BIRLA INSTITUTE OF TECHNOLOGY AND SCIENCE, Pilani Pilani Campus

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1 First Semester Instruction Division Course Handout (Part II) In addition to Part I (General Handout for all courses appended to the Time Table), this portion gives further specific details regarding the course. Course No. : EEE G512 Course Title : Embedded System Design Instructor In-charge : Devesh Samaiya Instructor(s) : - 1. Course Description Introduction to architecture, programming and interfacing of system on chip devices such as ARM based microcontrollers. Modeling of state diagrams for embedded computing systems. Design of power, memory, cost and space aware computing. Overall this course deals into art of embedding computing abilities into consumer products of daily use. 2. Scope and Objectives Date: 29/07/2017 Develop skills into embedded electronic hardware and firmware design. Computer controlled motions and mechanism. Understand the architecture and interfacing with microcontrollers. Understand various on chip communication protocols such as USB, I2C etc. Introduction to computer aided printed circuit board design & fabrication. 3. Prescribed Text Book T1. Wolf, Wayne, Computers as Components Principles of Embedded Computing System Design, Second Edition, Morgan-Kaufmann, Reference Books R1. Lyla B Das, Embedded Systems: An integrated approach, Pearson Education R2. Santanu Chattopadhyay, Embedded System Design, PHI R3. Muhammad Ali Mazidi, 8051 Microcontroller & Embedded Systems: Using Assembly and C, Pearson Education. R4. Prof Steve Furber, ARM System on Chip architecture, Addison Wesley; 2 edition (17 August 2000) R5. UM10139 lpc214x User manual

2 5. Course Plan Module Number 1. Introduction to embedded system design process. Lecture session/tutorial Reference Session. L1.1.The universal machine T1: 2.1 L Specification techniques I R2: 6.1, 6.4 StateChart, PetriNets. Learning Outcome Design metrics, modeling techniques and design flow for design L1.3. Specification techniques II UML L1.4. Program optimization techniques 2. ARM architecture L2.1 Introduction, RISC features, ARM programmers model L L2.3 ARM Organization & Implementation L2.4 + L2.5 ARM Instruction Set Architecture (ISA) and assembly language programming L2.6 Architectural support for high level languages L2.7 Architectural support for System development L2.8 Architectural support for operating systems R2: 6.5 T: 5.5 R4: R4: R4: 3 & 5 R4: 6 R4: 8 R4: 11 Understand the architecture, implementation, programming and interfacing with ARM computing machine. 3. LPC2148, ARM7TDMI based SoC L3.1 Peripherals, Memory mapping for data, code and peripherals, pin configuration, pin connect block, GPIO Peripheral L3.2 Nested vectored interrupt controller in LPC2148, Interrupts in LPC2148 R5 R5 SoC specific implementation, programming and interfacing with external peripherals. On chip communication

3 L3.33 ADC, DAC and RTC in LPC2148 R5 : 17, 18, 19 protocols, Timers, PWM etc. L3.4 Timer in LPC2148 and its various modes of operations R5 : 15, 16 L3.5. UART protocol and its R5 : 9 L3.6. SPI protocol and its R5 : 12 L3.7 I2C protocol and its R5 :11 L3.8+ L3.9 + L3.10 USB protocol and USB Device controller in LPC21448 R5 : Computer controlled motions, mechanisms & user interaction devices L4.1. Alphanumeric LCD interfacing, Key pad interfacing L4.2.Servo motor, Stepper motor interfacing, X-Y-Z axis control mechanism R3 Class notes, R3 How to design computer controller mechanisms? How to add human interaction devices into embedded systems? 5. Design examples L5.1. Design example - I Class notes L5.2. Design example - II Class notes Case studies on design. L5.3 + L5.4 Design example - III with PCB design using EAGLE layout editor L5.55 Case study of a boot loader program Class notes Class notes Development of design thinking in consumer electronics products development. 6. Processes and Operating Systems L L6.2 CPU metrics, Tasks scheduling, preemptive RTOS R2: 5 T: 6 Operating systems for

4 7. Hardware Software Co- Design L7.1 Basic introduction to hardware software co design methods R2 Introducing the concept of optimized hardware software co design Hands on lab experiments on LPC2148 SoC 1) GPIO 2) ADC 3) UART 4) TIMER 5) External Interrupts 6) SPI 7) I2C 8) USB 6. Evaluation Scheme: Evaluation Weightage Component (Marks) Date & Time Remarks Mid-Sem. 20% (40) 10/10 11:00-12:30 PM Closed Book Comprehensive 30% (60) 4/12 AN Open Book Lab practice 20% (40) As per the lab schedule Hands on projects on Theme Project 30% (60) To be announced designing handheld gaming consoles and video games. Closed Book Test: No referencee material of any kind will be permitted inside the exam hall. Open Book Exam: Use of any printed / written reference material (books and notebooks) will be permitted inside the exam hall. Use of calculators will be allowed in all exams. No exchange of any material will be allowed.

5 Note: It shall be the responsibility of the individual student to be regular in maintaining the self study schedule as given in the course handout, attend lectures and the lab practice sessions as per the schedule announced in time table. Mid Semester Test and Comprehensive Examination are according to the Evaluation Scheme given in the Course Handout. If the student is unable to appear for the Regular Test/Examination due to genuine exigencies, the student must refer to the procedure for applying for Make-up Test/Examination. No make up for the labs. (Devesh Saamaiya) Instructor In charge EEE G512.

Academic Course Description

BEC502 MICROPROCESSOR AND MICROCONTROLLER Course (catalog) description Academic Course Description BHARATH UNIVERSITY Faculty of Engineering and Technology Department of Electronics and Communication Engineering