Table of contents
Abstract
The summary includes: project name, project amount, project duration, project introduction, my responsibilities, and an overview of the topics discussed in this article
Note : There are only 330 abstracts at most, and it must not exceed the grid. It is recommended to write 300
This article discusses. . . system project. . . (referring to the subject of the project, such as progress management, etc.) , the system was built by a certain unit, how much is the investment, and what the system is used for (project background, simple functions) . In this article, it is discussed first. . . (process method, measure) , and finally. . . (mainly deficiencies, how to improve, features, development trends, etc.) . During the development process of this project, I mainly took the responsibility. . . (role in this project) .
according to. . . Requirements (Project Background) , where I am. . . Organized. . . project development. in the project. . . . (Project background, simple function introduction) . In this project, I served as . . . (role) . I pass take. . . (process, method, measures, etc.) , making the project a complete success, and has won unanimous praise from users. But through the construction of the project, I found out. . . (mainly deficiencies, how to improve, features, development trends, etc.)
. . . Year. . . month, I participated. . . Responsible for project development. . . (role) . How much is the project investment, what is the construction period, and what is the project for (project background, function introduction) . This article combines the author's practice to. . . Project, for example, is discussed. . . . (thesis topic) , incl. . . (process, method, measure)
. . . yes. . .(Hats on, talk about the importance of the thesis topic, like the importance of progress) . This article combines the author's practice to. . Project, for example, is discussed. . . (thesis topic) , including (process, method, measure). During the development of this project, I served as the . . (role) .
Background of the project
The project background and transition part are recommended to be about 500-600 words, not more than too many, need to be prepared in advance, as general as possible, not related to the topic of the paper, so that you can write directly no matter what the topic of the paper is during the exam, you only need to write a paragraph at the end A transitional statement that transitions to the next argument.
Included content : reasons for project development, your job responsibilities, project development cycle and scale, introduction of project function composition, project technology
text writing
The main text should be written in accordance with the requirements of the thesis title and subtopics, and must respond to the thesis subtopics. The text should be about 1200 words.
end of paper
Summarize the achievements and deficiencies of the project, and on the other hand, it is the last step of your overall dissertation. If you find that the number of words is not enough at the end, write more at the end. If it's not good, we must pay attention to the ending. You can write about 400-600 words at the end, which is a general summary of the overall paper.
Including content : project launch and operation effect, customer evaluation, project harvest, project deficiencies and solutions
Dissertation Template Example
In March 2021, I participated in the construction of a full-digital simulation verification platform project for a certain type of satellite of an aerospace research institute, and served as a system analyst, responsible for system analysis and design. The system includes three functional modules: virtual target machine simulation, dynamic model simulation, and synchronous timing control. It can simulate all the hardware and external dynamic environment required for satellite operation in space, so that satellite software can be fully tested in the virtual platform. The functions and performance of the satellite are used to improve the reliability of the satellite software. The project has a total investment of 5.65 million RMB and lasted 15 months. It has been officially delivered and put into operation in June 2022, and has received unanimous praise from customers.
In the development process of space satellites, a space satellite only has a set of supporting hardware equipment, which cannot meet the testing needs of a development team. At the same time, because space satellite hardware equipment is very expensive, testers cannot carry out some unconventional limit tests , in order to prevent damage to the hardware equipment, all of the above will lead to insufficient and incomplete testing of the space satellite software, which may lead to the failure of satellite development. In order to prevent this from happening, for the development of an important type of space satellite, the leadership of the space research institute decided to invest in the construction of a set of full digital simulation verification platform with funds for technological transformation, to simulate the satellite's operation in space in a pure software way. All hardware and external mechanical environment, run the satellite software and dynamic model on the virtual platform and conduct detailed and thorough tests. (Why do this project + technical introduction of project functions + respond to sub-topics and transition to the main body)
My company successfully won the bid for the project and officially started the construction of the project in March 2021. I was appointed as the system analyst of the project, responsible for system analysis and design. The total investment of the project is 5.15 million RMB, and the construction period is from March 2021 to June 2023, which lasted 15 months. The system uses two Lenovo computers to build software for operation. Considering the requirements for performance and execution efficiency, use The C language simulates the cpu instruction set and the driver of the external device, and uses the graphical language to build the ground remote sensing remote control terminal interface. The main construction content of the project includes three modules: 1. Virtual target machine simulation, which completes the simulation of all hardware environments required for the operation of satellite software, including kernel simulation, on-chip and on-chip simulation, and level peripherals simulation and other subsystems; 2. Dynamic model simulation, complete the simulation of the environment required for dynamic model operation, including dynamic simulation operating environment simulation, fault injection simulation, dynamic synchronous data control and display subsystem; 3. Synchronous timing control, control satellite software and power The start and stop of the learning model and the timing synchronization between the two, including the master console monitoring, synchronous timing control, super real-time operation control and other subsystems. (Although the author's company has succeeded in the full-digital simulation verification platform project of other types of space satellites, due to the different satellite models and uses, the hardware involved and the use standards are also different, and the corresponding dynamic models are also completely different, and Due to strict confidentiality requirements, team members cannot obtain all satellite model data, which increases the difficulty and risk of project development, so the author decided to use the transitional paragraph to introduce the text)
After nearly 15 months of project development, the all-digital simulation verification system for this type of space satellite has been successfully put into use, assisting customers in comprehensive functional and performance testing of satellite software, and the customer feedback has been good so far. Due to high confidentiality, high performance requirements, high difficulty in technical realization, and long project construction period, the construction process of the system is full of difficulties. But the author and project team members attach great importance to the project. . . (response to the specific thesis title) , and finally ensured the smooth delivery of the project with quality and quantity.
Of course, in this project, there are still some deficiencies, such as. . . (Think about some small problems by yourself, remember not to cause big problems) , however, after my later corrections, it did not have any impact on the project. In the follow-up study and work, I will continue to recharge and study, communicate with peers, improve my professional technical level, and better complete the work of system analysis and design.