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MINIMIZING FILE DOWNLOADING TIME IN STOCHASTIC PEER TO PEER NETWORKS

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RESEARCH INFORMATION

PROJECT TOPIC : MINIMIZING FILE DOWNLOADING TIME IN STOCHASTIC PEER TO PEER NETWORKS

CHAPTERS: Chapter 1 – 5
PRICE : #3, 000
FORMAT: Ms Word

This study, MINIMIZING FILE DOWNLOADING TIME IN STOCHASTIC PEER TO PEER NETWORKS contains concise information that will serve as a framework or guide for your project work. The project study is well-researched for academic purposes and are usually provided in complete chapters with adequate References.

Keywords:  FILE DOWNLOADING TIME IN STOCHASTIC PEER TO PEER NETWORKS

RESEARCH BODY

ABSTRACT

The peer-to-peer (P2P) file sharing applications are becoming increasingly popular and account for more than 70% of the interneta, cs bandwidth usage. Measurement studies show that a typical download of a file can take from minutes up to several hours depending on the level of network congestion or the service capacity fluctuation. In this paper, we consider two major factors that have significant impact on average download time, namely, the spatial heterogeneity of service capacities in different source peers and the temporal fluctuation in service capacity of a single source peer. We point out that the common approach of analyzing the average download time based on average service capacity is fundamentally flawed. We rigorously prove that both spatial heterogeneity and temporal correlations in service capacity increase the average download time in P2P networks and then analyze a simple, distributed algorithm to effectively remove these negative factors, thus minimizing the average download time. We show through analysis and simulations that it outperforms most of other algorithms currently used in practice under various network configurations.

TABLE OF CONTENTS

CHAPTER ONE

1.0 INTRODUCTION

1.1      Statement of the problem

1.2      Purpose of the study

1.3      Aims and objectives

1.4      Scope of study

1.5      Limitations of the study

1.6      Definition of terms

CHAPTER TWO

2.0 LITERATURE REVIEW

CHAPTER THREE

3.0 METHOD FOR FACT FINDINGS AND DETAILED DISCUSSIONS ON THE SUBJECT MATTER

3.1      Methodologies for fact-finding

3.2      Discussion

CHAPTER FOUR

4.0 FUTURES, IMPLICATIONS AND CHALLENGES OF THE SUBJECT MATTER FOR THE SOCIETY

4.1      Futures

4.2      Implications

4.3      Challenges

CHAPTER FIVE

5.0      SUMMARY,RECOMMENDATION AND CONCLUSION

5.1      summary

5.2      Recommendations

5.3      Conclusion

References

CHAPTER ONE

1.0     INTRODUCTION

Peer-to-peer (P2P) technology is heavily used for content distribution applications. The early model for content distribution is a centralized one, in which the service provider simply sets up a serve and every user downloads files from it. In this type of network architecture (server-client), many users have to compete for limited resources in terms of bottleneck bandwidth or processing power of a single serve. As a result, each user may receive very poor performance. From a single user perspective, the duration of a download session, or the download time for that individual user is the most often used performance metric.

P2P technology tries to solve the issue of scalability by making the system distributed. Each computer (peer) in the network can act as both a server and a client at the same time. When a peer complete downloading some files from the network, it can become a server to service other peers in the network. It is obvious that as time goes on, the service capacity of the entire network will increase die to the increase in the number of servicing peers. With this increasing service capacity, theoretical studies have shown that the average download time for each user in the network is much shorter than that of a centralized network architecture in ideal cases (2), (3). In other words, users of a P2P network should enjoy much faster download.

1.1 STATEMENT OF PROBLEMS

Owing to:

i) The difficulties people face in locating a web application workshop.

Urgent need to contact a web application workshop at emergency time

Keywords: FILE DOWNLOADING TIME IN STOCHASTIC PEER TO PEER NETWORKS

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