WEBVTT 00:00.480 --> 00:06.250 The following lessons, you are going to learn how to use the cellular communication in both ways. 00:06.270 --> 00:12.720 But first, congratulations, because you have already made great progress with Arduino, you know, 00:12.720 --> 00:17.340 have a good foundation which allows you to start your own simple project. 00:17.610 --> 00:23.700 And more importantly, with this foundation, you will understand what you're doing and be more independent 00:23.700 --> 00:25.620 while working on your project. 00:25.830 --> 00:33.000 So you have learned the basics, including the installation setup, programming basics, how to write 00:33.000 --> 00:39.870 simple addition programs, how to create, how to execute both with a simulation and with real hardware, 00:40.170 --> 00:46.950 and how to use the digital and other things to control hardware components such as it is but buttons 00:46.950 --> 00:47.550 and potential. 00:48.570 --> 00:50.460 That is quite a lot of things already. 00:50.700 --> 00:56.850 And everything you've learned so far, what I call you on information will help you all along the rest 00:56.850 --> 01:03.810 of the course and all along your life while doing any hardware, our software project, not from this 01:03.810 --> 01:04.220 base. 01:04.230 --> 01:09.330 We are going to go further than you will discover more Arduino functionalities. 01:09.690 --> 01:12.720 Among them, you will learn how to communicate both ways. 01:12.720 --> 01:19.410 We say all communication, how to work with the time functionalities of the adeno, how to balance a 01:19.410 --> 01:24.720 budget burden, how to use the Internet, and how to store values on the Arduino. 01:24.720 --> 01:31.680 With the Eappen memory, this block of sections will help you create more robust and more diversified 01:31.680 --> 01:34.380 project with the hardware you already have. 01:35.010 --> 01:41.460 The knowledge you will get here will be useful for almost all the projects you create in future, because 01:41.460 --> 01:44.460 those functionalities are amongst the most needed ones. 01:44.640 --> 01:50.130 And then after that you will discover new hardware components which will allow you to create relevant 01:50.190 --> 01:50.760 projects. 01:51.360 --> 02:00.010 We will work with an ultrasonic sensor and LCD display screen and infrared remote controller and a photoresistor. 02:00.510 --> 02:06.600 Those new hardware components are a bit more complex than what you previously used, and working with 02:06.600 --> 02:11.610 them will give you enough knowledge to work with any other components you find in the future. 02:12.120 --> 02:16.350 And finally, we will get to the final project of the course. 02:16.830 --> 02:22.980 In this project, you will have a bigger challenge which will make you practice on everything you have 02:22.980 --> 02:25.560 seen and will see in this class. 02:26.160 --> 02:30.270 So let's get started to reach that goal one step at a time. 02:30.930 --> 02:36.870 Note that everything you will learn from now is based upon the original foundation you have. 02:37.230 --> 02:43.590 So if you have any doubt at any point, don't hesitate to come back multiple times to the previous lessons. 02:43.890 --> 02:46.710 Get a reminder and a better understanding. 02:47.370 --> 02:47.790 All right. 02:47.790 --> 02:49.890 And now let's focus on the first block. 02:50.160 --> 02:54.240 And in this block, let's look at the cellular communication. 02:54.810 --> 03:00.930 You already have used cellular quite a lot to debug your program with the sale of Moniteau and also 03:00.930 --> 03:05.040 a few times with the sale bloater well above from debugging. 03:05.040 --> 03:11.940 Celil is mainly used to communicate between different components between a component and a physical 03:11.940 --> 03:12.420 person. 03:12.750 --> 03:19.110 In the following lessons, you will get a reminder of how to use cellular as well as my expectations. 03:19.350 --> 03:25.230 And you will also see how to be able to send data from your computer to your R.M..