DESIGN AND IMPLEMENTATION OF A COMPUTERIZED ULTRASOUND IMAGING INFORMATION SYSTEM
(CASE STUDY OF MADUBUIKE ENUGU)
By
Author
Presented To
Department of Computer Science
ABSTRACT
Computerized ultrasound imaging information system is used in the processing of ultrasound information and report. Ultrasound is cyclic sound pressure with a frequency greater than the upper limit of human hearing. Although this limit varies from person to person, it is approximately 20 kilohertz (20,000 hertz) in healthy, young adults and thus, 20 kHz serves as a useful lower limit in describing ultrasound. The production of ultrasound is used in many different fields, typically to penetrate a medium and measure the reflection signature or supply focused energy. The reflection signature can reveal details about the inner structure of the medium. The most well known application of this technique is its use in sonography to produce pictures of fetuses in the human womb. There are a vast number of other applications as well. The upper frequency limit in humans (approximately 20 kHz) is caused by the middle ear, which acts as a low-pass filter. Ultrasonic hearing can occur if ultrasound is fed directly into the skull bone and reaches the cochlea without passing through the middle ear. Carefully-designed scientific studies have been performed supporting what the authors call the hypersonic effect — that even without consciously hearing it, high-frequency sound can have a measurable effect on the mind This program is implemented using visual basic program and MS Access.
Computerized ultrasound imaging information system is used in the processing of ultrasound information and report. Ultrasound is cyclic sound pressure with a frequency greater than the upper limit of human hearing. Although this limit varies from person to person, it is approximately 20 kilohertz (20,000 hertz) in healthy, young adults and thus, 20 kHz serves as a useful lower limit in describing ultrasound. The production of ultrasound is used in many different fields, typically to penetrate a medium and measure the reflection signature or supply focused energy. The reflection signature can reveal details about the inner structure of the medium. The most well known application of this technique is its use in sonography to produce pictures of fetuses in the human womb. There are a vast number of other applications as well. The upper frequency limit in humans (approximately 20 kHz) is caused by the middle ear, which acts as a low-pass filter. Ultrasonic hearing can occur if ultrasound is fed directly into the skull bone and reaches the cochlea without passing through the middle ear. Carefully-designed scientific studies have been performed supporting what the authors call the hypersonic effect — that even without consciously hearing it, high-frequency sound can have a measurable effect on the mind This program is implemented using visual basic program and MS Access.
TABLE OF CONTENTS
Title page i
Certification ii
Dedication iii
Acknowledgement iv
Abstract v
Table of contents vii
CHAPTER ONE
INTRODUCTION 1
1.1 Background of the study 1
1.2 State of the problem 2
1.3 Purpose of the study 3
1.4 Aims and objectives 3
1.5 Scope of study 5
1.6 Limitations of study 5
1.7 Assumptions 6
1.8 Definition of terms 7
CHAPTER TWO
LITERATURE REVIEW 8
CHAPTER THREE
3.1Description and analysis of existing system 15
3.2Fact finding method used 17
3.3Organization structure 19
3.4Objectives of Existing system 21
3.5Input, Process and Output Analysis 22
3.6Information Flow Diagrams 26
3.7Problems of the Existing System 27
3.8Justification of the New System 28
CHAPTER FOUR
4.1Design of the New System 30
4.2Input Specification and design 30
4.3Output specification and design 32
4.4File Design 34
4.5Procedure chart 36
4.6System flow chart 38
4.7System requirements 40
CHAPTER FIVE
5.1Implementation 42
5.2Program Design 45
5.3Program Flowchart 48
5.4Pseudo code 54
5.5Source Program: Test Run 59
CHAPTER SIX
Documentation 60
CHAPTER SEVEN
7.1Recommendation 62
7.2Conclusion 64
Bibliography 65
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