Dr. Akash K. Mehta, Dr. Rohan S. Desai, Dr. Priya A. Rao · Zenodo (CERN European Organization for Nuclear Research) · 2020
In this robot provides fire protection when there is a fire in a tunnel or in an industry by using automatic control of robot by the use of microcontroller in order to reduced loss of life and property damage. This robot uses dc motors, castor wheel, microcontroller, sensors, pump and sprinkler. Microcontroller is the heart of the project. Microcontroller controls all the parts of the robot by the use of programming. In this robot as the fire sensor senses the fire, it sends the signal to microcontroller; since the signal of the sensor is very weak the amplifier is used so that it can amplify the signal and sends it to microcontroller. As soon as microcontroller receives the signal a buzzer sounds, the buzzer sound is to intimate the occurrence of fire accident. After the sounding of the buzzer microcontroller actuates the driver circuit and it drives the robot towards fire place, as the robot reaches near the fire microcontroller actuates the relay and pump switch is made ON and water is sprinkled on the fire through the sprinkler.
Cited by 0Open access
Dr. Akash K. Mehta, Dr. Rohan S. Desai, Dr. Priya A. Rao · Zenodo (CERN European Organization for Nuclear Research) · 2020
In this robot provides fire protection when there is a fire in a tunnel or in an industry by using automatic control of robot by the use of microcontroller in order to reduced loss of life and property damage. This robot uses dc motors, castor wheel, microcontroller, sensors, pump and sprinkler. Microcontroller is the heart of the project. Microcontroller controls all the parts of the robot by the use of programming. In this robot as the fire sensor senses the fire, it sends the signal to microcontroller; since the signal of the sensor is very weak the amplifier is used so that it can amplify the signal and sends it to microcontroller. As soon as microcontroller receives the signal a buzzer sounds, the buzzer sound is to intimate the occurrence of fire accident. After the sounding of the buzzer microcontroller actuates the driver circuit and it drives the robot towards fire place, as the robot reaches near the fire microcontroller actuates the relay and pump switch is made ON and water is sprinkled on the fire through the sprinkler.
Cited by 0Open access
Senthilkumar Parameswari, Keerthana · KTH Publication Database DiVA (KTH Royal Institute of Technology) · 2022
Automotive industry has moved from manufacturing automobiles using mechanical units to using Electronic Control Units (ECUs). One of the integral parts of ECUs are the microcontrollers. Selecting the right microcontroller unit for the ECU in automotive industry, involves high time and cost factors, as several criteria need to be examined for each microcontroller in the market. There is a need for a methodology for selection of the microcontroller based on the given requirements, with the aid of some tools, to reduce the time and cost factors. This thesis involves determining criteria for automotive microcontrollers and selection of the microcontroller by following a systematic process. A part of the systematic process involves filtering or ranking microcontrollers according to the requirements and plotting microcontrollers for the required criteria along with pareto-front analysis of rank versus cost. Ranking of microcontrollers is done using Goal Programming and Technique for Order of Preference by Similarity to Ideal Solution (TOPSIS) methods. The result from the thesis shows various criteria for the microcontroller in an ECU and the methodology to be followed for microcontroller selection using case study of Exterior Lighting System. The results of Goal Programming and TOPSIS methods show that they could provide good aid in selection by ranking the microcontrollers along with pareto-front analysis. Finally, a selection methodology guideline has been formulated to aid the selection process with the help of the methods.
Cited by 0Open access
Maja Anachkova, Katerina Andonovska, Nikola Bimbiloski et al. · Mechanical Engieneering-Scientific Journal · 2025
This project describes a simple and efficient room temperature control system developed using a microcontroller, a DHT11 temperature and humidity sensor, a DC motor, and a motor driver. The DHT11 sensor con-tinuously monitors the ambient temperature and sends the data to the microcontroller. Based on the temperature read-ings, the microcontroller adjusts the speed of the DC motor, which acts as a cooling unit. When the temperature exceeds a predefined upper limit, the microcontroller activates the DC motor to cool the room. When the temperature drops below the lower limit, the motor is turned off to conserve energy. The motor driver ensures the safe and efficient operation of the motor, ensuring compatibility with the microcontroller. This simple system offers an affordable and economical solution for regulating temperature in small spaces, demonstrating the practical application of basic elec-tronics and microcontroller programming.
Cited by 0Open access
MUHAMAD SHUKRI, NURUL AKMAL · UTPedia (Universiti Teknologi Petronas) · 2008
The main objective of this project is to deliver an implementation of microcontroller based laptop cooling system. This project involves the development of a better cooling system for laptop which includes the temperature monitoring feature, and also alarm and LEDS as indicators. The microcontroller programming, sensor integration, circuit design and troubleshooting were the major parts of this project. Upon this project completion, a working prototype which in a form of cooling pad with 3 fans, temperature sensor and indicators is delivered. The prototype working mechanism is based on two threshold temperatures which will control the output of the system. If the input from the temperature sensor exceeds the first threshold temperature, the fans will be switched on to start the cooling mechanism. When the second threshold temperature has been exceeded, the alarms and other indicators will be turned on to warn users of overheating. The deliverables outlined, which are microcontroller programming, and hardware prototyping has been fulfilled. Hence, the requirement of this project which is to deliver a prototype of microcontroller-based external laptop cooling system has been achieved.
Cited by 0
David May · Bristol Research (University of Bristol) · 2006
This is a proposal for an architecture for a very low cost, low power microcontroller - CSPIC. It is intended for use in mobile and wearable applications, especially in interfacing sensors and actuators to mobile processing and communications systems. CSPIC is designed to execute standard high level programming languages. Extensions and libraries allow direct programming of interprocessor communications and input-output without the need for assembly language programming.
Cited by 0
Tuti Azizah · Repository at Universitas Pendidikan Indonesia (Universitas Pendidikan Indonesia) · 2013
PENGGUNAAN SOFTWARE PROTEUS SEBAGAI MEDIA PEMBELAJARAN UNTUK MENINGKATKAN PENGUASAAN MATERI PEMROGRAMAN MIKROKONTROLERPenelitian yang berjudul “Penggunaan Software Proteus sebagai Media Pembelajaran untuk Meningkatkan Penguasaan Materi Pemrograman Mikrokontroler” dilakukan pada siswa program keahlian Kontrol Proses SMK Negeri 1 Kota Cimahi. Penelitian ini dilatarbelakangi oleh keterbatasan alat trainer mikrokontroler sebagai media ajar sehingga mempengaruhi tingkat penguasaan materi siswa pada pembelajaran Memprogram Mikrokontroler dan berdampak pada hasil belajar siswa yang kurang maksimal. Penelitian bertujuan untuk mengetahui apakah penggunaan software Proteus sebagai media pembelajaran dapat meningkatkan penguasaan materi pemrograman mikrokontroler. Metode penelitian menggunakan pendekatan kuantitatif dengan menggunakan metode Pre-Experimental (One Group Pretest Posttest Design). Teknik pengumpulan data dilakukan dengan pre test, post test pada setiap seri pembelajaran dan angket respon siswa pada akhir pembelajaran. Hasil penelitian menunjukkan rata – rata skor pre test siswa sebelum menggunakan software Proteus sebagai media pembelajaran sebesar 54.06 dan rata – rata skor post test siswa setelah menggunakan software Proteus sebagai media pembelajaran sebesar 75.47. Peningkatan (gain) mencapai 0.47 atau dalam persentase sebesar 47% menunjukkan bahwa rata – rata peningkatan (gain) hasil belajar siswa termasuk berkategori sedang. Penggunaan software Proteus sebagai media pembelajaran pada pemrograman mikrokontroler memberikan pengaruh positif dimana peningkatan (gain) hasil belajar siswa yang berkategori minimal sedang mencapai 81%. Angket respon siswa menunjukkan adanya ketertarikan dan antusias belajar siswa. Mayoritas siswa setuju dengan penggunaan software Proteus sebagai media pembelajaran dapat meningkatkan penguasaan materi pemrograman mikrokontroler. Dengan demikian, dapat disimpulkan bahwa penggunaan software Proteus sebagai media pembelajaran dapat meningkatkan penguasaan materi pemrograman mikrokontroler. \n \nKata Kunci : Gain, Hasil Belajar, Media Pembelajaran, Proteus, Pemrograman Mikrokontroler \n \nThis study entitled “The Use of Proteus Software as Instructional Media in Improving the Mastery of Microcontroller Programming Matter” was conducted on students of Process Control skills program, SMK Negeri 1 Kota Cimahi. The study is driven by the limits on the microcontroller trainer tools as instructional media which affect negatively students’mastery of Microcontroller Programming matter and their learning outcomes. This study is aimed at examining the impact of Proteus software use as instructional media on the mastery of microcontroller programming matter. Accordingly, this study employed quantitative approach with Pre-Experimental (One Group Pretest Posttest Design) method. The data was collected through pre test and post test on each series of learning and students’questionnaire at the end. The results of study show that the avarage score of students’pre test before the treatment was 54.06 and the avarage score of students’post test after the treatment was 75.47.The gain reaching 0.47 or a precentage of 47% indicates that the avarage gain of students’learning outcomes is categorized fair. The use of Proteus software as instuctional media at microcontroller programming learning has positive impact in which the gain of students’learning outcomes with fair category reaches 81%. Meanwhile, students’questionnaire indicates students’interest and enthusiasm for learning. Most of them agree with the use of Proteus software as instructional media to improve their mastery of microcontroller programming matter. To conclude, the use of Proteus software as instructional media can improve students’mastery of microcontroller programming matter. \n \nKeywords : Gain, Learning Outcomes, Instructional Media, Proteus, Microcontroller Programming \n
Cited by 1Open access
flprqrdilcf · Zenodo (CERN European Organization for Nuclear Research) · 2024
<pre><code>\n<p><strong>the 8051 microcontroller and embedded systems mazidi pdf</strong><br></p>\n<p>Rating: 4.8 / 5 (1117 votes)<br></p>\n<p>Downloads: 36882<br><br></p>\n <p>= = = = = \n<strong><a href="https://myvroom.fr/21Nr9y?keyword=the 8051 microcontroller and embedded systems mazidi pdf" target="_blank">CLICK HERE TO DOWNLOAD</a></strong>\n = = = = = <br><br></p>\n<p><br><br><br><br></p>\n<p><br><br><br><br></p>\n<p><br><br>Due to it can address kByte of external memory and has a basic instruction time ofmicrosecond. Report "The Microcontroller and Embedded Systems Ali Mazidi Solution Manual" Please fill this form, we will try to respond as soon as possible The Microcontroller and Embedded Systems Using Assembly and CFree ebook download as PDF File.pdf), Text File.txt) or read book online for free. (cont') 4) Next the "abs" file is fed into a program called "OH" (object to hex converter) which creates a file with extension "hex" that is ready to burn into ROM. This program comes with all assemblers Recent Windows-based assemblers combine stepthroughinto one step This textbook covers the hardware and software features of the in a systematic Assembly language programming in the first six chapters, in Provides readers with an in-depth understanding of the Chapter 7, this book uses both Assembly and C to Show the interfacing with real-world devices such as Microcontroller and Embedded Systems, The by MuhammadLoading Among, the lot many of microcontroller, is one of the most popularbit microcontroller. Download the PDF for free The Microcontroller and Embedded Systems Using Assembly and C BySign in ASSEMBLING AND RUNNING AN PROGRAM. The Microcontroller and Download Download The Microcontroller and Embedded Systems Ali Mazidi Solution Manual PDF for free. Assembly language is the language, mixture of machine level and higher level programming language called middle language Learn the basics of microcontroller architecture, programming and applications with this comprehensive guide. Documents. Due to it can address kByte of external memory and has a basic instruction time ofmicrosecond. Whether students become designers of stand-alone systems or complex embedded systems, they will find this text a useful resource Assembly language is the language, mixture of machine level and higher level programming language called middle language Iran University of Science and Technology the microcontroller and embedded systems ali mazidi solution manual. Among, the lot many of microcontroller, is one of the most popularbit microcontroller. Due to it can address kByte of external memory and has a basic The Microcontroller and Embedded Author Uploaded. Categories. embedded systems using Among, the lot many of microcontroller, is one of the most popularbit microcontroller. Course This text provides a comprehensive understanding of the internal organization of the registers and resources in a way that sheds the students fear of assembly language. Abdullah El Sharkawy. this is a solution manual for the microcontroller and embedded sy View more.</p></code></pre>
Cited by 0Open access
Muhamad, Marni · UTPedia (Universiti Teknologi Petronas) · 2008
This project explains the design of moisture detector with the use of microcontroller. Theory of resistivity and conductivity principles were implemented in this project. The metered multi-moisture detector used probes to detect the wetness or dryness of chosen substances; paddy, com and red beans. The use of microcontroller was introduced in achieving the desired output. Microcontroller was programmed using C programming. It converted the voltage drop measured into moisture content (in percentage) and displayed the value through LCD. This metered multi-moisture detector is portable and cost effective device.
Cited by 0
Олег Аврунін, Tatyana Nosova, Валерий Семенец · 2019
A laboratory workshop was developed, consisting of a series of works aimed at studying and studying the principles of microcontroller programming, practical implementation of interaction with sensors, organization of work with input / output devices, and development of interface devices. By changing sensors that are connected to laboratory mockups or real equipment, and reprogramming the microcontroller system, you can perform laboratory work on almost all engineering profile courses.
Cited by 8Open access
Ilmi Mohd Ariffin, Ahmad Ismat Hakam Mohamed Rasidi, Hanafiah Yussof et al. · 2015
This project presents a new approach of humanoid-operated mobile platform. The robot used in this work is Nao by Aldebaran Robotics. Nao is chosen because of its versatility. Its wide range of movements allows it to perform various tasks such as steering through a simple programming algorithm. Arduino microcontroller target board is used to provide the interface between Nao robot and the mobile platform. This project consist of several parts. This study will focuses on the development of mobile platform, integration of Arduino microcontroller programming with Nao's Choregraphe, navigation with obstacle avoidance and finally navigation with human following ability by implementing Nao Mark visual tracking.
Cited by 6
Protasov, Anatoliy, Dugin, Aleksandr · The Scientific Issues of Ternopil Volodymyr Hnatiuk National Pedagogical University Series pedagogy · 2015
Rapid development of the up-to-date microelectronics facilitates to wide implantation of microcontroller devices in testing and diagnostics systems. At the same time a broad assortment of suggested microcontroller devices in the market gives rise to the problem of specialist’s practical training. In this article it is proposed the device which allows studying the philosophy of development and programming microcontroller of the AVR family by the Atmel Corporation. The proposed device is based on a microcontroller which has the most optimal price and realizable function ratio. The microcontroller is connected with some of the peripheral devices which allow to it to display its possibility and realize the active method of training. The experimental examination of the proposed device demonstrates its operability and efficiency of training by the example of the assembled temperature control system.
Cited by 0Open access
Michal Marek · Digital Repository (National Repository of Grey Literature) · 2015
The bachelor thesis describes what is a LED matrix and how to control them. The function of the control circuits for the LED matrixes, the function of the current controller and microcontroller programming method are delineates in the project. These include microcontroller programming via universal serial bus, changing source code parameters via local ethernet network with the ethernet connect module, using standard peripheral buses for serial transmissions and the ways of controlling LEDs using relevant libraries. Objective is to introduce a solution for LED controlling using the Windows software application and propose complex assembly includes all the necessary blocks, which provides simple operating for new users.
Cited by 0
MACILLIS, Jakub · Digital Repository (National Repository of Grey Literature) · 2018
Microcontrollers are interesting area of programming in which, the students can receive knowledge not only about creating programs, but also capability for putting the electronics circuits together. Yet, the schools are withdrawing from buying microcontrollers and needed parts. This publication has the goal in introducing the possibilities of using microcontrollers in high school environment and to give teachers set of exercises, which will lead them on using the microcontroller in their lectures. Main aim is on the most used microcontroller on the market, the Arduino platform. The readers will be informed about different approaches in Arduino programming and ways, how to equip school with it without ruining the budget.
Cited by 0
Michal Marek · Digital Repository (National Repository of Grey Literature) · 2015
The bachelor thesis describes what is a LED matrix and how to control them. The function of the control circuits for the LED matrixes, the function of the current controller and microcontroller programming method are delineates in the project. These include microcontroller programming via universal serial bus, changing source code parameters via local ethernet network with the ethernet connect module, using standard peripheral buses for serial transmissions and the ways of controlling LEDs using relevant libraries. Objective is to introduce a solution for LED controlling using the Windows software application and propose complex assembly includes all the necessary blocks, which provides simple operating for new users.
Cited by 0
Mohd Shah Rulzafian Zakaria, Sharulnizam Mohd Salleh · UiTM Institutional Repositories (Universiti Teknologi MARA) · 2005
Controller Networking for Smart Building is a method to communicate two or more microcontroller with a minimum number of system wires. This method called Controller Area Network (CAN). In order the CAN could be used, there is circuit design and programming to be followed This is where the important of PIC microcontroller, CAN controller and CAN driver. The combination of these devices can make the controller networking possible using Serial Peripheral Interface (SPI). By completing this project, we can create new kind of circuit networking with less wire, cost, and more reliable. We also can explore the usage of the PIC microcontroller by learning its programming using the MP LAB software. The purpose of the project is to create more efficient switching system to control the light and fan will be accomplished by completing this project. This can provide more reliable control system for smart building.
Cited by 0Open access
Зухра Абдиахметова, Жанерке Темирбекова, Ghulam Hazrat Aimal Rasa et al. · Journal of Mathematics Mechanics and Computer Science · 2024
Use of the latest achievements in the field of microcontroller programming, such as the Arduino platform, allows to qualitatively change the educational process, makes it more intense, increases student motivation, and makes it possible to implement an individual approach, which is important. And this, in turn, improves the efficiency and quality of microcontroller programming. The purpose of this study is to propose an effective methodology for using Arduino Atmega 328 microcontrollers for teaching students and evaluate the effectiveness of teaching programming based on the use of Arduino Atmega 328 microcontrollers based on the Kirkpatrick model. The paper presents a broad review of works that consider the interaction of a person and microcontrollers. In addition, the impact of this approach on the process of learning and teaching is being evaluated. More than 95 students took part in this experiment. First, during the semester, students were taught programming using Arduino Atmega 328 microcontrollers, after which they evaluated this learning. The evaluation was carried out at three levels of the Kirkpatrick model [1], and as a result, the second and third levels showed almost the same results with an error of 3 percent. This study concluded that such teaching methodology is very important in the process of student learning. Interaction and collaboration in the field of microcontroller programming has also been used to introduce non-traditional curricula, including courses in robotics as a tool for addressing the social aspects of robotics and artificial intelligence.
Cited by 2Open access
Zukhra Abdiakhmetova, Zh. Temirbekova, Ghulam Hazrat Aimal Rasa · Bulletin of the National Engineering Academy of the Republic of Kazakhstan · 2024
Use of the latest achievements in the field of microcontroller programming, such as the Arduino platform, allows to qualitatively change the educational process, makes it more intense, increases student motivation, and makes it possible to implement an individual approach, which is important. And this, in turn, improves the efficiency and quality of microcontroller programming. The purpose of this study is to propose an effective methodology for using Arduino Atmega 328 microcontrollers for teaching students and evaluate the effectiveness of teaching programming based on the use of Arduino Atmega 328 micro- controllers based on the Kirkpatrick model. The paper presents a broad review of works that consider the interaction of a person and microcontrollers. In addition, the impact of this approach on the process of learning and teaching is being evaluated. More than 95 students took part in this experiment. First, during the semester, students were taught programming using Arduino Atmega 328 microcontrollers, after which they evaluated this learning. The evaluation was carried out at three levels of the Kirkpatrick model [1], and as a result, the second and third levels showed almost the same results with an error of 3 percent. This study concluded that such teaching methodology is very important in the process of student learning. Interaction and collaboration in the field of microcontroller programming has also been used to introduce non-traditional curricula, including courses in robotics as a tool for addressing the social aspects of ro- botics and artificial intelligence.
Cited by 0Open access
Glombíček, V. · Brno University of Technology Digital Library (Brno University of Technology) · 2022
This work deals with designing and constructing a miniature scientific calculator. The thesis describes the design of the electronic circuit, programming of the microcontroller and mechanical design of 3D printed parts.
Cited by 0
Ward, Hubert · 2023
Cited by 0