تعلم PC interfacing between PIC-based devices and PC

Name: تعلم PC interfacing between PIC-based devices and PC
Rating: 4.7 (17 reviews)

Alternative toolchain for LABVIEW in the fild of PC interfacing

Highest Rated

Created byMokhtar A. A. Mohamed

Last updated 9/2021

Arabic

What you'll learn

You will learn how to design, animate, and run PIC-based devices by using MikroC compiler and Proteus simulator
You can tie and connect between such PIC-based device and PC via building custom C#-based drivers to exchage data/commands with such PIC-based devices
You will able to build complete solution for monitoring/controlling application with different sensors/actuators components in virtual manner using Proteus
You will use and explore different wired/wireless interfacing technologies such as UART, RS232, USB, GSM/GPRS modems, and interfacing with SD memory cards
You can use only a fully-software PC programs to build your solutions without the need to build physical/real PIC devices
You will learn how to consolidate different programs to release your virtual prototype such as Proteus simulator, C# programming Language, MikroC compiler.
You will learn how to use programs that achieve virtual interfacing between proteus device and C# App on PC such as VSPD, WinImage, Virtual USB, Real-Term, etc
This course presents an low-cost and reliable alternative for LabVIEW in building Monitor/Controlling applications in virtual manner
You can get a comprehensive book optionally that contain detailed description of each experiment

Course content

5 sections • 29 lectures • 16h 27m total length

serial communication for data exchange between PC and PIC-based device8:20
This short video for serial interfacing to send commands from PC to PIC device
Serial Communication for Sending Sensory data from PIC to PC6:52
This short video for Serial Interface to send sensory data from PIC device to PC
USB communication Test between PIC based device and USB/HID Terminal program8:25
This short video is to test how to build a USB device and check its functionality by using the USB/HID Terminal program that comes with MikroC editor
interfacing with SD memory card14:05
This video is to show how SD memory card interfacing operations can be performed in Proteus simulator by using PIC microcontroller to store sensory data in files inside SD mamory card
Interfacing with wirless GSM/GPRS modem with PC15:22
This short video clarifies developing a C# program to send SMS messages from PC to any mobile phone via interfacing with GSM/GPRS modem (SIM800L modem) to such PC

concepts of serial communication1:10:05
In this lecture, all basic concepts of serial communication are described including UART and RS232 protocols
Connection two PIC microcontrollers using UART protocol1:04:53
In this Lecture, you will learn MikroC built-in libraries and how data is exchanges between two PIC microcontroller by using UART protocol
LAB1: connecting Two PIC devices (Step by Step)43:10
This Lab will guide you (Step-By-Step) to design, animate, and run the project of Lecture 2 using the Proteus simulator and MikroC compiler
Sending commands from PC to a PIC-based device46:29
This Lecture will present a detailed explanation of how the C#-based program on a PC can send commands to a PIC-based device to execute each command correctly. This is a complete project that realizes interfacing (i.e. sending data or commands) from PC to PIC device.
LAB2: Project of Sending commands from PC to PIC59:05
This Lab will guide you (Step-By-Step) to design, animate, and run the project Sending commands from PC to PIC-based device using the Proteus simulator and MikroC compiler and developing its PC program by using C# programming language
build a project

Sending sensory Data from PIC to PC47:39
full explanation of C# and .Net SerialPort Class components (Part1)30:59
This lecture (part1) will present a comprehensive description of methods and components of the built-in C# class called "SerialPort". This class contains all programming tools that manage and handle serial communication activities within any C# application.
full explanation of C# and .Net SerialPort Class components (Part2)46:24
This lecture (part2) will present a comprehensive description of methods and components of the built-in C# class called "SerialPort". This class contains all programming tools that manage and handle serial communication activities within any C# application.
full explanation of C# and .Net SerialPort Class components (Part3)29:50
This lecture (part3) will present a comprehensive description of methods and components of the built-in C# class called "SerialPort". This class contains all programming tools that manage and handle serial communication activities within any C# application.
LAB: Project of sending sensory data from PIC to PC (part1)21:38
This Lab (part1) will guide you (Step-By-Step) to design, animate, and run the project of Sending sensory data from a PIC-based device to PC. in this project. I use the Proteus simulator and MikroC compiler and develop its PC program by using the C# programming language
LAB: Project of sending sensory data from PIC to PC (part2)31:27
This Lab (part2) will guide you (Step-By-Step) to design, animate, and run the project of Sending sensory data from a PIC-based device to PC. in this project. I use the Proteus simulator and MikroC compiler and develop its PC program by using the C# programming language
build a project
build a project

Basic concepts of USB and HID protocols31:14
this lecture enables the student to explore the basic concepts related to USB communication technology and basics of HID protocol
HID libraries in MikroC compiler1:20:35
Simple project paradigm to test USB communication10:42
In this Lecture, a simple project paradigm is explained to make a simple test for USB communication between PIC-based device and HID Terminal as an alternative of developing a C# application from the onset.
LAB: Simple project of testing USB connection (part1)16:16
This Lab will guide you (Step-By-Step) to build a simple testing project for checking the connectivity of USB communication between a simple USB and PIC-based device and HID Terminal of MikroC editor as an alternative of any C#-based application (part 1)
LAB; Simple Project of testing USB connection (part2)9:54
This Lab will guide you (Step-By-Step) to build a simple testing project for checking the connectivity of USB communication between a simple USB and PIC-based device and HID Terminal of MikroC editor as an alternative to any C#-based application (part 2)
build a project
Complete Project of USB communication with C# application (part1)16:16
This lecture is part1 that presents the explanation of a complete project to realize full USB communication between a PIC-based device and a C#-based desktop application to control and monitor some components in virtual mode.
Complete Project of USB communication with C# application (Part2)9:54
This lecture is part2 that presents the explanation of a complete project to realize full USB communication between a PIC-based device and a C#-based desktop application to control and monitor some components in virtual mode.
LAB: Step-By-Step of Complete project of USB communication (Part1)1:01:12
This Lab (part1) will guide you (Step-By-Step) to build a Complete USB device that will use HID protocol to control a LED to be turned on/off from the PC. it also will monitor the status of a switch and the LED on the C# application of PC. This project can be extended to monitor different sensors and controlling different actuators on/from any developed C# application.
LAB:Step-By-Step of Complete project of USB communication (Part2)11:35
This Lab (part2) will guide you (Step-By-Step) to build a Complete USB device that will use HID protocol to control a LED to be turned on/off from the PC. it also will monitor the status of a switch and the LED on the C# application of PC. This project can be extended to monitor different sensors and controlling different actuators on/from any developed C# application.
important full USB project

Basic concepts of SD card and SPI libraries in MikroC57:14
This lecture will explain basic concepts related to standards of SD cards and SPI protocol which will be used to transfer data between PIC device and SD memory card.
MMC libraries for handling files and directories inside SD card51:57
In this lecture, most of the MMC libraries in the MikroC compiler will be described in detail. MMC libraries are used to develop MikroC code for handling various operations of SD memory cards such as generating a file or directory (i.e. folder), inserting data into a file, deleting data from a file, and etc.
Simple Project for interfacing an SD memory card with PIC device52:56
This lecture presents the explanation of a simple project for interfacing between a PIC microcontroller and an SD memory card for generating files and folders inside such an SD card. Also, it explains how to insert information inside a file.
LAB: Simple project for interfacing PIC micro with an SD memory card33:13
build an SD card project

Requirements

You should have good experience in PIC programming using MikroC
you should have basics of C# programming Language
you may be familiar with proteus simulator as a beginner or moderator

Description

In computer science and engineering education, teaching PC interfacing syllabuses and laboratory experiments are strongly required. PC interfacing is the field of developing or simulating real/virtual solutions for exchanging data/commands between PC and the outer world of sensors and actuators. Recently, virtual experiments and Labs are adopted by engineering educators to prevent the physical presence of students and tutors and to provide effective skills acquisition and hands-on experience in a virtual manner. Highly cost LabVIEW from National Instruments (NI) company is the dominant platform to develop, execute, and animate virtual PC interfacing experiments similarly as real ones. This course presents a toolchain, the syllabus contents, and virtual experiments that cover many different PC interfacing technologies such as UART, SPI, RS232, USB, SD card interfacing, and wireless GSM/GPRS. The virtual nature of this course toolchain refers to enable the students to design, animate, and run their prototypes or solutions inside only PC programs without the need to build physical or real ones until making sure of their prototypes functionality. The main aim of the course platform is to make students able of developing C# based applications and to implement solutions with an aesthetic look similar to LabVIEW capabilities to become a low-cost alternative to it. This course includes a group of free of charge and third-party software programs such as virtual serial port driver, Virtual USB driver, WinImage, and Real-Term alongside with Proteus simulator and C# programming language. These third-party programs can be employed as a nexus between Proteus simulator and C#-based applications to provide virtual communication channels between them.

Who this course is for:

Students or researchers of Computer science and engineering
Students or researchers of Mechanical engineering
Students or researchers of Mechatornics
Students or researchers of embedded systems and industerial automation
Students or researchers of Electrical and communication Engineering

تعلم PC interfacing between PIC-based devices and PC

What you'll learn

Explore related topics

Course content

Short Introductory videos for outcomes of PC interfacing course5 lectures • 53min

Serial communication (UART & RS232)5 lectures • 4hr 44min

dot net SerialPort class6 lectures • 3hr 28min

Universal Serial Bus (USB) communication9 lectures • 4hr 8min

Interfacing with SD memory cards4 lectures • 3hr 15min

Requirements

Description

Who this course is for: