Embedded System and Automotive Training Bangalore

  Introduction There is a lots of difference in embedded systems when compared it with general purpose operating systems. An embedded system is holding a microprocessor which is the heart of the entire system we can say. It will check and control the entire system functionality. The applications of the embedded systems are very huge,we can see the embedded devises in our daily routine life. We are using it in many ways starting from microwave oven to a nuclear reactor. General purpose operating system is for different kind of applications where as embedded system is dedicated to some specific task. The designing of the program in embedded system is taken care by the design engineer, it can not be modified by the end user. The embedded system has following characteristics which can compete with the other trends. Reliability: We are using embedded systems mainly for critical systems, which means we need to get the functionality at the moment when it is needed ,for example: air bag s...

  Like  embedded hardware ,  embedded software  architecture is highly flexible. Simple embedded software (such as electronic toys, calculators, and so on) may be only a few thousand lines of code and perform simple input and output functions. On the other hand, complex embedded systems (such as smart phones, robots, and so on) need more complex software architecture, similar to desktop computers and servers. Complex  embedded systems  provide more powerful functions, need more convenient interfaces for users, and require the support of more powerful hardware. With the improvement of hardware integration and processing capabilities, the hardware bottleneck has gradually loosened and even broken, so embedded system software now tends to be fully functional and diversified. An embedded software system is composed of four layers, from bottom to top: Hardware abstraction layer Operating system layer System service layer Application laye...