190 likes | 500 Views
5kk73 Assignment 1 Introduction. Shakith Fernando. Overview. The Assignment Details The ECG Application. Assignment. Assignment Webste: http://www.es.ele.tue.nl/~sfernando/5kk73.php. To implement an ECG application on the Intel/Silicon Hive processor.
E N D
5kk73 Assignment 1 Introduction Shakith Fernando
Overview The Assignment Details The ECG Application Electrical Engineering Department
Assignment Assignment Webste: http://www.es.ele.tue.nl/~sfernando/5kk73.php • To implement an ECG application on the Intel/Silicon Hive processor. • The goal is to explore energy/performance trade-offs by • Customizing the processor architecture. • Optimizing the application code for that processor architecture. Electrical Engineering Department
Startup Points • Follow the three guides on the website. • Startup Guide • Compiling Processor Guide • Compiling Program Guide • Lab Session : 7th Oct 2014. Venue: MATRIX 1.41 • Lab Session will help familiarize the tools. • Assignment Code will be released on 23rd Sep 2014. Electrical Engineering Department
Adminstrative Deadline: 21st Oct 2014 5pm. Optional: Work in teams of two. One assignment report. Grading is individual. (Oral exam in January) The account for the servers obtained today and/or with Marja/Secretary(9.24) or during the lab session. Password for the documents will be emailed. Electrical Engineering Department
Resources • Website • http://www.es.ele.tue.nl/~sfernando/5kk73.php • Join the Assignment Forum • https://www.facebook.com/groups/5kk73.2014/ • Contact • Shakith Fernando – s.fernando@tue.nl Electrical Engineering Department
Overview The Assignment Details The ECG Application Electrical Engineering Department
Recognize This? Electrical Engineering Department
ECG - Electrocardiogram The ECG is an electronic representation of the electrical activity of the heart over a period of time. Electrical Engineering Department
Q R S Complex Source – Wikipedia Animation: http://hedc.otago.ac.nz/hubs/Heart%20_ver_1_0_1.swf Electrical Engineering Department
Pan-Tompkins Algorithm* ECG Signal High Pass Filter Low Pass Filter Derivative Peaks Peak Detection Squaring Moving Window Integrator *Pan, J.; Tompkins, W. J. (1985). "A Real-Time QRS Detection algorithm". IEEE Transactions on Biomedical Engineering (3): 230 Electrical Engineering Department
1 – Low Pass Filter Electrical Engineering Department
2 – High Pass Filter Electrical Engineering Department
3 – Derivative Electrical Engineering Department
4 – Squaring Electrical Engineering Department
5 – Moving Window Integrator Electrical Engineering Department
6 – Peak Detection Electrical Engineering Department
Q&A Deadline is 21st Oct 2014 5pm. Good Luck! Electrical Engineering Department
Reference Tutorial: http://cnx.org/contents/611d4152-cf7f-4344-b56d-15775f92fbac@1 Cardic cycle: http://www.austincc.edu/apreview/NursingAnimations/cardiac_cycle.swf Electrical Engineering Department