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Table of contents
1 Introduction
1.1 Introduction
1.2 Long Bones
1.2.1 Fracture of long bones
1.3 Problem Motivation
1.4 Related work and current working system
1.5 Aim and Scope of Work
1.6 Tool Kit
2 Antenna theory
2.1 Antenna Theory
2.2 Properties of Antenna
2.2.1 Wave length
2.2.2 Input Impedance
2.2.3 Band Width
2.2.4 Return Loss
2.2.5 VSWR and Reflected power
2.2.6 Directivity and Gain
2.3 Type of Antenna
2.3.1 Wire Antennas
2.3.2 Aperture antennas
2.3.3 Microstrip Antennas
2.3.4 Array Antennas
2.3.5 Reflector Antennas
3 Microstrip Antenna and Android theory
3.1 Microstrip Antenna
3.1.1 Types of Microstrip Antennas
3.1.2 Feeding Methods
3.2 Microstrip line antenna used in the project
3.3 Android Introduction
3.3.1 Version of Android
3.4 Android Architecture
3.4.1 Linux Kernel
3.4.2 Libraries
3.4.3 Android Run time
3.4.4 Application Framework
3.4.5 Application Layer
3.5 Why Android for development
4 Designing
4.1 Design Rectangular Microstrip Antenna
4.1.1 Design Steps
4.2 Design analysis of Microstrip antenna
4.2.1 Selection of Material
4.2.2 Selection of Frequency
4.2.3 Selection of feed technique
4.3 Design of Android Application
4.3.1 Requirement Engineering
4.4 Proposed System
5 Development
5.1 Development of Sensor
5.2 Long Bone (Femur, Tibia) Properties
5.3 Antenna as sensor
5.4 Development of Android application
5.4.1 Module 1 Implementation
5.4.2 Module 2 Implementation
5.4.3 Module 3 Implementation
6 Conclusion and Future work
6.1 Conclusion
6.2 Future work
7 Reference
8 Appendix
