pretty_dumm_guy
Joined 8 years ago
Joined 8 years ago
str.trim().split(" ").map(hex => String.fromCharCode("0x" + hex)).join()
seems to give the answer.Can you please share the reason behind why it should be this way ?
1. So based on my understanding, engine speed sensor readings are sent to the TCU which in turn regulates the solenoids(There might be other sensors as well but for my question, I think they aren't that important). So in order for your modification to work, you have to get these CAN frames, understand the reading, regulate your 6 speed auto gearbox and then create a CAN frame that would imitate the sensors of the 4 speed auto gearbox(to basically tell the TCU that the gearbox has been regulated correctly). You can in principle neglect the actuator commands that are sent by the TCU to the solenoids since you are regulating it on your own. However, in order to do this, you have to understand the CAN frames being used and also the protocol used(address based or message based). How did you figure this out ? Or is my understanding wrong here ?
2. Did you use FreeRTOS for your STM32F407 component ?
I really appreciate you taking the time to answer the questions :)
Firstly, Congratulations. This is no trivial accomplishment. Here are the questions I have.
1. Normally, cars come with their own ECUs for the engine. Interfacing with them requires knowledge about the underlying firmware used afaik. Did you happen to reverse engineer the firmware so that you could interface your own electronics with the provided ECU ?
2. How did you make the car believe that your 6 speed automatic transmission was a 4 speed automatic ?
3. > "the ability to go ahead and change the way it works whenever I want." - Could you please elaborate what you mean by this ?
Again, I am amazed by what you have accomplished. My inner mechanical engineer is so keen to know how this all came together. I think everyone would definitely appreciate if you could provide a rough overview of how you achieved these things. Thank you :)
I wish you and your family a happy Christmas :)
Is it possible to combine these methods in a straight forward manner with methods that try to reduce the space complexity? For example, Lottery ticket hypothesis(https://arxiv.org/abs/1803.03635) seems to reduce spacial complexity(Please do correct me if I am wrong).
Also, based on my rather poor and limited knowledge, it appears to me that set of proposed methods that reduced space complexity and set of proposed methods that reduce time complexity are disjoint. Is that the case ?
Good day,
I was wondering whether it is be possible for you to provide an overview of different methods that you think might have a better shot at replacing backpropagation algorithm?
On the personal side, here is an hug(or a professional equivalent if you prefer that) to you stranger. I hope you have a great day.