These systems are designed with a single 8- or 16-bit micro controller they have little hardware and software complexities and involve board-level design. They may even be battery operated. When developing embedded software for these, an editor, assembler and cross assembler, specific to the micro-controller or processor used, are the main programming tools. Usually, ‗C‘ is used for developing these systems. ‗C‘ program compilation is done into the assembly, and executable codes are then appropriately located in the system memory. The software has to fit within the memory available and keep in view the need to limit power dissipation when system is running continuously.
Examples
vital signs monitoring
Motor and cruise control system
Body or Engine safety
Entertainment and multimedia in car
E-Com and Mobile access
Robotics in assembly line
Wireless communication
Mobile computing and networking
Digital Cameras
Set top Boxes
High Definition TVs
DVDs
MEDIUM SCALE EMBEDDED SYSTEM
These types of embedded systems design with one or 16 or 32 micro-controllers, RISCs or DSPs. These types of installed programs have the complexity and complexity of the software. By developing embedded software for embedded centralized programs, the major programming tools are C, C ++, JAVA, Visual C ++, RTOS, debugger, source code code tool, simulator and IDE.
EXAMPLES
Security systems
Telephone and banking
Defense and aerospace
Communication
SOPHISTICATED EMBEDDED SYSTEM
These types of installed programs have a high degree of software and hardware, which may require ASIPs, IPs, PLAs, non-scalable or programmable processors. They are used for cutting-edge applications that require hardware and software Co-design and materials to assemble into a storage system.
EXAMPLE
Traffic Signal Control System
Street Light Control
video game consoles
TYPES OF EMBEDDED SYSTEMDIGITAL MARKETING
May 27, 2020
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