CENG 424
Embedded Computer Systems
Nature of embedded systems, particular problems, special issues; role in computer engineering; embedded microcontrollers, embedded software; real time systems, problems of timing and scheduling; testing and performance issues, reliability; low power computing, energy sources, leakage; design methodologies, software tool support for development of such systems; problems of maintenance and upgrade; networked embedded systems; FPGA design issues.
Learning Outcomes:
- To demonstrate the ability to model and design embedded systems.
- To show ability to realize and verify systems.
- To show ability to use embedded software development techniques.
| Topics |
| Introduction to Embedded System Design |
| Review of computer architecture concepts |
| FFPGA design and VHDL |
| Dedicated and General Purpose Datapath Design |
| Design with Microcontrollers |
| LAB – I : A simple application using Arduino |
| Fundamentals of feedback control systems |
| Data Acquisition and Digital Signal Processing |
| LAB – II :Setting up the testbed for motor speed control |
| Real-Time Systems |
| Real-Time Operating Systems |
| Embedded Software Design |
|
Fault-Tolerance Techniques
|
| LAB – III : Speed control of dc Motor using Arduino |
Instructor(s)
Assistant(s)
Other Fourth Year Courses
- CENG 400
- CENG 411
- CENG 415
- CENG 416
- CENG 418
- CENG 421
- CENG 422
- CENG 431
- CENG 432
- CENG 433
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- CENG 436
- CENG 437
- CENG 441
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- CENG 443
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- CENG 451
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- CENG 471
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- CENG 473
- CENG 481
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- CENG 483
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- CENG 485
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- CENG 487
- CENG 488