Abstract

Problem statement: In the past, the main focus of the research in the wireless network is to provide optimal routes between source and destination nodes. The wireless routing is required additional computational effort than wired routing in order to fulfill the major wireless characteristics such as battery power constraints, frequent mobility and less processing. Approach: In addition to wired routing the wireless routing requires some characteristics, such as scalability, higher throughput, lesser packet loss and providing QoS. The wireless routing protocol is categorized based on routing update mechanism, based on routing topology and based on special resources like energy aware and location aware. Results: Routing in the wireless network is classified as proactive, reactive and hybrid routing protocols. These routing protocols are discussed in this study with the experimental result. Conclusion: In this study, an analysis is described on the existing routing methodology which is proposed for solving various routing issues in the wireless communication.

Highlights

  • The ability to shorten software development times, to bring visibility into the development process and hopefully to better satisfy customers have led to a wide adoption of agile development practices in many companies

  • Many of the companies have seen the rise of software processes, where various improvements in software development have been pursued by adding more processes

  • Transition to agile processes can be used as an argument to remove most existing processes that are available in the traditional methods

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Summary

Introduction

The ability to shorten software development times, to bring visibility into the development process and hopefully to better satisfy customers have led to a wide adoption of agile development practices in many companies. Transition to the agile development explains the key practices of requirements engineering and their importance. The team manager was made responsible for explaining the business and technical challenges, which in agile practice called as time-boxing.

Results
Conclusion
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