#ATMEL 89C51 DATASHEET SERIAL#

I place on record my deep sense of appreciation for the support extended to me by Prof Jandhayala N Murthy, Principal of Gokaraju Rangaraju Institute of Engineering and Technology, Hyderabad.Ī good number of the faculty of GRIET and JNTU have encouraged me in various ways during the course of my research. I wish to thank Prof P.S Raju, Director of GRIET, Hyderabad for his parental concern for me. Madhavi Latha, Charmain BOS(ECE), JNTUH College of Engineering, Hyderabad for their valuable suggestions during the review period. Pratap Reddy, Director, R & D Cell, JNTUH University, Hyderabad for providing me excellent guidance in the preparation of thesis. A.Vinay Babu, Principal, JNTUH College of Engineering, Hyderabad for providing me an opportunity to fulfill my long cherished dream of pursuing research. Rameshwar Rao, Vice-Chancellor, JNTUH University, Hyderabad, Dr. It is a great pleasure to express my sincere thanks to Prof. In fact, my devotion and reverence for her go beyond the pages of this volume. Madhavi Latha, Professor of ECE & Director, ITC, JNTUH, Hyderabad, for her immaculate guidance, untiring encouragement and inestimable inspiration. I am deeply indebted to my supervisor and mentor, Dr M. I therefore wish to express my deep sense of gratitude to each individual associated directly or indirectly in the successful completion of my research.

But this is not possible without the active support, help and cooperation of a good number of people. The excruciatingly painful experience of writing a dissertation results in a unique reward. I thank the omniscient God for providing me his kindly light with love through the recesses and labyrinth of my research work.

#ATMEL 89C51 DATASHEET SERIAL#

CHAPTER 2 ECG DATA ACQUISITION SYSTEM AND HEART RATE MEASUREMENTĢ.2.1 Electrodes used for ECG Signal PickupĢ.3.1 Requirements of Instrumentation AmplifierĢ.5.1 ADC0804 Analog to Digital ConverterĢ.5.2 Serial communication using microcontroller 89CĢ.7.1 Communication of Data HyperTerminalĢ.7.1.1 Steps involved to setup a new connection using window interfaceĢ.7.1.2 Steps involved in saving incoming data to a text fileĢ.8 Realization of Sigma Delta ADC using SimulinkĢ.9.1 Implementation of LABVIEW for ECG Instrumentation and AnalysisĢ.9.5 QRS Detection and Heart Rate Calculationģ.1 Performance Evaluation of compressionģ.3 Compression techniques used in the Proposed Workģ.3.1 Amplitude Zone Time Epoch Coding (AZTEC) Algorithmģ.3.1.1 Line Detection (Horizontal Mode) Procedureģ.3.1.2 Line Processing (Slope Mode) Procedureģ.3.3 Coordinate Reduction Time Encoding System (CORTES) Algorithmģ.3.4 Discrete Cosine Transform (DCT) Algorithmģ.3.5 Fast Fourier Transform (FFT) Algorithmģ.4 Comparison of various Compression TechniquesĬHAPTER 4 LINEAR VECTOR QUANTIZATION FOR ECG SIGNAL CLASSIFICATIONĤ.2.2 Supervised Training for Neural NetworkĤ.3.2 Training Algorithm for ECG Signal ClassificationĤ.3.3 Application of the ECG Signal Analysis using LVQ MethodĬHAPTER 5 RESULTS OF ECG ACQUISITION, COMPRESSION AND ANALYSISĥ.1 Hardware Implementation for Data Acquisitionĥ.3 Results of Linear Vector Quantization (LVQ) for ECG Signal Analysis

Atmel 89c51 datasheet