CENG 4480 Digital Systems Design CENG 4480A 1

CENG 4480 Digital Systems Design CENG 4480_A 1 Introduction Week 1 Sensors (v. 5 c) 1

Overview § Part A l l l A 1. Op Amps and Analog Interfacing A 2. Sensors A 3. ADDA A 4. PID control A 5. Self balance robot design A 6. transmission lines Sensors (v. 5 c) 2

Plans (part A) § A 1. Sensors l l Use of different sensors Sensor characteristics § A 2. Op Amps and Analog Interfacing l How to connect sensors to systems § A 3. Analog-to-digital conversions ADDA l Internal operations of different ADDA devices Sensors (v. 5 c) 3

Project for the whole term § Choose your own topic and product to be built as long as it is interesting and you enjoy doing it. § Work on a project with the following elements: l l Embedded system (using Arduino, Android, etc. ) Hardware interfacing techniques, such as • • Force (strain gauge), Motion, accelerometers, gyroscope Touch screen Self balancing robots https: //www. youtube. com/watch? v=D 5 UCJoj. CPdo&feature=youtu. be • Sound. . l Software development • Drivers • Interfacing program development Sensors (v. 5 c) 4

Project discussion will be held during lab hours § A group of two students § 12 Oct 2015 *(23: 59 hour): Send a 2 -page proposal to tutors: l l Objectives Plan (what will you achieve at ) • Landmark 1 • Final demo : last week of the term. l Budget (don’t buy items before the budget is examined and permitted by the tutors). Remember: Keep formal receipts for reimbursement after buying permitted items. § 12 Nov 2015 (thur) lab time: Landamrk 1 check and marked by tutors. Sensors (v. 5 c) 5

CENG 4480 Quizzes: Don’t worry , questions will be similar to class exercises § Quiz 1: (wed) 30 Sept 2015, 20 minutes during lecture hours § Quiz 2: (wed) 4 Nov 2015, 20 minutes during lecture hours § Other quizzes will be announced later Sensors (v. 5 c) 6

Marking scheme § § Part 1: Exercises, quizzes and laboratory assignments: 60% of the overall assessment. Part 2: Final Examination: 40% of the overall assessment. A student must gain at least 40% of the full marks in each part in order to pass the course. Class exercise: In each lecture, a class exercise will be given to students, a student should complete the exercise and submit it to the professor at the end of the lecture. The total marks for class exercises are 10% of the whole course. Sensors (v. 5 c) 7