This document provides an overview of the "GET BUS" Android application project. It includes an acknowledgement section thanking those involved in the project. The abstract describes the app as providing bus route information for three Indian cities by entering a source, destination, bus number or location. The objective is to improve an existing bus app technology. The document outlines the app's architecture, including block and class diagrams. It provides screenshots and discusses requirements, advantages and disadvantages of mobile devices, and future scope. References to similar bus apps are also included.
My Project Report Documentation with Abstract & SnapshotsUsman Sait
This document describes a restaurant finder application developed for Android phones. It includes snapshots and discussions of the application's key activities. The application allows users to search for restaurants by location and cuisine type. It then displays lists of matching restaurants along with ratings and reviews. Users can view more details about a selected restaurant, including getting directions, viewing the full review online, and calling the restaurant directly from the application.
This document provides a final report on the development of a mobile application called CommutEaze. The app aims to track bus vacancies and positions in real time to help commuters choose less crowded buses and travel more comfortably. The report describes the development process, including understanding mobile apps, brainstorming ideas, selecting the bus tracking concept, defining the problem, researching precedents, and designing app features and a prototype. It also presents the business model and financial projections for commercializing the app. The value propositions for commuters and bus companies are discussed. The app is intended to improve the daily commute experience for thousands of users.
Final Year Project Report on Self Tacit Zone (Location Based Android App)Parthik Poshiya
This document is a project report for an Android application called Self Tacit Zone. It was created by Parthik Poshiya and Keyur Hudka to fulfill the requirements for a Bachelor of Engineering degree. The report includes an introduction that outlines the problem summary, aim and objectives, problem specifications, literature review, tools and technology used, and a prior art search. It also covers the design, analysis, implementation, and testing of the Self Tacit Zone application.
This document discusses the development of a driver assistant application for Android that allows users to navigate within Faisalabad city without continuous internet or GPS access. The application would provide turn-by-turn directions to locations like hospitals, malls, universities and more. It aims to make navigation easy and hands-free. The application's backend would store navigation history in a shared preference database, while the frontend GUI is built in XML. Java is used to connect the frontend and backend.
FYP Presentation On Android based Google Map ApplicationMuzamil Hussain
The document presents an Android app called FastFinder that allows users to search for nearby businesses and landmarks. It also allows business owners to easily list their business on Google Maps. The app was developed using technologies like JSON and has features like searching, recommendations, and business registration. It was tested on different devices and received positive user feedback. Future work may include improving the map, enabling online payments, user ratings, and turn-by-turn navigation.
This document describes a mobile application called City Search that provides information about businesses in different categories within cities. The application allows mobile users to search for locations in a selected city and view details about available options, including addresses, phone numbers, and other information. Users can also call or send an SMS message with the location details directly from the application. The application will be developed using technologies like Java, Java DB, and the NetBeans IDE on the Android platform so that users can access it on their mobile devices.
TraXsi Documentaton - Final Year University ProjectAaron Gleeson
The document is a thesis submitted by Aaron Gleeson for the degree of BSc in Business Computing from the Dublin Institute of Technology. It describes the development of an app called TraXsi, which allows users to track taxi journeys in real-time, view fare estimates, and save routes. The thesis acknowledges those who assisted with the project and provided guidance. It includes chapters on requirements analysis, system design, implementation, testing, and conclusions from completing the project.
IRJET- Cross Platform User Compatible System with Specific ApplicationIRJET Journal
1. The document discusses cross-platform mobile application development which allows apps to run on multiple operating systems like Android and iOS.
2. It explains different types of cross-platform apps like web, hybrid, and interpreted apps. Cross-platform tools allow developers to write code once and deploy it to different platforms.
3. The document analyzes advantages of cross-platform apps like reusable code, reduced development time and costs since code only needs to be written and tested once rather than for each platform.
My Project Report Documentation with Abstract & SnapshotsUsman Sait
This document describes a restaurant finder application developed for Android phones. It includes snapshots and discussions of the application's key activities. The application allows users to search for restaurants by location and cuisine type. It then displays lists of matching restaurants along with ratings and reviews. Users can view more details about a selected restaurant, including getting directions, viewing the full review online, and calling the restaurant directly from the application.
This document provides a final report on the development of a mobile application called CommutEaze. The app aims to track bus vacancies and positions in real time to help commuters choose less crowded buses and travel more comfortably. The report describes the development process, including understanding mobile apps, brainstorming ideas, selecting the bus tracking concept, defining the problem, researching precedents, and designing app features and a prototype. It also presents the business model and financial projections for commercializing the app. The value propositions for commuters and bus companies are discussed. The app is intended to improve the daily commute experience for thousands of users.
Final Year Project Report on Self Tacit Zone (Location Based Android App)Parthik Poshiya
This document is a project report for an Android application called Self Tacit Zone. It was created by Parthik Poshiya and Keyur Hudka to fulfill the requirements for a Bachelor of Engineering degree. The report includes an introduction that outlines the problem summary, aim and objectives, problem specifications, literature review, tools and technology used, and a prior art search. It also covers the design, analysis, implementation, and testing of the Self Tacit Zone application.
This document discusses the development of a driver assistant application for Android that allows users to navigate within Faisalabad city without continuous internet or GPS access. The application would provide turn-by-turn directions to locations like hospitals, malls, universities and more. It aims to make navigation easy and hands-free. The application's backend would store navigation history in a shared preference database, while the frontend GUI is built in XML. Java is used to connect the frontend and backend.
FYP Presentation On Android based Google Map ApplicationMuzamil Hussain
The document presents an Android app called FastFinder that allows users to search for nearby businesses and landmarks. It also allows business owners to easily list their business on Google Maps. The app was developed using technologies like JSON and has features like searching, recommendations, and business registration. It was tested on different devices and received positive user feedback. Future work may include improving the map, enabling online payments, user ratings, and turn-by-turn navigation.
This document describes a mobile application called City Search that provides information about businesses in different categories within cities. The application allows mobile users to search for locations in a selected city and view details about available options, including addresses, phone numbers, and other information. Users can also call or send an SMS message with the location details directly from the application. The application will be developed using technologies like Java, Java DB, and the NetBeans IDE on the Android platform so that users can access it on their mobile devices.
TraXsi Documentaton - Final Year University ProjectAaron Gleeson
The document is a thesis submitted by Aaron Gleeson for the degree of BSc in Business Computing from the Dublin Institute of Technology. It describes the development of an app called TraXsi, which allows users to track taxi journeys in real-time, view fare estimates, and save routes. The thesis acknowledges those who assisted with the project and provided guidance. It includes chapters on requirements analysis, system design, implementation, testing, and conclusions from completing the project.
IRJET- Cross Platform User Compatible System with Specific ApplicationIRJET Journal
1. The document discusses cross-platform mobile application development which allows apps to run on multiple operating systems like Android and iOS.
2. It explains different types of cross-platform apps like web, hybrid, and interpreted apps. Cross-platform tools allow developers to write code once and deploy it to different platforms.
3. The document analyzes advantages of cross-platform apps like reusable code, reduced development time and costs since code only needs to be written and tested once rather than for each platform.
Currently there are no proper managed system which can give all the information’s easily at one place, if a person wants to know about the current event happening around him, then he have to use a pc to search related information and there are no proper website exists which provides all the information at the same place, then if he gets the event location even though he have to suffer a lot to reach that place, in the stadium after taking the seat if the person wants to eat something or order something he need to go to the food court nearby him which again need a lot of time in the searching process in the main time they may miss a lot of stuff in the show . This is what the existing unmanaged system look like.
The Fun and Food application can manage all those things in a very good and efficient way, The application is very powerful and efficient that it can locate user’s required position and track all the nearby fun and food zones currently available, if user selects any zone the app will automatically provide the minimum detail about the zone i.e., minimum cost, entry fee such kind of detail are being displayed in the app. We will get the zones on the base of location which will be a viewed in a list which contains the entire fun and food zones at that particular location.
White paper native, web or hybrid mobile app developmentIBM Software India
The document discusses three approaches to mobile app development: native, web, and hybrid. Native apps are developed for a specific platform using that platform's tools and have full access to device capabilities but require separate development for each platform. Web apps are written using web technologies like HTML and JavaScript and are cross-platform but have limited access to device features. Hybrid apps combine web technologies with a native container to access device APIs, providing greater functionality across platforms than a pure web app. The document compares the approaches and provides scenarios where each may be best suited.
This document contains the resume of Anshuman Burmman, an iOS developer based in Jaipur, Rajasthan, India. It includes his contact information, objective, work experience, projects undertaken, skills, languages known, education qualifications, certifications, and hobbies. He has over 2 years of experience as an iOS developer working on applications such as Easy Fitness, Wiseman's Book, Fitner, and several restaurant apps. His skills include Swift, Xcode, Auto Layout, Core Data, and SQL databases. He holds a Bachelor's degree in Electronics and Communication Engineering.
Vijetha M is seeking a position where she can fully utilize her skills and realize her potential. She has 2.2 years of experience in ASP.Net application development and implementing both client-server and web applications using .NET and technologies like AngularJS, jQuery, and SQL. She is proficient in .NET Framework, ASP.NET, MVC, AngularJS, Spring.NET, jQuery, and SQL Server 2008. She has worked on projects involving AWS deployment and application updates.
Daffodil presents their mobile app portfolio and services. They have developed over 2500 web and mobile applications for over 1000 customers across 25 countries. They have development centers in India and overseas marketing offices. Their 400+ professionals have expertise in technologies like Java, .NET, mobile platforms, and Agile methodologies. They offer software consulting, development and staffing. Their portfolio includes apps across industries like transportation, BFSI, education and more.
This document provides a summary of 10 mobile app projects developed by KCS including:
1. Whatsup Feedback Service for Restaurants - A customer experience management app for restaurants.
2. AR Probe - An app that scans logos and provides information about brands.
3. ReachMe - A tracking app that allows users to view the locations of contacts.
4. Cards Direct - An app that allows users to customize and purchase greeting cards.
5. Congressman Chakka Fattah - A mobile app for a US Congressman to share news and information.
This is an android application for tourists. This application helps in solving their problem of understanding regional language and finding nearby places.
Sadhana Chandrakant Punde is seeking a position that allows growth and learning of new technologies. She has over one year of experience developing Android applications at Chaitanya Software, where she designed and coded projects including logical puzzle, quiz, messaging, and student registration apps. Punde has a BCA in computer science from Dr. D.Y. Patil College with skills in Java, Android, PHP, and databases like SQLite and SQL Server. She aims to be a dedicated team member and strong developer.
This document describes several mobile applications developed by Pantheon pro, a mobile software development company located in Munich, Germany. Pantheon pro provides full-service mobile app development for iOS and Android, including native and cross-platform app development, augmented reality solutions, custom gaming apps, UI/UX design, and more. Example apps summarized include a mobile app for Russian Post to track packages, an events guide app for Cinema Emotion, an identity verification app for Telefonica integrated with Equifax, and a statistics app about the Leningrad Region.
“Bus Tracking Application” is an application for Smart phones that works on Android Operating system. This application uses the GPS function. This application at a specific pickup point will send the current location of the bus to students when they request. This app generate predictions of bus arrivals at stops along the route. This application uses a variety of technologies to track the locations of buses in real time
Jaipur Bus Finder - An Android-based ApplicationAI Publications
Through this document, we have introduced the Android platform and its features, provided with a detailed description of the Android app framework from what developers will use and further develop. We have introduced a simple public transport application to show the basic applications and features of Android app items. Jaipur Bus Finder is a public transport application. It is an Android application to make the process of finding a local bus within the city of Jaipur, Rajasthan hassle-free, so that just by entering the details of source location and destination, a user can board the best available bus in order to reach his/her destination in the shortest possible ETA. We have used Android Studio 4.1 to build this application. Android Studio is an official integrated development tool or environment for Google’s Android operating system. It is built on JetBrains’ IntelliJ IDEA software. This paper guides the reader about the working of our project, other Android features and what future Android holds.
Jaipur Bus Finder - An Android-based ApplicationAI Publications
This document introduces an Android-based mobile application called Jaipur Bus Finder that allows users to find buses running between locations in Jaipur, India. It describes the features and development of the app. The app allows users to enter source and destination locations to receive a list of available buses for that route, reducing the hassle of public transportation. It was developed using Android Studio and provides users an easy way to navigate the city. The document also discusses future directions for Android development including augmented reality, artificial intelligence, and on-demand applications.
Android and iOS Hybrid Applications for Surabaya Public Transportation Route Editor IJCATR
This study is conducted to address the lack of route information of public transportation in Surabaya by creating an online guide that can be accessed by passengers to get complete information on maps and travel routes for public transportation. This guide is made interactive, simple, accessible and appropriate for transport adapted to the conditions in the city of Surabaya. This research will develop an Android and iOS applications that can be used on smartphones and tablets using Android and iOS operating systems. Maps and routes are obtained from the Department of Transportation of Surabaya. A survey was done by distributing questionnaires to determine the passengers’ need for public transportation. Maps and route are developed using OpenStreetMap, Ajax, Javascript, XML, OpenLayer, PostgreSQL, and PostGIS. The hybrid application is compiled using PhoneGap. Passengers simply point to the destination of their journey, such as the name of the street or landmarks and public places. The system will automatically choose the alternative lyn of bemo they should choose, including the routes to reach the destination. The information includes the connecting line of a public minibus (called bemo in Indonesian) if the route needs to be connected by more than one bemo line. The information also includes the fare to be paid. From the test results, both the Android and iOS applications can adapt to a wide range of smartphones with a variety of screen sizes, from 3.5 inch to 5 inch smartphones and 7 inch tablets
Android and iOS Hybrid Applications for Surabaya Public Transportation RouteEditor IJCATR
This document describes research conducted to develop a hybrid mobile application providing route and transportation information for public buses (called bemos) in Surabaya, Indonesia. The application was created using technologies like PhoneGap to make it compatible with both Android and iOS devices. It allows users to search for routes between locations, see available bemo lines, and get directions and cost estimates. The application was tested on various devices and provided route planning capabilities and maps to help passengers navigate the public transportation system in Surabaya.
The document summarizes a mini project report for a currency converter Android application developed by three students. The 3 sentence summary is:
The mini project report describes a currency converter app developed by three students for their undergraduate degree. The app allows users to select a currency from a dropdown and enter an amount to convert it to Indian Rupees. The report provides details of the project objectives, existing systems, software design, technologies used, and references sources for the code developed.
This document summarizes a project that enhanced an existing CMS-based e-commerce solution with a cross-platform mobile app. The project used the WordPress CMS, developed a DarunBazar e-commerce site, and created matching mobile apps using the Ionic framework. The mobile apps allow customers to access the online store from any device and drive further business growth. Key aspects included leveraging REST APIs to integrate the mobile and web platforms and address challenges of cross-platform development.
This document proposes the development of a City Bus application for Android phones to help commuters using B.E.S.T. (Brihanmumbai Electric Supply and Transport) buses in Mumbai. The application would allow users to find the nearest bus stop, view bus routes and schedules, search from source to destination, and estimate bus arrival times to make bus travel more efficient. It aims to automate B.E.S.T. services and provide better public transportation using features integrated with maps, GPS, and a user-friendly interface. The conclusion states this application could enhance services for commuters by planning journeys in advance through easy access from the Google Play store.
IRJET- Bus Monitoring System using Android ApplicationIRJET Journal
The document proposes a bus monitoring system using an Android application that allows users to track buses in real-time on a map, view arrival and departure times at stops, and see the live location and route of buses. It discusses the existing problems with public transportation and how the proposed system would allow users to more efficiently plan their journeys and reduce time wasted waiting for buses. The system is intended to be implemented using GPS tracking on buses along with an Android app and website interfaces for users.
Visually impaired people face many problems in their day to day lives. Among them, outdoor navigation is
one of the major concerns. The existing solutions based on Wireless Sensor Networks(WSN) and Global
Positioning System (GPS) track ZigBee units or RFID (Radio Frequency Identification) tags fixed on the
navigation system. The issues pertaining to these solutions are as follows: (1) It is suitable only when the
visually impaired person is commuting in a familiar environment; (2) The device provides only a one way
communication; (3) Most of these instruments are heavy and sometimes costly. Preferable solution would
be to make a system which is easy to carry and cheap.
The objective of this paper is to break down the technological barriers, and to propose a system by
developing an Android App which would help a visually impaired person while traveling via the public
transport system like Bus. The proposed system uses an inbuilt feature of smart phone such as GPS
location tracker to track the location of the user and Text to Speech converter. The system also integrates
Google Speech to Text converter for capturing the voice input and converts them to text. This system
recommends the requirement of installing a GPS module in buses for real time tracking. With minor
modification, this App can also help older people for independent navigation.
Visually impaired people face many problems in their day to day lives. Among them, outdoor navigation is
one of the major concerns. The existing solutions based on Wireless Sensor Networks(WSN) and Global
Positioning System (GPS) track ZigBee units or RFID (Radio Frequency Identification) tags fixed on the
navigation system. The issues pertaining to these solutions are as follows: (1) It is suitable only when the
visually impaired person is commuting in a familiar environment; (2) The device provides only a one way
communication; (3) Most of these instruments are heavy and sometimes costly. Preferable solution would
be to make a system which is easy to carry and cheap.
The objective of this paper is to break down the technological barriers, and to propose a system by
developing an Android App which would help a visually impaired person while traveling via the public
transport system like Bus. The proposed system uses an inbuilt feature of smart phone such as GPS
location tracker to track the location of the user and Text to Speech converter. The system also integrates
Google Speech to Text converter for capturing the voice input and converts them to text. This system
recommends the requirement of installing a GPS module in buses for real time tracking. With minor
modification, this App can also help older people for independent navigation.
Visually impaired people face many problems in their day to day lives. Among them, outdoor navigation is one of the major concerns. The existing solutions based on Wireless Sensor Networks(WSN) and Global Positioning System (GPS) track ZigBee units or RFID (Radio Frequency Identification) tags fixed on the navigation system. The issues pertaining to these solutions are as follows: (1) It is suitable only when the
visually impaired person is commuting in a familiar environment; (2) The device provides only a one way communication; (3) Most of these instruments are heavy and sometimes costly. Preferable solution would be to make a system which is easy to carry and cheap.
The objective of this paper is to break down the technological barriers, and to propose a system by developing an Android App which would help a visually impaired person while traveling via the public transport system like Bus. The proposed system uses an inbuilt feature of smart phone such as GPS location tracker to track the location of the user and Text to Speech converter. The system also integrates Google Speech to Text converter for capturing the voice input and converts them to text. This system recommends the requirement of installing a GPS module in buses for real time tracking. With minor
modification, this App can also help older people for independent navigation.
Visually impaired people face many problems in their day to day lives. Among them, outdoor navigation is
one of the major concerns. The existing solutions based on Wireless Sensor Networks(WSN) and Global
Positioning System (GPS) track ZigBee units or RFID (Radio Frequency Identification) tags fixed on the
navigation system. The issues pertaining to these solutions are as follows: (1) It is suitable only when the
visually impaired person is commuting in a familiar environment; (2) The device provides only a one way
communication; (3) Most of these instruments are heavy and sometimes costly. Preferable solution would
be to make a system which is easy to carry and cheap.
The objective of this paper is to break down the technological barriers, and to propose a system by
developing an Android App which would help a visually impaired person while traveling via the public
transport system like Bus. The proposed system uses an inbuilt feature of smart phone such as GPS
location tracker to track the location of the user and Text to Speech converter. The system also integrates
Google Speech to Text converter for capturing the voice input and converts them to text. This system
recommends the requirement of installing a GPS module in buses for real time tracking. With minor
modification, this App can also help older people for independent navigation.
Currently there are no proper managed system which can give all the information’s easily at one place, if a person wants to know about the current event happening around him, then he have to use a pc to search related information and there are no proper website exists which provides all the information at the same place, then if he gets the event location even though he have to suffer a lot to reach that place, in the stadium after taking the seat if the person wants to eat something or order something he need to go to the food court nearby him which again need a lot of time in the searching process in the main time they may miss a lot of stuff in the show . This is what the existing unmanaged system look like.
The Fun and Food application can manage all those things in a very good and efficient way, The application is very powerful and efficient that it can locate user’s required position and track all the nearby fun and food zones currently available, if user selects any zone the app will automatically provide the minimum detail about the zone i.e., minimum cost, entry fee such kind of detail are being displayed in the app. We will get the zones on the base of location which will be a viewed in a list which contains the entire fun and food zones at that particular location.
White paper native, web or hybrid mobile app developmentIBM Software India
The document discusses three approaches to mobile app development: native, web, and hybrid. Native apps are developed for a specific platform using that platform's tools and have full access to device capabilities but require separate development for each platform. Web apps are written using web technologies like HTML and JavaScript and are cross-platform but have limited access to device features. Hybrid apps combine web technologies with a native container to access device APIs, providing greater functionality across platforms than a pure web app. The document compares the approaches and provides scenarios where each may be best suited.
This document contains the resume of Anshuman Burmman, an iOS developer based in Jaipur, Rajasthan, India. It includes his contact information, objective, work experience, projects undertaken, skills, languages known, education qualifications, certifications, and hobbies. He has over 2 years of experience as an iOS developer working on applications such as Easy Fitness, Wiseman's Book, Fitner, and several restaurant apps. His skills include Swift, Xcode, Auto Layout, Core Data, and SQL databases. He holds a Bachelor's degree in Electronics and Communication Engineering.
Vijetha M is seeking a position where she can fully utilize her skills and realize her potential. She has 2.2 years of experience in ASP.Net application development and implementing both client-server and web applications using .NET and technologies like AngularJS, jQuery, and SQL. She is proficient in .NET Framework, ASP.NET, MVC, AngularJS, Spring.NET, jQuery, and SQL Server 2008. She has worked on projects involving AWS deployment and application updates.
Daffodil presents their mobile app portfolio and services. They have developed over 2500 web and mobile applications for over 1000 customers across 25 countries. They have development centers in India and overseas marketing offices. Their 400+ professionals have expertise in technologies like Java, .NET, mobile platforms, and Agile methodologies. They offer software consulting, development and staffing. Their portfolio includes apps across industries like transportation, BFSI, education and more.
This document provides a summary of 10 mobile app projects developed by KCS including:
1. Whatsup Feedback Service for Restaurants - A customer experience management app for restaurants.
2. AR Probe - An app that scans logos and provides information about brands.
3. ReachMe - A tracking app that allows users to view the locations of contacts.
4. Cards Direct - An app that allows users to customize and purchase greeting cards.
5. Congressman Chakka Fattah - A mobile app for a US Congressman to share news and information.
This is an android application for tourists. This application helps in solving their problem of understanding regional language and finding nearby places.
Sadhana Chandrakant Punde is seeking a position that allows growth and learning of new technologies. She has over one year of experience developing Android applications at Chaitanya Software, where she designed and coded projects including logical puzzle, quiz, messaging, and student registration apps. Punde has a BCA in computer science from Dr. D.Y. Patil College with skills in Java, Android, PHP, and databases like SQLite and SQL Server. She aims to be a dedicated team member and strong developer.
This document describes several mobile applications developed by Pantheon pro, a mobile software development company located in Munich, Germany. Pantheon pro provides full-service mobile app development for iOS and Android, including native and cross-platform app development, augmented reality solutions, custom gaming apps, UI/UX design, and more. Example apps summarized include a mobile app for Russian Post to track packages, an events guide app for Cinema Emotion, an identity verification app for Telefonica integrated with Equifax, and a statistics app about the Leningrad Region.
“Bus Tracking Application” is an application for Smart phones that works on Android Operating system. This application uses the GPS function. This application at a specific pickup point will send the current location of the bus to students when they request. This app generate predictions of bus arrivals at stops along the route. This application uses a variety of technologies to track the locations of buses in real time
Jaipur Bus Finder - An Android-based ApplicationAI Publications
Through this document, we have introduced the Android platform and its features, provided with a detailed description of the Android app framework from what developers will use and further develop. We have introduced a simple public transport application to show the basic applications and features of Android app items. Jaipur Bus Finder is a public transport application. It is an Android application to make the process of finding a local bus within the city of Jaipur, Rajasthan hassle-free, so that just by entering the details of source location and destination, a user can board the best available bus in order to reach his/her destination in the shortest possible ETA. We have used Android Studio 4.1 to build this application. Android Studio is an official integrated development tool or environment for Google’s Android operating system. It is built on JetBrains’ IntelliJ IDEA software. This paper guides the reader about the working of our project, other Android features and what future Android holds.
Jaipur Bus Finder - An Android-based ApplicationAI Publications
This document introduces an Android-based mobile application called Jaipur Bus Finder that allows users to find buses running between locations in Jaipur, India. It describes the features and development of the app. The app allows users to enter source and destination locations to receive a list of available buses for that route, reducing the hassle of public transportation. It was developed using Android Studio and provides users an easy way to navigate the city. The document also discusses future directions for Android development including augmented reality, artificial intelligence, and on-demand applications.
Android and iOS Hybrid Applications for Surabaya Public Transportation Route Editor IJCATR
This study is conducted to address the lack of route information of public transportation in Surabaya by creating an online guide that can be accessed by passengers to get complete information on maps and travel routes for public transportation. This guide is made interactive, simple, accessible and appropriate for transport adapted to the conditions in the city of Surabaya. This research will develop an Android and iOS applications that can be used on smartphones and tablets using Android and iOS operating systems. Maps and routes are obtained from the Department of Transportation of Surabaya. A survey was done by distributing questionnaires to determine the passengers’ need for public transportation. Maps and route are developed using OpenStreetMap, Ajax, Javascript, XML, OpenLayer, PostgreSQL, and PostGIS. The hybrid application is compiled using PhoneGap. Passengers simply point to the destination of their journey, such as the name of the street or landmarks and public places. The system will automatically choose the alternative lyn of bemo they should choose, including the routes to reach the destination. The information includes the connecting line of a public minibus (called bemo in Indonesian) if the route needs to be connected by more than one bemo line. The information also includes the fare to be paid. From the test results, both the Android and iOS applications can adapt to a wide range of smartphones with a variety of screen sizes, from 3.5 inch to 5 inch smartphones and 7 inch tablets
Android and iOS Hybrid Applications for Surabaya Public Transportation RouteEditor IJCATR
This document describes research conducted to develop a hybrid mobile application providing route and transportation information for public buses (called bemos) in Surabaya, Indonesia. The application was created using technologies like PhoneGap to make it compatible with both Android and iOS devices. It allows users to search for routes between locations, see available bemo lines, and get directions and cost estimates. The application was tested on various devices and provided route planning capabilities and maps to help passengers navigate the public transportation system in Surabaya.
The document summarizes a mini project report for a currency converter Android application developed by three students. The 3 sentence summary is:
The mini project report describes a currency converter app developed by three students for their undergraduate degree. The app allows users to select a currency from a dropdown and enter an amount to convert it to Indian Rupees. The report provides details of the project objectives, existing systems, software design, technologies used, and references sources for the code developed.
This document summarizes a project that enhanced an existing CMS-based e-commerce solution with a cross-platform mobile app. The project used the WordPress CMS, developed a DarunBazar e-commerce site, and created matching mobile apps using the Ionic framework. The mobile apps allow customers to access the online store from any device and drive further business growth. Key aspects included leveraging REST APIs to integrate the mobile and web platforms and address challenges of cross-platform development.
This document proposes the development of a City Bus application for Android phones to help commuters using B.E.S.T. (Brihanmumbai Electric Supply and Transport) buses in Mumbai. The application would allow users to find the nearest bus stop, view bus routes and schedules, search from source to destination, and estimate bus arrival times to make bus travel more efficient. It aims to automate B.E.S.T. services and provide better public transportation using features integrated with maps, GPS, and a user-friendly interface. The conclusion states this application could enhance services for commuters by planning journeys in advance through easy access from the Google Play store.
IRJET- Bus Monitoring System using Android ApplicationIRJET Journal
The document proposes a bus monitoring system using an Android application that allows users to track buses in real-time on a map, view arrival and departure times at stops, and see the live location and route of buses. It discusses the existing problems with public transportation and how the proposed system would allow users to more efficiently plan their journeys and reduce time wasted waiting for buses. The system is intended to be implemented using GPS tracking on buses along with an Android app and website interfaces for users.
Visually impaired people face many problems in their day to day lives. Among them, outdoor navigation is
one of the major concerns. The existing solutions based on Wireless Sensor Networks(WSN) and Global
Positioning System (GPS) track ZigBee units or RFID (Radio Frequency Identification) tags fixed on the
navigation system. The issues pertaining to these solutions are as follows: (1) It is suitable only when the
visually impaired person is commuting in a familiar environment; (2) The device provides only a one way
communication; (3) Most of these instruments are heavy and sometimes costly. Preferable solution would
be to make a system which is easy to carry and cheap.
The objective of this paper is to break down the technological barriers, and to propose a system by
developing an Android App which would help a visually impaired person while traveling via the public
transport system like Bus. The proposed system uses an inbuilt feature of smart phone such as GPS
location tracker to track the location of the user and Text to Speech converter. The system also integrates
Google Speech to Text converter for capturing the voice input and converts them to text. This system
recommends the requirement of installing a GPS module in buses for real time tracking. With minor
modification, this App can also help older people for independent navigation.
Visually impaired people face many problems in their day to day lives. Among them, outdoor navigation is
one of the major concerns. The existing solutions based on Wireless Sensor Networks(WSN) and Global
Positioning System (GPS) track ZigBee units or RFID (Radio Frequency Identification) tags fixed on the
navigation system. The issues pertaining to these solutions are as follows: (1) It is suitable only when the
visually impaired person is commuting in a familiar environment; (2) The device provides only a one way
communication; (3) Most of these instruments are heavy and sometimes costly. Preferable solution would
be to make a system which is easy to carry and cheap.
The objective of this paper is to break down the technological barriers, and to propose a system by
developing an Android App which would help a visually impaired person while traveling via the public
transport system like Bus. The proposed system uses an inbuilt feature of smart phone such as GPS
location tracker to track the location of the user and Text to Speech converter. The system also integrates
Google Speech to Text converter for capturing the voice input and converts them to text. This system
recommends the requirement of installing a GPS module in buses for real time tracking. With minor
modification, this App can also help older people for independent navigation.
Visually impaired people face many problems in their day to day lives. Among them, outdoor navigation is one of the major concerns. The existing solutions based on Wireless Sensor Networks(WSN) and Global Positioning System (GPS) track ZigBee units or RFID (Radio Frequency Identification) tags fixed on the navigation system. The issues pertaining to these solutions are as follows: (1) It is suitable only when the
visually impaired person is commuting in a familiar environment; (2) The device provides only a one way communication; (3) Most of these instruments are heavy and sometimes costly. Preferable solution would be to make a system which is easy to carry and cheap.
The objective of this paper is to break down the technological barriers, and to propose a system by developing an Android App which would help a visually impaired person while traveling via the public transport system like Bus. The proposed system uses an inbuilt feature of smart phone such as GPS location tracker to track the location of the user and Text to Speech converter. The system also integrates Google Speech to Text converter for capturing the voice input and converts them to text. This system recommends the requirement of installing a GPS module in buses for real time tracking. With minor
modification, this App can also help older people for independent navigation.
Visually impaired people face many problems in their day to day lives. Among them, outdoor navigation is
one of the major concerns. The existing solutions based on Wireless Sensor Networks(WSN) and Global
Positioning System (GPS) track ZigBee units or RFID (Radio Frequency Identification) tags fixed on the
navigation system. The issues pertaining to these solutions are as follows: (1) It is suitable only when the
visually impaired person is commuting in a familiar environment; (2) The device provides only a one way
communication; (3) Most of these instruments are heavy and sometimes costly. Preferable solution would
be to make a system which is easy to carry and cheap.
The objective of this paper is to break down the technological barriers, and to propose a system by
developing an Android App which would help a visually impaired person while traveling via the public
transport system like Bus. The proposed system uses an inbuilt feature of smart phone such as GPS
location tracker to track the location of the user and Text to Speech converter. The system also integrates
Google Speech to Text converter for capturing the voice input and converts them to text. This system
recommends the requirement of installing a GPS module in buses for real time tracking. With minor
modification, this App can also help older people for independent navigation.
Visually impaired people face many problems in their day to day lives. Among them, outdoor navigation is
one of the major concerns. The existing solutions based on Wireless Sensor Networks(WSN) and Global
Positioning System (GPS) track ZigBee units or RFID (Radio Frequency Identification) tags fixed on the
navigation system. The issues pertaining to these solutions are as follows: (1) It is suitable only when the
visually impaired person is commuting in a familiar environment; (2) The device provides only a one way
communication; (3) Most of these instruments are heavy and sometimes costly. Preferable solution would
be to make a system which is easy to carry and cheap.
The objective of this paper is to break down the technological barriers, and to propose a system by
developing an Android App which would help a visually impaired person while traveling via the public
transport system like Bus. The proposed system uses an inbuilt feature of smart phone such as GPS
location tracker to track the location of the user and Text to Speech converter. The system also integrates
Google Speech to Text converter for capturing the voice input and converts them to text. This system
recommends the requirement of installing a GPS module in buses for real time tracking. With minor
modification, this App can also help older people for independent navigation.
Visually impaired people face many problems in their day to day lives. Among them, outdoor navigation is
one of the major concerns. The existing solutions based on Wireless Sensor Networks(WSN) and Global
Positioning System (GPS) track ZigBee units or RFID (Radio Frequency Identification) tags fixed on the
navigation system. The issues pertaining to these solutions are as follows: (1) It is suitable only when the
visually impaired person is commuting in a familiar environment; (2) The device provides only a one way
communication; (3) Most of these instruments are heavy and sometimes costly. Preferable solution would
be to make a system which is easy to carry and cheap.
The objective of this paper is to break down the technological barriers, and to propose a system by
developing an Android App which would help a visually impaired person while traveling via the public
transport system like Bus. The proposed system uses an inbuilt feature of smart phone such as GPS
location tracker to track the location of the user and Text to Speech converter. The system also integrates
Google Speech to Text converter for capturing the voice input and converts them to text. This system
recommends the requirement of installing a GPS module in buses for real time tracking. With minor
modification, this App can also help older people for independent navigation.
Synopsis for Online Railway Railway Reservation SystemZainabNoorGul
This document proposes an online railway management system to reduce paperwork, improve efficiency and provide online services. It aims to automate reservation status, provide online payment and a user-friendly interface for administrators, reservation counters and passengers. The system will use Visual Studio, SQL Server, ASP.NET, C#, HTML, CSS and JavaScript. It is estimated to take 15 weeks to implement through requirements analysis, design, coding, testing and implementation phases.
The document describes a vehicle pooling system developed using Android, Java, Apache server, MySQL, and PHP. The system allows university students to register as members and form carpools to share the cost of commuting to campus. Users can access the system through a mobile app to communicate with vehicle owners and other riders to join existing pools. The app is intended to give users flexibility in commuting options while reducing individual costs and minimizing environmental impact.
Gps enabled android application for buseSAT Journals
Abstract Nowadays in this fast life where everyone in is hurry to reach their destinations. Waiting for bus is a hectic and even many of us are unaware of the bus timings, hence to overcome this difficulty we have come up with the system of GPS Enabled Android Application For Bus Schedule System is considered in this study. The major feature included in the Android Application is user can know all the Nasik City Bus timings. This includes the various ways to find out the Bus available, by giving the appropriate bus number, by providing the source and destination or by providing the bus stop. Second module consisting of capturing the current latitude, longitude and location of the current position of the user using the GPS facility available in mobile Third module includes the facility of security call, if user feels unsecure or any disaster occur, just by pressing a single button user can notify to its closed ones with its current position. Then the Android and Java platforms are used to develop the application using eclipse tool. Keywords: GPS, Google Android, Android SDK, Google API.
Location-aware and mapping applications have gone from a desirable feature to an essential
part of any smart phone. Whether a user is checking into a social network, looking for a
pharmacy in the middle of the night, or located in somewhere and needs help, the key is always
the same: location.
In this project, an Android mapping application is developed. The application is able to display
the map of the whole world while online or, display a pre-downloaded map while offline, track
the user’s location, display a compass to determine north, send the user’s location to others in
case of emergency using SMS, receive and interpret received location from the message, display
it on the map, and notify the user by the reception of the location.
The application was developed using agile methodology. It, met its objectives and successfully
passed 91% of the final system test, recording that some limitations were discovered, the
application needs further testing and can be implemented for particular company or university
using their own maps or editing the maps in OSM (open street maps).
“Bus Tracking Application” is an application for Smart phones that works on Android Operating system.
This application uses the GPS function.
This application at a specific pickup point will send the current location of the bus to students when they request.
This app generate predictions of bus arrivals at stops along the route.
This application uses a variety of technologies to track the locations of buses in real time.
1. May 2015
Supervisor - Mr. Arnab Chakraborty
Students :-
NEHA AGARWAL
PRIYANKA BARNWAL
NEERAJ KUMAR PRADHAN
GET BUS
2. ACKNOWLEDGEMENT
It is our esteeme pleasure to present the project report on “BUS ENQUIRY”.
We express our deep gratitude to our project guide Mr. Arnab Chakraborty, who
gave us the inspiration to persue the project and guide us in this endeavour. He
has been a constant source of motivation and encouragement for us .We thank
him for all the initiative and zeal he filled us with throughput the project work.
Our profound sense of gratitude is due to our head of computer science and
engineering department Mr. Anupam Ghosh for constant encouragement and
valuable guidance.
Last but not least we are thankful to all friends without whose support at various
stages, this project would not have materialised. We are also thankful to all staff
at the institute who directly or indirectly helped us in completing our project.
3. ABSTRACT
The system is an Android application that gives the necessary information about
all the local buses travelling in the three different cities Kolkata, Mumbai and
Delhi. There are buses made available for passengers travelling distances, but not
many passengers have complete information about these buses.
By using this application, we can easily find the local bus route. Entering the
source and destination or a particular location or a bus number we easily get all
the buses in this route along with the details of all the stoppages. Current location
of a person can be known via GPS. The best part is this application works entirely
offline. Even without a internet connection we get all the information of the bus
along with maps.
4. OBJECTIVE
The idea originated from browsing existing technology built on behalf of
the “GET BUS” project; Android based application.
The main goal of the proposed work is to improve the Bus system by
adding the necessary additional features into the application.
This study accepts input in the form of selection of the source and
destination and selection of the bus travelling the distance to display
the entire details about the routes and also track current location of a
person.
5. SURVEY
Generally whenever we are travelling in city like Kolkata, we might prefer
to travel in CSTC buses because CSTC buses are fastest and cheaper way to
travel in Kolkata. They are also the most popular way of travelling in
Kolkata. We thought that if any new person arrives in Kolkata and wants
to travel/travelling in CSTC bus, how he/she can know about the route,
nearest CSTC stop, new person faces these types of problem when he/she
wants to travel.
So we thought to develop such map application in android based devices
where user can see his/her current location and perform other
functionality.
The main motivation of this application is to learn the mobile application
development. I was always curious to know how things work in mobile.
This led me to develop the GET BUS android application. I started this
application with the intension of making something simple and only
related to buses.
6. CONTENTS:
1. INTRODUCTION
2. PROJECT DESCRIPTION
2.1. ABOUT ANDROID
2.2. SYSTEM ARCHITECTURE
2.3. SYSTEM DESIGN
2.3.1. BLOCK DIAGRAM
2.3.2. CLASS DIAGRAM
3. SNAPSHOT
4. REQUIREMENT ANALYSIS
4.1. FUNCTIONAL REQUIREMENTS
4.2. SOFTWARE REQUIREMENTS
4.3. HARDWARE REQUIREMENTS
5. MOBILE DEVICES: ADVANTAGES
6. MOBILE DEVICES: DISADVANTAGES
7. FUTURESCOPE
8. REFERENCES
9. CONCLUSION
7. 1. INTRODUCTION
Our project is “GET BUS” based on android application .
Android is an open source and Linux-based Operating System for mobile devices
such as smartphones and tablet computers. Android was developed by the Open
Handset Alliance, led by Google, and other companies. Android offers a unified
approach to application development for mobile devices which means developers
need only develop for Android, and their applications should be able to run on
different devices powered by Android.
There are buses made available for passengers travelling distances, but not many
passengers have complete information about these buses. Complete information
namely the number of buses that go to the required destination, bus numbers,
the routes through which the bus would pass and most importantly locate nearest
bus stop and a persons current location.
The proposed system deals with overcoming the problems stated above. We have
developed our application for those users who prefer to travel in Bus of different
cities (KOLKATA, MUMBAI and DELHI). The system is an Android application that
gives necessary information about all the buses travelling in three cities. This
information overcomes the problems faced in the previously built application
“Particular State bus Guide”. You can view the bus details by using bus no. and
also by source and destination. We can get all the bus route via entering the
location. In our application also map facilities are available, user can see all bus
stops on the map for a particular city.
8. 2. PROJECT DESCRIPTION:
Our project is “GET BUS” based on android application.
2.1 ABOUT ANDROID
Android applications are usually developed in the Java language using the Android
Software Development Kit. Once developed, Android applications can be
packaged easily and sold out either through a store such as Google Play or the
Amazon App store. Android powers hundreds of millions of mobile devices in
more than 190 countries around the world. It's the largest installed base of any
mobile platform and growing fast. Every day more than 1 million new Android
devices are activated worldwide. The platform chosen for this kind of system is
Android, reason being Android Operating System has come up on a very large
scale and is owned by almost every second person. Also, Android is a user friendly
platform, thereby enabling ease of access for all the users.
To develop apps for Android devices, you use a set of tools that are included in
the Android SDK. Once you've downloaded and installed the SDK, you can access
these tools right from your Eclipse IDE, through the ADT plugin, or from the
command line. Developing with Eclipse is the preferred method because it can
directly invoke the tools that you need while developing applications.
Android operating system is a stack of software components which is roughly
divided into five sections and four main layers, which are:
Application
Application framework
Libraries and android framework
Linux kernel
9. 2.2 SYSTEM ARCHITECHTURE:
Linux kernel
At the bottom of the layers is Linux - Linux 2.6 with approximately 115 patches.
This provides basic system functionality like process management, memory
management, device management like camera, keypad, display etc. Also, the
kernel handles all the things that Linux is really good at such as networking and a
10. vast array of device drivers, which take the pain out of interfacing to peripheral
hardware.
Libraries
On top of Linux kernel there is a set of libraries including open-source Web
browser engine WebKit, well known library libc, SQLite database which is a useful
repository for storage and sharing of application data, libraries to play and record
audio and video, SSL libraries responsible for Internet security etc.
Android Runtime
This is the third section of the architecture and available on the second layer from
the bottom. This section provides a key component called Dalvik Virtual Machine
which is a kind of Java Virtual Machine specially designed and optimized for
Android.
Application Framework
The Application Framework layer provides many higher-level services to
applications in the form of Java classes. Application developers are allowed to
make use of these services in their applications.
Applications
You will find all the Android application at the top layer. You will write your
application to be installed on this layer only. Examples of such applications are
Contacts Books, Browser, Games etc.
11. 2.3. SYSTEM DESIGN:
2.3.1. Block Diagram:
GET BUS
SELECT CITY
DELHIMY LOCATION KOLKATA MUMBAI
GPS
BY BUS NO. MAPBY TO FROMBY LOCATION
BUS DETAILS
14. Kolkata Bus
Kolkata
OnCreate():Void
OnClickListner():Image
OnClickListner():Image
OnClickListner():imge
O
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)
:
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i
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)
:
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Map
Oncreate():void
OnResume()
SetUpMapIfNeede()
SetUpMap()
Location
Oncreate():void
OnItemselectedList
ner():spinner
OnNothingselected
():void
KolkataBusDetails
Oncreate():void
OnItemselectedLis
tner():spinner
OnNothingselecte
d():void
16. SELECT CITY: MY LOCATION:
We can select any city to get This is your current location by using
the bus details and also get your GPS.
current location.
24. 4. REQUIREMENT ANALYSIS:
The project involved analysis the design of few applications so
as to make the application more user friendly. To do so, it was
really important to keep the navigation from one screen to the
other well-ordered and the same time reducing the amount of
typing the user needs to do. In ordered to make the application
more accessible, the android version had to be chosen so that it
is compatible with most of the android devices.
4.1. Functional requirement:
Graphical user interface which the user.
Mobiles phone with GPS capability
4.2. Software Requirements:
For developing the application the following are the software
requirements:
OS :windows 7
Language : Android SDK , java
Tools: Eclipse IDE, Android plug-in for Eclipse.
Technologies used: Java, XML
Debugger: Android Dalvik Debug monitor service
25. For running the application the following are the software
requirements:
OS: Android 2.3 or higher version
4.3 Hardware Requirements:
Pentium 4, with 2 or 4 GB RAM
Minimum 512MB space in disk
Minimum space to execute: 10.0 MB in mobile device.
5. Mobile devices: advantages
Always with the user
Typically have Internet access
Typically GPS enabled
Typically have accelerometer & compass
Most have cameras & microphones
Many apps are free or low-cost
6. Mobile Devices: Disadvantages
Limited screen size
Limited battery life
Limited processor speed
Limited and sometimes slow network access
26. Limited or awkward input: soft keyboard, phone keypad,
touch screen, or stylus
Limited web browser functionality
7. FUTURESCOPE:
We are planning to include timings in our application as
soon as india gets full wifi. This could also help us in
tracking the current location of the bus.
We are also looking forward for marketing the application
also promoting through social media.
8. REFERENCES:
Aleksandra ,Pejic; Szilveszter, Plet, “An Expert System for Tourists
using Google API”, 2009
Amit Kushwaha, Vineet Kushwaha, “Location Based Services using
Android Mobile Application”, ISSN: 2231-1963, 2009
Jianye Liu, Jianaun Yu, “Research on Development of Android
Applications”, 2011 Fourth International Conference on Intelligent
Networks and Intelligent Systems ,2011
Robe Gregorian, Goran Brestovac and Tihana Galinac Grbac,
“Development Environment for Android Application Development:
An Experience Report”, MIPRO 2011, May 23-27, 2011
27. Google Play Store details “Pune Bus Guide” -
https://play.google.com/store/apps/details?id=com.appsimplify.pune
bus
Google Play Store details “M-Indicator Mumbai”-
https://play.google.com/store/apps/details?id=com.mobond.mindicat
or
Google Play Store details “Delhi Bus Navigator” -
https://play.google.com/store/apps/details?id=com.hashtag.delhibusn
aviator
Google Play Store details “Bangalore BMTC Info”-
https://play.google.com/store/apps/details?id=com.bmtc
Google Play Store details “Chennai Bus Route” -
sroute.chennaihttps://play.google.com/store/apps/details? Id=bus
Google Play Store details “Ahmedabad BRTS” -
https://play.google.com/store/apps/details?id=in.hammerapps.brts
CONCLUSION:
28. Our goal is to provide a useful platform of bus management at personal level and
to end user. To help any person find the Route to his destination easily. Making
the application work offline. it is often seen that were we get lost our mobile
networks works no more, this application will ease our work as it does not need
any data connection, just select your source and destination and we can get the
route’s(bus numbers).
We would share this application on social networking platform for marketing and
promotion, this concept will though take time to improve but we will with
professional growth improve it. Please give your feedback and ideas to improve.
Warm thanks to our project supervisor for all his guidance.