Development of a mobile application for carpooling the elderly

Table of Contents

I. CHAPTER 01 : GENERAL PROJECT FRAMEWORK

1. INTRODUCTION

2. MOBILE TECHNOLOGIES

2.1. ARCHITECTURE OF A MOBILE SYSTEM

2.2. MOBILE APPLICATION

2.2.1. Definition

2.2.2. History

2.2.3. How a mobile application works (Function)

2.3. MOBILE OPERATING SYSTEMS (OS)

2.3.1. iOS

2.3.2. Windows Phone

2.3.3. Android

2.3.3.1. Architecture

2.3.3.2. Advantages and disadvantages

3. CARPOOLING

3.1. DEFINITION AND GENERAL PRINCIPLE

3.2. CARPOOLING TYPES

3.2.1. Regular

3.2.2. Occasional

3.2.3. Eventual

3.3. EXISTING SYSTEMS FOR CARPOOLING

3.3.1. Websites

3.3.2. Mobile Applications

3.4. ADVANTAGES AND DISADVANTAGES OF CARPOOLING APPLICATIONS

4. PROJECT DESCRIPTION

5. APPLICATION FLOWCHART

6. CONCLUSION

II. CHAPTER 02 : PROJECT ANALYSIS AND DESIGN

1. INTRODUCTION

2. SPECIFICATIONS

2.1. IDENTIFICATION OF NEEDS

2.1.1. Functional requirements

2.1.2. Non-functional requirements

2.1.3. Optional requirements

2.2. ACTORS IDENTIFICATION

3. USE CASE DIAGRAM

3.1. TEXTUAL DESCRIPTION OF USE CASES

3.1.1. Identification

3.1.2. Post a ride

3.1.3. View user profile

3.1.4. Search a ride

3.1.5. Request a ride

3.1.6. Accept/Decline a Ride

4. SEQUENCE DIAGRAMS

4.1. IDENTIFICATION CASE

4.2. POST A RIDE CASE

4.3. SEARCH A RIDE CASE

4.4. REQUEST A RIDE CASE

4.5. ACCEPT OR REJECT RIDE REQUEST CASE

4.6. VIEW PROFILE CASE

4.7. DISABLE ACCOUNTS AS ADMIN CASE

4.8. DELETE TRIPS AS ADMIN CASE

4.9. VIEW REPORTS AS ADMIN CASE

5. ACTIVITY DIAGRAM

6. CLASS DIAGRAM

7. CONCLUSION

III. CHAPTER 03 : IMPLEMENTATION OF THE APPLICATION

1. INTRODUCTION

2. WORK ENVIRONMENTS

2.1. HARDWARE PLATFORMS

2.2. SOFTWARE PLATFORMS

2.2.1. Work Tools

2.2.2. Programming languages

2.2.3. Frameworks used

2.3. DATABASE MANAGEMENT SYSTEM

3. PRESENTATION OF THE APPLICATION'S INTERFACES

3.1. PRESENTATION OF THE APPLICATION'S LOGO

3.2. AUTHENTICATION INTERFACES

3.2.1. Login Interface

3.2.2. Register Interface

3.2.3. Extra Registration Interface

3.3. DRIVER INTERFACES

3.3.1. Main Driver Interface

3.3.2. Post a trip Interface

3.3.3. View Trip Interface

3.3.4. Modify Trip Interface

3.3.5. Cancel Trip Interface

3.3.6. Search And Accept Trip Requests Interfaces

3.3.7. Booking Requests Interface

3.4. PASSENGER INTERFACES

3.4.1. Main Passenger Interfaces

3.4.2. Search a Trip Interfaces

3.4.3. Trip Interface

3.4.4. Driver Ratings and Reviews Interfaces

3.4.5. Trip Request Interfaces

3.5. ADMINISTRATOR INTERFACES

3.5.1. Main Admin Interface

3.5.2. Reports List Interface

3.5.3. Remove Trips Interface

3.5.4. Disable User Accounts Interface

3.6. GLOBAL INTERFACES

3.6.1. User Profile Interface

3.6.2. Notifications and Chat List Interfaces

3.6.3. Messages and Chat

3.6.4. Settings Interface

3.6.5. Modify Profile Interface

3.6.6. Splash Screen Interface

4. CONCLUSION

Research Objectives and Core Themes

The primary goal of this thesis is to develop a user-friendly and efficient Android-based carpooling platform specifically tailored for the elderly in Algeria, addressing their unique mobility challenges while promoting cost-effective and sustainable transportation. By leveraging modern mobile technologies and a robust backend, the project aims to simplify ride-sharing processes and enhance the travel experience for older citizens.

• Design and implementation of a custom Android mobile application.
• Integration of efficient backend services using Firebase for real-time data management.
• Development of specialized features for elderly users, including simplified navigation and accessibility options.
• Implementation of secure user identification and rating systems for safety and reliability.

Excerpt from the Book

Summary of Chapters

CHAPTER 01 : GENERAL PROJECT FRAMEWORK: This chapter provides an overview of mobile application development architectures, operating systems, and the fundamental principles of carpooling systems.

CHAPTER 02 : PROJECT ANALYSIS AND DESIGN: This section covers the functional and non-functional requirements, actor identification, and the technical modeling using UML diagrams to define the system's structure.

CHAPTER 03 : IMPLEMENTATION OF THE APPLICATION: This chapter details the technical development environment, including hardware and software platforms, and presents the various interfaces created for drivers, passengers, and administrators.

Keywords

GoRide, carpooling, elderly, Android, mobile application, Firebase, transportation, Kotlin, ride-sharing, backend, user interface, geolocation, mobility, sustainable, accessibility

Frequently Asked Questions

What is the core purpose of this project?

The project focuses on creating a mobile carpooling application ("GoRide") specifically designed to help the elderly in Algeria travel more easily, cheaply, and safely by sharing rides.

What are the primary target users for the application?

The application is primarily aimed at the elderly population in Algeria, with specialized features to accommodate their needs, alongside drivers who want to share their vehicles.

Which platform was chosen for the application development?

The application was developed for the Android platform using Kotlin as the primary programming language and Android Studio as the development environment.

Which technologies are used for the backend?

The project utilizes the Firebase platform, specifically Firebase Real-time Database for data storage, Firebase Auth for user management, and Firebase Storage for handling images.

How is safety and reliability ensured in the app?

The app includes user verification, a rating system for drivers and passengers, and an administrative interface to monitor activity and handle reported issues.

What are the key technical features of the application?

The application features real-time search, ride posting, request management, notifications, integrated messaging, and a map-based path visualization system.

How does the search algorithm optimize trip results?

The algorithm uses Geolocation and Places API to combine origin and destination data into unique codes, which allows for efficient filtering and faster querying of the NoSQL database.

Why was Firebase selected as the backend solution?

Firebase was chosen because it is powerful, offers a free usage tier, is easy to set up for beginners, and supports real-time data synchronization, which is critical for ride-sharing updates.

How does the application accommodate the elderly?

The interface is designed for simplicity and includes specific registration checks, such as age verification, to ensure a tailored and secure experience for the target elderly demographic.

What role does the Administrator have?

The Administrator manages the platform by viewing reports, disabling user accounts, and removing inappropriate trips to ensure the application remains safe and professional.