So I suggest you Flysky FS-i6X: An upgraded version of the FS-i6, the FS-i6X offers additional features like telemetry support and a more modern interface. And it’s around 54$
Je viens juste de trouver cet incroyable article sur AliExpress. Jetez-y un coup d'œil ! €42.32 Réduction de 40% | Flysky – transmetteur Original pour Drone d'avion RC FS-i6X 10CH 2.4GHz AFHDS 2A Rc avec récepteur FS-iA6B FS-iA10B FS-X6B FS-A8S https://a.aliexpress.com/_EHqrsFT
@zaid ansari Welcome! Can you let us know a bit about your technical background, what brings you to DevHeads, and what you're looking to learn/contribute?!
Hey guys, please I need your help here . I'm working on a home automation system using FreeRTOS and experimenting with Round-Robin scheduling for fair task execution. I'm facing issues with critical tasks like sensor data processing and actuator control getting delayed, affecting system responsiveness. I've tried adjusting priorities and time quantum, but the performance isn't as expected. Any tips for optimizing Round-Robin scheduling in FreeRTOS for real-time applications, or suggestions for alternative algorithms that might work better?
Consider using a different scheduling algorithm like Earliest Deadline First (EDF) or Rate Monotonic (RM) for better real-time performance in your home automation system. These algorithms are often more suitable for meeting timing requirements compared to Round-Robin scheduling in FreeRTOS.
Yes, some of the tasks are periodic, such as sensor data sampling and actuator control updates. However, I'm also dealing with non-periodic tasks like user interface responsiveness and event handling.
cool. I think you should assume all the tasks to be periodic and come up the CPU utilisation factor. If that is within 70%, the tasks can be scheduled and no deadline will be missed. If u see that the utilisation is more than 70%, then u need a CPU thats faster or u need to optimise the code to be faster.
#Hello Guys And My Mentors ,My Name Is Prem Thengil, Im From India , I Have Completed My Engineering In Electronics And Telecommunication And Recently I Have Completed My PG-Diploma In Embedded System Design , Im Here Because I Would love to Learn And Work With You Guys .
I used a laser distance sensor (CJMCU-530 Laser) with an Arduino, which is supposed to have a maximum distance of 2m, but in my various tests, I have never managed to exceed 1.2m... Has anyone else experimented with this distance sensor? Otherwise, do you have a reference for another sensor (I need a distance between 0 and 2m) besides the ultrasonic sensor SRF05. Thank you.