Operating System With Embedded System Design

Catalog description

The course deals with multi-processor system design targeted toward IoT applications. The multi-processor system’s hardware and software design are integrated in conjunction with the underlying embedded operating system(s). Geographically distributed IoT edge devices and sub-systems are integrated in the system under the discourse and design. Typically offered Fall. Prerequisite(s): ECET 20901 FOR LEVEL UG WITH MIN. GRADE OF D- Course Learning Outcomes 1. Design software with Borland C++ Integrated Development Environment to utilize its extensive menu system and be able to customize it. 2. Interface PC through various Buses, with outside sub-systems. 3. Integrate the hardware and software portions of the design. 4. Design interface with local as well as remote subsystem through the NET. 5. Integrate assembly language sub-routines within C++language code. 6. Implement multi-level interrupt system. 7. Utilize the multi-tasking capabilities of the Operating System in the System Design. 8. Customize PC based Computer System that is capable to assimilate data from multiple sources, both local as well as remote. Carry on the required computation, make the appropriate decisions, and implement the required control functions. View Class Schedule