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Electrocardiogram (ECG) application operation

Electrocardiogram (ECG) application operation. Performed By: Ran Geler Mor Levy Instructor: Moshe Porian Project Duration: 2 Semesters Spring 2012. Introduction. The heart is a muscular organ that beats in rhythm to pump blood through the body

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Electrocardiogram (ECG) application operation

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  1. Electrocardiogram (ECG) application operation Performed By: Ran Geler Mor Levy Instructor: Moshe Porian Project Duration: 2 Semesters Spring 2012

  2. Introduction • The heart is a muscular organ that beats in rhythm to pump blood through the body • By analyzing the heart behavior and especially the electrical impulses we can help identify heart diseases and special circumstance that require close monitoring

  3. Medical Terms • ECG • Lead • Bipolar leads • Unipolar leads • Precordial Leads

  4. Project Overview Project focus

  5. Project Goals • Design and implement a communication interface between a PC to an ECG board using a FPGA. • Implement a simulation component to PCB board behavior for tests. • Learn how to integrate Multi Platforms elements • ECG DB with FPGA • Build an interactive GUI with debugger abilities. • Methodic project

  6. Top Architecture

  7. ECG FSM • Controls the flow of data between the host and the DB • Three Main chain of actions: • Read Data • Read Registers • Write Registers

  8. ADS1298R ECG DB • FPGA Architecture design suited to Texas Instruments ADS1298R board. • Arrived to the High Speed Digital Systems Lab

  9. DB Mocking • We have implemented a component to imitate the Texas Instruments ADS1298R Chip behavior. • The Mocking component is capable ofsaving 26 configuration registers values. • Extracting \ writing data from a sequence ofregisters in a burst. • Simulate a continues samples reading (RDATAC mode).

  10. GUI – Flash mode

  11. GUI – Analyzer mode

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