Wireless Sensor Networks Essay

848 Words 4 Pages
Contents 2
1. EXECUTIVE SUMMARY 3
2. INTRODUCTION AND OVERVIEW 3
3. PROJECT AIMS 4
4. PRODUCT PERSPECTIVE AND PROPOSED DESIGN DETAILS 5
4.1. Program Design Steps 6
4.2. Proposed Program Outlook 6
4.3. Proposed Program Rundown 7
5. PROJECT PERSPECTIVE AND RISK ANALYSIS 7
6. TEST PLANS 7
7. PROPOSED TIMELINE 8
8. REFERENCES 8 1. EXECUTIVE SUMMARY The main purpose is to study compare the Energy-Efficient Routing algorithm between Energy Aware Ladder Diffusion (EALD) and Directed Diffusion (DD) by designing a program for profile simulation. The project is desire to compare the Energy-Efficient Routing algorithm between Energy Aware Ladder Diffusion (EALD) and Directed Diffusion (DD) by using mathematical models, This research
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If the energy of a sensor node is exhausted, wireless sensor network leaks will appear, and failure nodes will not relay data to the other nodes during transmission processing. Thus, other sensor nodes will be increasingly burdened with transmission processing. Given these issues, energy consumption in wireless sensor networks is an important research issue. So it is an important factor to improve the performance of WSNs that to raise the sensor node’s energy efficiency. There are many methods about raising the sensor node’s energy efficiency, and designing properly routing algorithm is one of the most efficient approaches among these ones. This paper proposes an compare energy aware ladder diffusion (EALD) and directed diffusion algorithm to map out the data relay routes in wireless sensor nodes. This two of algorithm also focuses on balancing the data transmission load, increasing the lifetime of sensor nodes and their transmission efficiency.Base on designing the Compare the Energy-Efficient Routing algorithm between Energy Aware Ladder Diffusion and Directed Diffusion, which need to design a program for simulate the layout. In the computer programs, MATLAB (MATrix LABoratory) MATLAB permit matrix manipulations, plotting the functions and data, implementation of algorithms, and interfacing with programs written in other languages, including C, C++, Java, and Fortran. This is a great benefit for simulate and compare the system, where it is common

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