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Android Network Aware Protcol : Crowdsourced Phone Settings

This project explores the development of a semi-autonomous phone settings protocol using crowdsourcing theory. By integrating various ad-hoc networking protocols such as AODV, TBRPF, and LCA, we aim to create a system that allows users to manage their phone settings more conveniently. The focus is on minimizing errors and enhancing user experience, especially in scenarios like academic settings or during movies. Our methodology includes extensive testing and evaluating the performance based on reliability, bandwidth, and processing time, leveraging data structures for efficient message handling.

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Android Network Aware Protcol : Crowdsourced Phone Settings

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  1. Android Network Aware Protcol:Crowdsourced Phone Settings By: Mark Arvieux Michael Fruchtman Marcelino Higuera

  2. Goal and Motivation • Semi-autonomous phone settings • Managed settings • Painful errors • Cellphone confiscated during midterms • Phone calls during movies • Convenience • One touch settings

  3. Theory • Crowdsouring theory • Many people, known goal, and a problem • Crowdcasting • Similar projects • Folding@Home • GalaxyZoo

  4. Physical Requirements • Android based phone, may be extensible though • Bandwidth Requirements • GSM: 236.8Kbit downlink, 60Kbit uplink • 3GSM: 2.0Mbit downlink and increasing,200Kbit uplink and increasing • CDMA:1.5Mbit total downlink and uplink •  GSM Voice bandwidth uses 13.2Kbit per second, but smartphones use much more bandwidth even idle

  5. Methodology • Research • Mobile ad-hoc networking • Network topology protocols • Crowdsourcing theory • Construct a protocol • Messages and Data Structures • Operations • Attach to another protocol that maintains network topology

  6. Test Plan • Select 3 ad hoc networking protocols for possible extension with messages and data structures. • AODV • TBRPF • LCA • Develop Test Scenarios • New node joins existing network • Network setup • Tabulator leaves network • ... • Choose metrics for performance based on use cases.

  7. Current Work • Data Structures • Vote Tabulation Table

  8. Current Work • Setting Categories • Speakerphone • Microphone • Volume [0-7] Seven is experimentally determined maximum for android.  • Messages • Vote • Directive • Joins

  9. Remaining Work • Network topology protocols chosen • Test cases and results • Test case analysis • bandwidth  • reliability • correctness • processing time • Revision...

  10. Questions?

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