ppt_on_MobileAdhoc_Network Seminar

[born_for seminars]

1. INTRODUCTION

2. TYPES OF ADHOC NETWORKS
2.1 WIRELESS AD-HOC NETWORKS
2.2 VEHICULAR AD-HOC NETWORK
2.3 DELAY TOLERANT NETWORKING:
2.4 In VANET
2.5 WIRELESS COMMUNITY NETWORKS
2.6 MESH NETWORKING
2.6.1 MESH NETWORKING APPLICATIONS
2.6.1.1 BIO-WEB
2.6.1.2 WIRELESS MESH NETWORK
2.6.1.3 MESH NETWORK DEVICES
2.7. MOBILE PHONE
3. SOME CHARACTERISTICS OF MOBILE AD-HOC
4. MOBILE AGENTS
4.1 WIRELESS LANS
4.2 COMPONENTS OF A WIRELESS NODE AND THE INSTELATION OF THESE NODES IN THE WAND TEST BED
5. SOME APPLICATIONS OF MOBILE AD-HOC NETWORKS
5.1 BLUETOOTH A COMMERCIAL APPLICATION OF MOBILE ADHOC NETWORKS
5.2 IEEE 802.11 OR Wi-Fi PROTOCOL
5.3 GROUP APPLICATIONS IN MOBILE ADHOC NETWORK
5.4 MOBILE ADHOC NETWORK (MANETs)
6. FUTURE OF MOBILE AD-HOC NETWORKS
7. CONCLUSION
8. REFERENCES


ABSTRACT


A mobile ad-hoc network is a collection of mobile devices equipped with a transmitter and receiver, connected in the absence of fixed infrastructure.

This paper briefly explores some of the issues that we believe will be raised by the development and future common place adoption of mobile, wearable, augmented reality systems. These include: social influences on tracking accuracy, the importance of appearance and comfort, an increase in collaborative applications, integration with other devices, and implications for personal privacy.

Minimal configuration and quick deployment make ad hoc networks suitable for emergency situations like natural disasters or military conflicts. The earliest wireless ad hoc networks were called "packet radio" networks, and were sponsored by DARPA