Develop low-level software controlling hardware components with real-time requirements and safety measures.
Task | Priority | Period | Function |
---|---|---|---|
Safety Monitor | 1 (Highest) | 100ms | Occlusion detection, battery monitoring, fault detection |
Motor Control | 2 | 50ms | Insulin delivery control, motor positioning, flow rate regulation |
Communication | 3 | 500ms | Bluetooth communication with smartphone app |
User Interface | 4 | 200ms | Button input processing, display updates, alarm management |
Power Management | 5 (Lowest) | 1000ms | Battery monitoring, low-power mode transitions |
What level of detail should I include for firmware specifications?
How do I determine real-time requirements for medical device firmware?
What safety mechanisms should be implemented in medical device firmware?
How should I handle firmware updates and version control?
What testing strategies are most effective for medical device firmware?
How do I document hardware-software interfaces in firmware design?