TAILIEUCHUNG - Lecture Software engineering (9/e): Chapter 20 - Sommerville

Chapter 20- Embedded systems. The objective of this chapter is to introduce some of the characteristic features of embedded real-time systems and real-time software engineering. When you have read this chapter, you will: understand the concept of embedded software, which is used to control systems that must react to external events in their environment; have been introduced to a design process for real-time systems, where the software systems are organized as a set of cooperating processes. | Chapter 20- Embedded Systems Lecture 1 Topics covered Embedded systems design Architectural patterns Timing analysis Real-time operating systems Embedded software Computers are used to control a wide range of systems from simple domestic machines, through games controllers, to entire manufacturing plants. Their software must react to events generated by the hardware and, often, issue control signals in response to these events. The software in these systems is embedded in system hardware, often in read-only memory, and usually responds, in real time, to events from the system’s environment. Responsiveness Responsiveness in real-time is the critical difference between embedded systems and other software systems, such as information systems, web-based systems or personal software systems. For non-real-time systems, correctness can be defined by specifying how system inputs map to corresponding outputs that should be produced by the system. In a real-time system, the correctness depends

• Kỹ thuật lập trình
• Software engineering
• Lecture Software engineering
• Software processes
• Embedded software
• Embedded systems design
• Architectural patterns
• Object oriented software engineering
• Practical software development
• Object orientation
• Software quality
• Software engineering projects
• Introduction to software engineering
• Lecture Introduction to software engineering
• Công nghệ phần mềm
• Software process
• Software engineering ethics
• Professional software development
• Software process activities
• Software engineering diversity
• Introduction Software Engineering
• Software products
• FAQs about software engineering
• Essential attributes of good software
• Importance of software engineering
• Aspect oriented software engineering
• The separation of concerns
• Software engineering with aspects
• Quality concepts
• Detail Design
• Design Software Engineering
• Implementation Software Engineering
• Build Software Engineering
• Buy Software Engineering
• Requirement engineering
• Requirement engineering process
• Software requirements engineering
• Lecture Software requirements engineering
• Requirements engineering
• Software requirements engineering
• Lecture Software requirements engineering
• System engineering
• Software requirements document
• Requirements engineering process tasks