Code Shoppy provides academic as well as industrial projects in Embedded systems.An embedded system is an electronic system that contains at least one controlling device, i.e. “the brain”, but in such a way that it is hidden from the end user. That is, the controller is embedded so far in the system that usually users don’t realize its presence. Arudhra Innovaions also offers courses on Embedded Systems through practical training.
DESIGN PROCESS:
An embedded system design process aimed at two objectives. First, it will give us an introduction to the various steps in embedded system design before we delve into them in
more details. Second, it will allow us to consider the design methodology itself. A design methodology is important for three reasons. These are,
1.It allows us to keep a score card on a design to ensure that we have done everything we need to do, such optimizing performance.
2.It allows us to develop computer-aided design tools.
3.A design methodology makes it much easier for members of a design team to communication.
In this top-down view, we start with the system requirements. In the next step, specification , we create a more detailed description of what we want. But the specification states only how the system behaves, not how it is built. The details of the system’s internals begin to take shape when we develop the architecture, which gives the system structure in terms of large components. Once we know the components we need, we can design those components, including both software modules and any specialized hardware we need. Based on those components we can finally build a complete system.
In this section we will consider design from the top-down, we will begin with the most abstract description of the system and conclude with concrete details. The alternative is a bottom-up view in which we start with components to build a system. But the steps in the designing process are only one axis along which we can view embedded system design:
1.Manufacturing cost
2.Performance
3.Power consumption
4.User interface
We must also consider the tasks we need to perform at every step in the design process. At each step in the design, we add detail:
1.We must analyse the design at each step to determine how we can meet the specifications.
2.We must then refine the design to add detail.
3.Add we must verify the design to ensure that it still meets all system goals, such as cost, speed, and so on.
APPLICATIONS :
