调试和跟踪功能，以及可选的静态代码分析能力。
如何采用最佳实践和配置所需的工具，简化项目的认证过程？在汽车应用中，哪些功能是安全可靠的，如何在应用中反映和解决这些功能？在本次会议中，我们将解答这些问题，介绍我们的半导体合作伙伴为汽车解决方案提供的认证库，并为您提供功能安全方面的专业见解。
政府机构意识到不安全的物联网设备带来的威胁，并且立法要求设备制造商实施安全措施，这些立法要求可能已经实施或即将实施。但是，这些立法的具体要求是什么呢？在本次会议中，我们将介绍物联网安全的最佳实践，以便您为安全立法的合规性做好准备。
Embedded Secure IP 能够帮助客户在产品开发的后期阶段，将嵌入式安全集成到应用中。参加此会议，了解如何在设计的任何阶段，直至制造阶段，增加嵌入式安全功能。
Boost your daily software development cycle
Developing bare-metal applications for Cortex-A53 microprocessors
Accelerating code migration from Arm 32-bit to 64-bit
Extending your Arm 64-bit tools into a CI/CD workflow
Writing a bootloader for Cortex-A35/A5x microprocessors
Using ModusToolbox™ Software with IAR Embedded Workbench for Arm in your IoT application
Increasing software productivity with Arm CoreSight Debug and Trace
Modern C++ for Safe and Efficient Embedded Systems
Unleashing security in the build process: Introducing v9.40 of IAR Development Solutions for Arm
Integrating pre-certified tools for RISC-V in your DevOps environment
RISC-V trace and debug IP: Track your product in runtime
Enforcing code quality in the Open Source RISC-V Ecosystem
Developing applications with RISC-V base and custom ISA extensions
Getting a head start with RISC-V embedded development
Developing bare-metal applications based on 64-bit RISC-V cores
How to get started in no time with RISC-V embedded development
Mastering the FuSa challenges with RISC-V pre-certified solutions
How to make use of Impact Analysis and Regression Testing for robust C/C++ applications
How VectorCAST Integrates with IAR Embedded Workbench
Safety Guide: Practical assistance for validating your application
High-performance tools for developing Functional Safety applications
Achieving Industrial Functional Safety with IAR Systems and GrammaTech
Speed your path to certification of a RISC-V-based product
Safety-critical applications with IAR Systems’ pre-certified tools and ST’s safety packages for STM8 and STM32
Accelerate the Path to ISO 26262 Certification
Achieving Functional Safety in scalable Linux-based build topologies
All you need to know about design’s safety and certification efforts
“Power of 3” - Easily creating high-performing HMI solutions for Automotive Clusters
How to ace safety traps in C/C++ critical applications
Future proof your safety design during global chip shortage
How to master today’s functional safety development workflows
Mastering design safety for achieving ISO 26262 certification
Safe and fast ISO 26262 embedded applications delivered on time
Optimizing CI/CD with Advanced Debugging and Simulation on Linux: Redefining Modern Workflows in Embedded Development
Containerized IAR Build Tools on Jenkins Pipelines
Continuous Integration Explained
Setting up a Continuous Integration and Continuous Delivery environment
Docker vs. virtual machine: what should I use for my automated builds?
Extending your professional Renesas RX tools to a CI/CD workflow
Simplify Automated Linux Builds & Testing for Safety-Critical Applications
Tips & Tricks to Boost Performance in Modern Development Workflows
Building a reliable Continuous Integration environment
Setting up CMake in your cross-platform build process for Arm-based applications
Infrastructure as code for containerized builds on Jenkins pipelines
Modern Development Workflows with IAR extensions for Visual Studio Code
What’s the buzz of DevOps in Embedded Systems?
Accelerate embedded development with advanced visualization and state machines
Secure your IoT devices with IAR Systems and STM32 Secure Firmware Install technology.
Rapid development and prototyping for secure embedded applications based on Renesas RX
How to secure your application using a serial loader and secure boot manager
Enforcing code and security hygiene in smart IoT devices
Practical advice on how to start with embedded secure development
Implementing embedded security in late stages
Fixing bugs proactively with static debugging
Everything you ever wanted to learn about breakpoints in embedded applications
Tips and hints for better debugging your RTOS-based application
Practical Debugging of Common Issues
All you ever wanted to know about checksum calculations
How to stay focused on your C/C++ code
Understanding and monitoring the stack for system reliability
Effectively designing and debugging GUIs on embedded MCUs
Benefits of multitasking your embedded application with an RTOS
All you need to know about Position-Independent Code and Data (PIC and PID)
How to instrument your favorite RTOS kernel to display real-time task switch activity
How to optimize and monitor your application’s power consumption
Tips and hints for migrating virtually any project from scratch to IAR Embedded Workbench
Tips for mitigating the software development burnout during chip shortage
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