Embedded Systems

[Outline and purpose of class] Embedded systems, which are computer systems embedded in home appliances, machines, and devices, have great social needs and are important computer systems as the starting point of Japanese manufacturing. The curriculum standard J07-CE is also emphasized, and it is important that information-related students learn and apply their elemental technologies. In recent years, new forms of connecting embedded networks to networks and providing services have been demanded, and there has been a demand for IoT innovation technology that is integrated with the required services.

So, in this class,
Necessary when developing embedded systems
1. Understand fundamental principles of basic hardware and software functions
2. Understanding and application of the system constructed by their cooperation
3. Practice with PBL
The purpose of this is to acquire a wide range of knowledge and practical skills to apply elemental technologies.

[Positioning of this course]
Since the embedded system is a comprehensive technology, it is assumed that the first- and second-year students will be based on the basic computer architecture, hardware such as electronic circuits and signal processing, and software such as programming and operating systems. ing. These foundations teach the principle of elemental technology from the viewpoint of one system. In embedded systems, it is expected that these element technologies will combine to function as one system as a whole.

Understanding and application of fundamental elemental technologies of embedded systems

1. History of embedded systems, introduction, microcomputer
2. Understand the design goals and application fields of embedded systems
3. Acquire practical skills through embedded system development (microcomputer programming) exercises and understand issues

Japanese

Intermediate exam: Understanding the first half 20%
Exercises and reports 80%

The lesson materials will proceed along the distributed materials.
When conducting self-study, you should refer to books on electronic circuits, semiconductors, and sensor engineering.

Easy-to-understand embedded system construction technique, hardware, Shin Nishino, Hideki Matsumoto, Masatake Nagai (supervised), Kyoritsu Shuppan, 2007,
Easy-to-understand embedded system construction techniques, software, Tsutomu Sawada, Masatake Nagai (supervised), Kyoritsu Publishing, 2006
Basic textbooks on semiconductor circuits, such as Semiconductor Basic Course 1, Semiconductor Circuits I by Program Learning, Kosaido Publishing, Occupational Ability Development Teaching Material Committee, Compilation etc.
Sensor mechanism, from basic knowledge to practical circuit design, Dempa Shimbun, Kinji Tanikoshi
Fundamentals of sensor engineering, Ohmsha, Hiroo Yamazaki

Computer architecture, familiarity with computers,

• 授業の前後、または随時、教員控室にて

Non-regionally-oriented course

• Course that cultivates an ability for utilizing knowledge
• Course that cultivates a basic problem-solving skills
• Course that cultivates a basic interpersonal skills
• Course that cultivates a basic self-management skills

About half of the classes are interactive

• 4.QUALITY EDUCATION
• 9.INDUSTRY, INNOVATION AND INFRASTRUCTURE
• 12.RESPONSIBLE CONSUMPTION & PRODUCTION