Communication Assignment Sample For Singapore Students
Posted on: 19th Oct 2022

EE2028 Microcontroller Programming And Interfacing NUS Assignment Sample Singapore

The course EE2028 Microcontroller Programming and Interfacing introduce students to the basics of microcontroller programming. It covers topics such as data types, control structures, memory management, input/output port programming, and interrupt handling.

The course also covers interfacing between the microcontroller and various peripherals, such as sensors, actuators, and displays. In addition, students will learn about the design of simple applications using a microcontroller. By the end of the course, students should be able to write programs for a microcontroller and interface it with various peripherals.

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The tasks we’ll cover in this section are as follows:

NUS EE2028 Assignment Task 1: To learn pointers and structure concepts which is part of Advanced C programming.

There are a few different ways to learn pointers and structure concepts in C programming. One way is to find a good tutorial online or in a book, and then practice the examples that are given. Another way is to find a coding challenge website or forum and try to solve the challenges that are posted. Finally, you can also attend a C programming workshop or course offered at a local community college or university. Whichever method you choose, make sure you take your time and practice as much as possible. This will help you to better understand the material and improve your skills.

Assignment Task 2: Able to develop C programs and assembly language for embedded systems by using IDE (Integrated Development Environment).

In this task, you will need to develop C programs and assembly language for embedded systems by using IDE. Integrated Development Environment (IDE) is a software application that provides comprehensive facilities to computer programmers for software development. An IDE normally consists of a source code editor, build automation tools, and a debugger. Some popular IDEs are Microsoft Visual Studio, Eclipse, and NetBeans.

For this task, you will need to use any one of the above-mentioned IDEs to develop C programs and assembly language for embedded systems. You can choose to use any IDE that you are comfortable with. If you are not sure which IDE to use, you can ask for help from your friends or colleagues who are more experienced in this field.

Once you have chosen an IDE, you will need to install it on your computer. Then, you will need to create a new project and add the necessary files to it. After that, you will need to configure the build settings and finally, you will need to compile and run the program.

Assignment Task 3: Performing engineering tasks by the usage of assembly language to program microcontroller or microprocessor.

Engineering tasks can be performed by the usage of assembly language to program a microcontroller or microprocessor. This process is known as embedded programming. It allows engineers to create customized instructions for the processor, which can optimize the performance of the system for specific tasks.

Additionally, it can also provide greater flexibility when it comes to designing new applications. However, embedded programming can be quite challenging, and it requires a good understanding of both the hardware and software involved. As a result, it is important to consult with experts before attempting to perform any engineering tasks using assembly language.

Assignment Task 4: Developing an embedded system application that involves interrupts and interfacing to see whether it meets specifications or not.

In this task, you will need to develop an embedded system application that involves interrupts and interfacing. Interrupts are signals that are sent to the processor to indicate that an event has occurred. They can be generated by hardware or software, and they can be either asynchronous or synchronous. On the other hand, interfacing refers to the process of connecting two devices together. This can be done using either hardware or software.

For this task, you will need to first design the application and then implement it on an embedded system. Once you have implemented the application, you will need to test it to see if it meets the specifications. Finally, you will need to troubleshoot any issues that you may encounter.

NUS EE2028 Assignment Task 5: Accessing data in memory and registers within the CPU by using various addressing modes.

There are several ways to access data in memory and registers within the CPU. The most common method is using absolute addressing, which uses a fixed address in memory to access data. Another popular method is using relative addressing, which uses an offset from the current address to access data.

Other methods include using indirect addressing, which uses a pointer to access data, and using indexed addressing, which uses an index to access data. Each of these methods has its own advantages and disadvantages, so it is important to choose the right one for the task at hand. With so many options available, there is no excuse for not being able to find the perfect way to access data within the CPU.

Assignment Task 6: Interfacing of the microprocessor to actuators and sensors by using protocols of computer interfacing like UART, I2C, and writing of C Programming statements.

One important function of a microprocessor is interfacing with actuators and sensors. This requires the use of protocols like UART, I2C, and SPI. writing C Programming statements is also necessary to interface with external devices. The most common way to interface with sensors is by using the I2C protocol. I2C uses two wires, one for data and one for the clock. It can support up to 127 devices on a single bus.

SPI is another popular protocol for interfacing with sensors. It uses four wires, one for data in, one for data out, one for the clock, and one for chip selection. The advantage of SPI is that it is faster than I2C. UART is commonly used for interfacing with actuators. UART uses two wires, one for transmitting and one for receiving. It can support up to 115200 baud rate.

NUS EE2028Assignment Task 7: Configuration of CPU interrupts on the basis of priorities of events.

CPU interrupts can be configured on the basis of priorities of events. The priority of an event is typically determined by its frequency, urgency, and importance. For example, an event that occurs frequently and is important to the system (such as a clock interrupt) will generally have a higher priority than an event that occurs less frequently and is less important to the system (such as a keyboard interrupt).

When configuring CPU interrupts, it is important to consider not only the event’s priority but also the needs of the system as a whole. In some cases, it may be necessary to sacrifice interrupt response time for the sake of overall system performance. In other cases, it may be necessary to configure the interrupts in such a way that the system can respond to multiple events simultaneously. The key is to strike the right balance between interrupt response time and system performance.

NUS EE2028 Assignment Task 8: Usage of diagrams and flow charts to specify the system behavior of the particular application.

Diagrams and flow charts are often used to specify the behavior of a system. This is because they provide a visual representation of the components of the system and how they interact with each other. In addition, they can be used to show the sequence of events that take place within the system.

By doing this, they can help to clarify the functionality of the system and make it easier to understand. However, it is important to note that diagrams and flow charts should not be used to replace a clear and concise written description of the system. They should only be used as an aid to understanding. When used in this way, they can be a valuable tool for developers and users alike.

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