Welcome to my educational channel. My videos cover the following topics:
- Creating Arduino libraries for different I/O devices/sensors using C++ and assembly codes. - Python and JavaFX GUI applications for Arduino control. - Python GUI connection with MySQL Databases. - Assembly and C++ programming of ATmega328, ATmega8 and ATtiny85 microcontrollers via Arduino IDE. - Assembly and C programming of AT89S52 microcontroller via Keil uVision5. - C++, Matlab and LabVIEW tutorials. - HTML, CSS and JavaScript programming for web development. - Arduino, ESP8266 and ESP32 programming. - Analog & digital circuit projects.
Technically, it is half-duplex since they cannot both transmit simultaneously. Both 802.11 and LoRa use CSMA/CA: there is a transmission preamble that allows a transmitter to detect when the transmission medium is busy and cancel its transmission to avoid corrupting the other, then wait for it to end before it begins its own transmission.
why do you put setup code into the loop()? That's where setup() is made for. And the loop() repeats itself, so no need for the loop inside. That would be a simple if().
How to constantly check if COM port is connected/disconnected? Maybe like every 5 seconds. Also, I publish VS project to single file (self-contain) so I can copy the executable program and run it in different pc. But the file size is too large (~140 mb). How to reduce it to small size? If I leave serial port monitor in Arduino IDE open, WPF form can't connect to COM port. It says "COM port is not accessible. That's normal right? That mean I can't use Serial.print on Arduino?
It does not install ANY of your libraries downloaded from your repository. Even manually placing the extracted files into a certain project folder it does not compile. True for every of your entries i.e. <MAX72198by32Disp.h> Error: No such file or directory The mentioned files (header and so forth) come up on several tabs next to the clock source tab. Have tried on Arduino 1.8.6 & 1.8.10. Extracting folders and files works with no problem.
Thanks for excellent explanation. May I ask a code , can explain in this channel, I will turn on a dc motor from GUI with tkinter but the motor will stop when something happen in laser sensor. ?.
you are amazing At the end of this video you said that in the next video there will be more advanced operations will be demonstrated such as 16 bit division and 16 bit multiplication, but I can't find it .... where can I Find this video please?
when i upload code show ( avrdude: Expected signature for ATtiny85 is 1E 93 0B Double check chip, or use -F to override this check. Failed programming: uploading error: exit status 1 ).how to solve it
Hi, when I try to install this library the following message appears: The specified folder/zip file does not contain a valid library. Has anyone had the same problem, or know why? Thank you.
Hello Anas, your code works for me. Howevr, I had one question I was looking through the datasheet and couldnt find information about r24. How did you come to know that R24 is the place where the caller would store its values. Also if I have more than one caller where would i store the rest of the values?
Very nice! Wonderfull! Very good explanations! Many thanks for your sharing - this is a good learning ocasion. One observation: can you put the links of other videos linked to this one here in your post?
Hello Anas, Thank you so much for the good work. Do you have any parts list that one needs to purchase in order to follow the beautiful playlist that you have created
@@AnasKuzechie I thought I would cascade two of these together to produce a 16bit output and then set the 555 to 1 second pulses and then power the 555 with a solar cell set up. Thought it might be fun to have a daily binary 'number of seconds of daylight counter'. Silly things one can do with simple electronics!
HI, firstly thanks for taking the time to create these tut's. Just a suggestion though, you don't mention the python version requirements which had me chasing my tail for a bit. Ended up running 3.7 to get these to work.
