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Supervisor: Prof Bill Tucker

Supervisor: Prof Bill Tucker. Co-Supervisor: Mr. MJ. Norman. Advisor: Mr. Carlos Rey-Moreno. INTRODUCTION. This project will demonstrate; A backend application for monitoring a mesh network activity for organization (e.g. UWC) The configuration of a remote gateway on mesh potatoes

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Supervisor: Prof Bill Tucker

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  1. Supervisor: Prof Bill Tucker Co-Supervisor: Mr. MJ. Norman Advisor: Mr. Carlos Rey-Moreno

  2. INTRODUCTION This project will demonstrate; • A backend application for monitoring a mesh network activity for organization (e.g. UWC) • The configuration of a remote gateway on mesh potatoes • A wireless network integrated with wireless fidelity (Wi-Fi) • An agile methodology due to constant changes in mesh network activity • The rate used with each neighbor and on active links (Quality of link)

  3. BACKGROUND • This project proposed to; • Minimize the storage capacity of the mesh potatoes when outputting data information for decision making process • Frequently checking the values and/or mechanisms to compress the data explored before sending it to the database server

  4. REQUIREMENTS DOCUMENT The requirements for this project include; • User’s (network manager) view of the problem: Complexity on mesh network activities, and huge amount of data on a mesh device. • Brief description of the problem domain:A network manage is finding a way to minimize the time expending on collecting data. • What is expected from the software solution?Increase the effectiveness of the data transfer between a node and the centralized database servers.

  5. REQUIREMENTS ANALYSIS Designer’s interpretation of the requirements Scenario: User (Network manager) wants a system that will help him carry out daily network monitoringas shown in the following diagram. Network MANAGER MP_B IP_Add: 172.16.39.22 FRONTEND APPLICATION MP_D IP_Add: 172.16.39.22 CENTRALIZED DATABASE SERVER MP_B IP_Add: 172.16.39.21 MP_C IP_Add: 172.16.39.23 DATA COLLECTION

  6. REQUIREMENTS ANALYSIS The system architecture for this project will include two components: • Hardware Component e.g. Mesh Potatoes hardware overview; One 10/100Mbit LAN port,8 MByte Serial Flash EEPROM,16 MByteRAM (device storage space) etc. • Software Package Component e.g. The application File Extractor module as shown in the following diagram will use Extract, Transform, and Load (ETL process); Wireless Mesh Network Set-up MP_B IP_Add: 172.16.39.22 MP_D IP_Add: 172.16.39.22 MP_B IP_Add: 172.16.39.21 Load Software Configuration file reader Data values extracted Database Configuration Able to integrate seamlessly with the frontend Application Transform MP_C IP_Add: 172.16.39.23 Collected values Scenario Data Backend Application

  7. PROJECT PLAN

  8. REFERENCES [1] Aichele, C., Wunderlich, S., Lindner, M., and Neumann, A. Better Approach To Mobile Ad-hoc Networking (B.A.T.M.A.N.) draft-wunderlich-openmesh-manet-routing-00. 2008. [2] Learning b.a.t.m.a.n-adv, http://www.open-mesh.org/projects/batman-adv/wiki Accessed 01 March 2013 [3] Mesh Potato, http://villagetelco.org/mesh-potato/ Accessed 01 March 2013 [4] Rendered Concept Of A Backend And Frontend Of A System www.shutterstock.com Accessed 25 March 2013

  9. CONCLUSION Thank you

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