the rtos handles real-time tasks efficiently.
rtos高效处理实时任务。
our embedded system uses a commercial rtos.
我们的嵌入式系统使用商业rtos。
the rtos kernel provides multitasking support.
rtos内核提供多任务支持。
we need to configure the rtos scheduler properly.
我们需要正确配置rtos调度器。
the rtos interrupt latency is critical for this application.
rtos中断延迟对该应用至关重要。
many rtos platforms support priority inheritance.
许多rtos平台支持优先级继承。
the rtos memory footprint must be minimized.
必须最小化rtos内存占用。
developers can debug rtos applications using trace tools.
开发者可以使用跟踪工具调试rtos应用。
the rtos tick rate affects system responsiveness.
rtos节拍率影响系统响应速度。
switching between rtos tasks requires context saving.
rtos任务切换需要保存上下文。
selecting the right rtos depends on hardware constraints.
选择合适的rtos取决于硬件限制。
the rtos driver framework simplifies peripheral integration.
rtos驱动框架简化了外设集成。
the rtos handles real-time tasks efficiently.
rtos高效处理实时任务。
our embedded system uses a commercial rtos.
我们的嵌入式系统使用商业rtos。
the rtos kernel provides multitasking support.
rtos内核提供多任务支持。
we need to configure the rtos scheduler properly.
我们需要正确配置rtos调度器。
the rtos interrupt latency is critical for this application.
rtos中断延迟对该应用至关重要。
many rtos platforms support priority inheritance.
许多rtos平台支持优先级继承。
the rtos memory footprint must be minimized.
必须最小化rtos内存占用。
developers can debug rtos applications using trace tools.
开发者可以使用跟踪工具调试rtos应用。
the rtos tick rate affects system responsiveness.
rtos节拍率影响系统响应速度。
switching between rtos tasks requires context saving.
rtos任务切换需要保存上下文。
selecting the right rtos depends on hardware constraints.
选择合适的rtos取决于硬件限制。
the rtos driver framework simplifies peripheral integration.
rtos驱动框架简化了外设集成。
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