Ultrasonic sensor with Microchip's PIC - Part 14 Microcontroller Basics (PIC10F200)

Let's learn about ultrasonic sensors using our obstacle avoidance robot. Our next robot, in this thirteenth PIC10F200 tutorial, will be a line-following robot. There won't be any new software modules that we need to create but it gives us the opportunity to learn about how ultrasonic sensors work and what we need to do to in our Assembly code to figure out the timing so that we get useful information from them. Building on the continuous servo code we developed in the past, we create a robot that moves forward until it gets within a few inches of an object before it backs up and turns before continuing forward some more.
As always, for more depth, and a better explanation of each portion of the code, go check out Sergey's written tutorial: www.circuitbread.com/tutorial...
0:00 Introduction
0:46 Check out Sergey's Written Tutorial
1:06 How an ultrasonic sensor works
2:45 Code Architecture
3:22 Important items to remember
4:25 Code Overview
11:23 Circuit in action
12:30 Sergey's Better Example
12:52 Summary
13:24 CircuitBread's other offerings!
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[@user-lx1ib1qn6h]

Hello i have aquestion how the binary codes are represented to me on the screen for example how 10 is represented on my screen as 2 what is the hardware component that is responsible for it

[@CircuitBread]

In this project there is no screen to display it. In other projects, that conversion from binary to decimal and back is almost always done in software. If you're transmitting something via UART to your computer, then even further modifications are required to turn the number you have into its ASCII equivalent, or else it will show up like gibberish on your screen.

[@Black_Engineer]

So sad, that this takes so low amount of views