Presentation on theme: "Sacha Miteche Supervisors: Prof. A. Terzoli and Dr H. Thinyane A Mobile Phone Solution to Improve Geographic Mobility."— Presentation transcript:
Sacha Miteche Supervisors: Prof. A. Terzoli and Dr H. Thinyane A Mobile Phone Solution to Improve Geographic Mobility
Overview Introduction Background Goals Approach Current Stage Questions
Introduction Deliver a solution that improves the informal ride sharing method of hitchhiking, a popular means of travel by people in South Africa, taking advantage of the proliferation of mobile phones. Going to PE Beaufort street Grahamstown Currie Street Grahamstown Images courtesy of Google images
Background Vehicle Ridesharing Formal methods e.g. carpool clubs, organised dynamic method e.g. Avego Driver application for IPhone users, informal dynamic ride sharing e.g. hitchhiking. Incentives Developed nations: Reduce carbon emissions, ease congestions, use of faster HOV lanes. Developing nations: Reduced trip costs to car owner, cheaper, quicker. Research environment Urban (e.g. Grahamstown) and rural (e.g. Dwesa) living considerations (South Africa). Therefore, anticipating communities with different socio economic backgrounds and resources. ICT4D Research, part of the Siyakhula Living Lab project Use sustainable ICT infrastructures for ICT4D projects. For this research, the Reed House Systems (RHS).
Goals A dynamic ride sharing system that enables people to organize spontaneous vehicle ride sharing, primarily targeting mobile phones. –Derived from hitchhiking travel method. –Target mobile phone users. Mobile phones have infiltrated in all levels of communities in SA. This suggests the existence of old and new mobile phones for consideration. –Simplified interactions with the system. Easy to use, familiar methods e.g. SMS based services. Use technologies that provide robust design and flexible management of the system. Reed House Systems (RHS) open source solutions with the Teleweaver (a service platform for integrated applications for marginalised communities). Server side implementations with OSGi specifications that enable modular application management..
Approach Using iterative design method –Requirements gathering. Understanding similar dynamic ride sharing systems to have a good basis. Further understanding through interviews and participation in hitchhiking travel. –Use of relevant technologies. Spring framework for Java OSGi applications development. Java Micro Edition. –System testing Tests with emulators and mobile phones. Usability Testing. Iterative Design method
Current Stage Requirements gathering On going. Literature survey Technical materials e.g. Java OSGi application development, mobile phone applications. Design phase Use Case diagrams, Preliminary system design stage. Implementation RHS developer environment setup then initial system development.