PPT-EECS 473 Advanced Embedded Systems

Lecture 3 An introduction to real time systems and scheduling Chunks adapted from work by Dr Fred Kuhns of Washington University and Farhan Hormasji Announcements HW0 Due today at . 1. xkcd. EECS 370 Discussion. Exam 2. High: 97 Low: 10 Average 60.4. 2. EECS 370 Discussion. Roadmap to end of semester. Project 4 – Friday . 12/6 (Due tonight at 11:59 w/ 3 slip days). Homework 7 – Tuesday 12/7 (Tomorrow). Programming Languages as cars. C. A racing car that goes incredibly fast but breaks down every fifty miles.. C++. A souped-up version of the C racing car with dozens of extra features that only breaks down every 250 miles, but when it does, nobody can figure out what went wrong.. Week 1- Fall 2009. Dr. Kimberly E. Newman. University of Colorado. General Introduction. The scope of embedded system design platform has expanded from the traditional system of a programmed microprocessor or microcontroller to the use of “embedded cores and processors”, and reconfigurable devices as components of a digital system.  This growth in technology provides greater design flexibility, in that the system architect/designer can choose the mix of hardware and software components of a system, and have more control over the computing architecture and organization of the system. Mosharaf Chowdhury. EECS 582 – W16. 1. Stats on the 18 Reviewers. EECS 582 – W16. 2. Stats on the . 21 Papers . We’ve Reviewed. EECS 582 – W16. 3. Stats on the 21 Papers We’ve Reviewed. EECS 582 – W16. 1. xkcd.com. EECS 370 Discussion. Topics Today:. Control Hazards. Branch Prediction. Project 3. s. tackoverflow. Example. 2. EECS 370 Discussion. Control Hazards. Key Concept. Which LC-2K instruction(s) can cause a Control Hazard?. Module Outline. Introduction to Embedded Systems. CPUs . vs. . MCUs . vs. Embedded . Systems. Examples of Embedded Systems. Options for Building Embedded Systems. Features of Embedded Systems. Introduction to Internet . Course Intro. Algorithms Intro. Pick up a handout from the back table. No in-class Quizzes in 473. By now, you know whether they help you.. Most days, a “handout with fill-ins” instead.. You will not need your computer in class.. Lecture 2. More on interfacing. Project overview. Start on Real time and RM scheduling. Today. Review and expand on . h. ardware interfacing. Some questions using different devices. Compare to Arduino..  . CONTENTS. INTRODUCTION. APPLICATION. IN THE DRIVING SEAT. THE DOCTOR WILL SEE. WIRED WEARABLES. DO NOT KEEP YOUR EYES ON ROAD. ADAPTIVE CRUISE CONTROL(A.C.C.). WORKING PRINCIPLE OF ACC. DOPPLER EFFECT.  . CONTENTS. INTRODUCTION. APPLICATION. IN THE DRIVING SEAT. THE DOCTOR WILL SEE. WIRED WEARABLES. DO NOT KEEP YOUR EYES ON ROAD. ADAPTIVE CRUISE CONTROL(A.C.C.). WORKING PRINCIPLE OF ACC. DOPPLER EFFECT. Peter . Marwedel. Technische. . Universitat. Dortmund, Dortmund, Germany. Presented by:. Yogesh. Sur. CS ID: ysur@cs.odu.edu . Prof. Dr. Peter . Marwedel. - Head of Design Automation for Embedded Systems . DIRECT OL1992117998-10 GUARANTEED OL-REGULAR39743635-9 DIRECT FO623666316 GUARANTEED FO44013976-10 EMERGENCY961037 3462832343-7 M!=.2!55!J(*$'!%.!L.V(!%-(!&'45(!U.$'%!2/!&')!).'!.'!K.2,!.'!&%!7!((4#!&')!%-('!#$)(!%.!#$)(!&%!&J.2%!6!((4#M!=.2!$55!,(L&$'!$'!%-(!J..%!G.,!&J.2%!^!((4#!&G%(,!#2,*(,K!&')!$55!0.'%$'2(!%.!$'0,(&#(!K.2 bina@buffalo.edu. 8/26/2014. 1. CSE321: Realtime and Embedded Systems. CSE321-2014-1. Outline. 8/26/2014. 2. What is a realtime system?. What is an embedded system?. What is a realtime embedded system?.