This document describes a college bus tracking system built using Android. It has three main modules: administration, driver information, and bus information. The administration module allows admins to manage routes, users, and drivers. The driver module lets authorized drivers login and update the bus location on a map. The bus information module gives users access to bus schedules and locations so they can track their bus. The system uses a database with tables for students, drivers, schedules, admins, and buses. It aims to help students know bus arrival times and locations to reduce waiting times. Future enhancements could include notifications when students board buses and tracking other public transportation.
This document describes a bus tracking application for students. The application uses GPS to track the real-time location of buses and send bus locations to students when requested. It also generates predicted arrival times at stops. The application was developed using Eclipse, Android SDK, and integrates Google Maps. It has modules for location information, maps, and bus/route details stored in a MySQL database.
GPS trackers have become a necessity these days at the wake of many unfortunate incidents to which students fall prey. School Bus Tracker by TrackSchoolBus is one such example of GPS tracker to monitor the students and to ensure their safety.
This document provides a project report on the development of a Bhubaneswar Bus Routing Android application. The report includes sections on objectives, software requirements specification, progress achieved through diagrams, screenshots of the application, and hardware and software requirements. The application aims to help users find convenient bus routes and nearby bus stops in Bhubaneswar through features like entering a source and destination, viewing bus routes and fares, and accessing a police station directory. Diagrams show the system architecture, classes, use cases, and activities involved. Screenshots demonstrate initial screens for user input and GPS navigation. Requirements specify the needed deployment environment, devices, and development tools.
“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
Intelligent Bus Tracking System Using AndroidAM Publications
Intelligent bus tracking system using android is an application that tracks a bus and collects the distance to each station. Tracking system involves the installation of an electronic device in a bus, with an installed Android App on any smart phone to enable a user to track the bus location. There are two applications one for server and other for the client. The user can get flexibility of planning travel using the app, to decide on which bus to take or when to catch the bus. The waiting time of the user can be reduced. By using this application user get the information about buses, bus numbers, bus route, bus arrival and bus delay timing information etc [1]. It provides information about which bus coming to the stop. By the presently existing system we are dealing with three terminals, a device on bus, a device at bus stop and a device on the master bus stand so as to keep the track on the all city busses. By employing this tracking system the arrival of the bus is detected near the bus stop and also can be seen on the PC at the master bus stop. GSM modem can also transmit the bus information to the registered mobile numbers. Hence, we can control the bus traffic and can detect the arrival of particular bus at the bus stop.
This is a project documentation titled: Online Railway Reservation System.
This documentation was submitted by me as my assignment in my 6th sem (2013) in APIIT SD INDIA, Panipat along with a full-fledged working system i.e., a website built using ASP.NET & SQL SERVER 2008
“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.
This document outlines a project to understand the internal workings of a tours and travels agency. It defines the purpose as understanding the agency's management. It identifies stakeholders like owners, employees, customers, and partners. It also identifies actors like customers, tour planners, and government officials. Finally, it outlines 11 use case modules and their related activity diagrams that cover key processes like tour selection, ticket booking, hotel booking, rentals, employee management, permissions, loans, visas, passports, insurance, and maintenance.
This document describes a bus tracking application for students. The application uses GPS to track the real-time location of buses and send bus locations to students when requested. It also generates predicted arrival times at stops. The application was developed using Eclipse, Android SDK, and integrates Google Maps. It has modules for location information, maps, and bus/route details stored in a MySQL database.
GPS trackers have become a necessity these days at the wake of many unfortunate incidents to which students fall prey. School Bus Tracker by TrackSchoolBus is one such example of GPS tracker to monitor the students and to ensure their safety.
This document provides a project report on the development of a Bhubaneswar Bus Routing Android application. The report includes sections on objectives, software requirements specification, progress achieved through diagrams, screenshots of the application, and hardware and software requirements. The application aims to help users find convenient bus routes and nearby bus stops in Bhubaneswar through features like entering a source and destination, viewing bus routes and fares, and accessing a police station directory. Diagrams show the system architecture, classes, use cases, and activities involved. Screenshots demonstrate initial screens for user input and GPS navigation. Requirements specify the needed deployment environment, devices, and development tools.
“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
Intelligent Bus Tracking System Using AndroidAM Publications
Intelligent bus tracking system using android is an application that tracks a bus and collects the distance to each station. Tracking system involves the installation of an electronic device in a bus, with an installed Android App on any smart phone to enable a user to track the bus location. There are two applications one for server and other for the client. The user can get flexibility of planning travel using the app, to decide on which bus to take or when to catch the bus. The waiting time of the user can be reduced. By using this application user get the information about buses, bus numbers, bus route, bus arrival and bus delay timing information etc [1]. It provides information about which bus coming to the stop. By the presently existing system we are dealing with three terminals, a device on bus, a device at bus stop and a device on the master bus stand so as to keep the track on the all city busses. By employing this tracking system the arrival of the bus is detected near the bus stop and also can be seen on the PC at the master bus stop. GSM modem can also transmit the bus information to the registered mobile numbers. Hence, we can control the bus traffic and can detect the arrival of particular bus at the bus stop.
This is a project documentation titled: Online Railway Reservation System.
This documentation was submitted by me as my assignment in my 6th sem (2013) in APIIT SD INDIA, Panipat along with a full-fledged working system i.e., a website built using ASP.NET & SQL SERVER 2008
“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.
This document outlines a project to understand the internal workings of a tours and travels agency. It defines the purpose as understanding the agency's management. It identifies stakeholders like owners, employees, customers, and partners. It also identifies actors like customers, tour planners, and government officials. Finally, it outlines 11 use case modules and their related activity diagrams that cover key processes like tour selection, ticket booking, hotel booking, rentals, employee management, permissions, loans, visas, passports, insurance, and maintenance.
This document describes a bus tracking system that uses ZigBee wireless communication and GPRS technology to monitor and manage buses. ZigBee allows for low-power, low-cost transmission of small amounts of data, while GPRS enables intermittent data transfer using packet switching. The system is designed to track school bus locations using GPS and display the bus status and location on an LCD display at bus terminals. It will provide accurate bus schedule and delay information to students and parents.
This is a presantation on railway reservation system project in php. project report and source code will be available soon . you can find it at www.avhishekblog.wordpress.com . hope this is useful to you
Travel and tourism management it project pptMadhukar Kumar
This document describes a travel and tourism management system with modules for administration and users. The administration module allows administrators to track sites, maintain vehicle and booking details, and generate various reports. The user module enables users to generate itineraries, vehicle allocation schedules, and cost breakdowns. The system aims to simplify travel management, provide fast and secure processing, and minimize human effort through cost-efficient databases.
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.
This document provides an overview of a proposed railway reservation system project. The goals are to automate the reservation process and make it more efficient and fast. The system will include modules for train schedules, seat allocation, fare calculation, and administration features. It aims to provide security, accuracy, and reduce manual work while giving users and administrators a friendly interface. The software will use Visual Basic and MS Access, and require at least 512MB RAM and 20GB hard disk on Windows OS.
This document outlines an online bus booking system called DreamTravel.com. It describes the objectives, existing system limitations, proposed new system features, and technical specifications. The proposed system aims to address limitations in refund speed and customer service in existing systems. It will offer special discounts, message alerts on delays, and standardized pricing throughout the year. The technical specifications include Windows-based front-end software using HTML, C#, and a MySQL backend database.
This documentation provides a brief insight of face recognition based attendance system using neural networks in terms of product architecture which can be used for educational purpose.
This document proposes a bus tracking and tracing system using GPS and a mobile/web application. It would allow users to see the location and estimated time of arrival of buses on their specified routes. GPS devices in buses would track their location in real-time. A server would store route, bus, and stop data to calculate ETAs. The system aims to reduce traffic and pollution by making public transport more convenient and efficient for commuters. It has the potential for wide adoption across cities in India and other developing countries.
This document outlines the requirements for a proposed bus reservation system. It includes sections on existing systems, objectives, hardware and software requirements, use cases, data flow diagrams, and more. The system will allow users to register, update profiles, generate and renew passenger reservations, authenticate users, enable online payment, and provide reliability, availability, and security. An incremental software development lifecycle model will be used to generate working software quickly through iterative design, implementation, and testing cycles.
IRJET- Smart Bus Ticket System using QR Code in Android AppIRJET Journal
This document proposes a smart bus ticket system using QR codes in an Android app. It aims to minimize paper ticket usage and issues like getting change by allowing passengers to purchase tickets online and present them digitally via QR codes scanned by conductors. The system includes a web app for passengers to select routes, pay, and receive QR codes as tickets. Conductors would scan these codes using readers connected to a database. This proposed system is meant to address current issues with manual ticketing like time wasted, cash handling hassles, and excessive paper use.
Driver drowsiness detection is a car safety technology which helps prevent accidents caused by the driver getting drowsy. Various studies have suggested that around 20% of all road accidents are fatigue-related, up to 50% on certain roads
This document provides an overview of the Tourism Management System project. It includes 6 sections: Requirement Analysis, Analysis Phase, Design Phase, Development Phase, Testing Phase, and Development & Maintenance Phase. The key aspects covered include the project scope, objectives, languages used (PHP, JavaScript, HTML, CSS, MySQL), system diagrams (flowchart, class diagram, use case diagram), source code explanations, screenshots of the system interfaces (home page, login pages, etc.), problems faced during development, and planned future enhancements. The overall goal of the Tourism Management System is to help tourism companies manage customers and bookings online in an efficient manner.
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.
This document provides a report on a GPS-based bus management system software engineering project. It includes an introduction describing the purpose and scope of tracking buses using GPS. It outlines the software requirements specification including data flow diagrams and a data dictionary. It also discusses project management aspects like cost estimation, scheduling, and risk management. The design section includes architectural design and an entity relationship diagram. Finally, it proposes some test cases for the administrator module.
Tourism is a big growth business in all countries. Bus Reservation System deals with maintenance of records details of each passenger. It also includes maintenance of information such as timetable and details in each bus.
ACCIDENT PREVENTION AND DETECTION SYSTEManand bedre
This document describes a student project to develop an Accident Prevention and Detection System (APDS) mobile application. The application uses GPS to track vehicle speed and location. If the speed exceeds a preset limit, the app will sound an alarm. If the user does not respond, emergency contacts will be notified. It will also detect sudden drops in speed and alert nearby hospitals. The goal is to reduce response times and save lives in the event of a vehicular accident. A group of students at K. K. Wagh Polytechnic are developing the Android app under faculty guidance with sponsorship from Sumago Infotech.
This document describes an online railway reservation system. It includes sections on the problem statement, functions for users and administrators, database tables and normalization, triggers, and snapshots. The problem statement indicates the system needs to store and retrieve transaction information about rail travel. Sections on functions list features like ticket booking, checking status, and cancellation for users, and adding/removing trains and users for administrators. Tables shown include users, trains, tickets, and payments, along with normalization to third normal form. Triggers are described to update fields when payment is made or an account is cancelled/created.
This document describes a proposed smart bus tracking system using a smartphone application. The system would track school buses using GPS devices and display their locations on a map in real-time using the Google Maps API. It provides estimated arrival times to help users know when the bus will reach their stop. The system aims to address issues like students missing buses and being late. It has advantages like reducing waiting times and providing an interactive interface to track buses.
-Use between passenger and bus driver
-Passenger and bus driver can track and communicate each other in apps
-Make it easy for passengers and bus drivers to communicate with each other
-Notify bus drivers if they have insufficient passengers
-Passengers and bus drivers can keep track of each other
-Passengers can evaluate bus drivers
This document describes a bus tracking system that uses ZigBee wireless communication and GPRS technology to monitor and manage buses. ZigBee allows for low-power, low-cost transmission of small amounts of data, while GPRS enables intermittent data transfer using packet switching. The system is designed to track school bus locations using GPS and display the bus status and location on an LCD display at bus terminals. It will provide accurate bus schedule and delay information to students and parents.
This is a presantation on railway reservation system project in php. project report and source code will be available soon . you can find it at www.avhishekblog.wordpress.com . hope this is useful to you
Travel and tourism management it project pptMadhukar Kumar
This document describes a travel and tourism management system with modules for administration and users. The administration module allows administrators to track sites, maintain vehicle and booking details, and generate various reports. The user module enables users to generate itineraries, vehicle allocation schedules, and cost breakdowns. The system aims to simplify travel management, provide fast and secure processing, and minimize human effort through cost-efficient databases.
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.
This document provides an overview of a proposed railway reservation system project. The goals are to automate the reservation process and make it more efficient and fast. The system will include modules for train schedules, seat allocation, fare calculation, and administration features. It aims to provide security, accuracy, and reduce manual work while giving users and administrators a friendly interface. The software will use Visual Basic and MS Access, and require at least 512MB RAM and 20GB hard disk on Windows OS.
This document outlines an online bus booking system called DreamTravel.com. It describes the objectives, existing system limitations, proposed new system features, and technical specifications. The proposed system aims to address limitations in refund speed and customer service in existing systems. It will offer special discounts, message alerts on delays, and standardized pricing throughout the year. The technical specifications include Windows-based front-end software using HTML, C#, and a MySQL backend database.
This documentation provides a brief insight of face recognition based attendance system using neural networks in terms of product architecture which can be used for educational purpose.
This document proposes a bus tracking and tracing system using GPS and a mobile/web application. It would allow users to see the location and estimated time of arrival of buses on their specified routes. GPS devices in buses would track their location in real-time. A server would store route, bus, and stop data to calculate ETAs. The system aims to reduce traffic and pollution by making public transport more convenient and efficient for commuters. It has the potential for wide adoption across cities in India and other developing countries.
This document outlines the requirements for a proposed bus reservation system. It includes sections on existing systems, objectives, hardware and software requirements, use cases, data flow diagrams, and more. The system will allow users to register, update profiles, generate and renew passenger reservations, authenticate users, enable online payment, and provide reliability, availability, and security. An incremental software development lifecycle model will be used to generate working software quickly through iterative design, implementation, and testing cycles.
IRJET- Smart Bus Ticket System using QR Code in Android AppIRJET Journal
This document proposes a smart bus ticket system using QR codes in an Android app. It aims to minimize paper ticket usage and issues like getting change by allowing passengers to purchase tickets online and present them digitally via QR codes scanned by conductors. The system includes a web app for passengers to select routes, pay, and receive QR codes as tickets. Conductors would scan these codes using readers connected to a database. This proposed system is meant to address current issues with manual ticketing like time wasted, cash handling hassles, and excessive paper use.
Driver drowsiness detection is a car safety technology which helps prevent accidents caused by the driver getting drowsy. Various studies have suggested that around 20% of all road accidents are fatigue-related, up to 50% on certain roads
This document provides an overview of the Tourism Management System project. It includes 6 sections: Requirement Analysis, Analysis Phase, Design Phase, Development Phase, Testing Phase, and Development & Maintenance Phase. The key aspects covered include the project scope, objectives, languages used (PHP, JavaScript, HTML, CSS, MySQL), system diagrams (flowchart, class diagram, use case diagram), source code explanations, screenshots of the system interfaces (home page, login pages, etc.), problems faced during development, and planned future enhancements. The overall goal of the Tourism Management System is to help tourism companies manage customers and bookings online in an efficient manner.
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.
This document provides a report on a GPS-based bus management system software engineering project. It includes an introduction describing the purpose and scope of tracking buses using GPS. It outlines the software requirements specification including data flow diagrams and a data dictionary. It also discusses project management aspects like cost estimation, scheduling, and risk management. The design section includes architectural design and an entity relationship diagram. Finally, it proposes some test cases for the administrator module.
Tourism is a big growth business in all countries. Bus Reservation System deals with maintenance of records details of each passenger. It also includes maintenance of information such as timetable and details in each bus.
ACCIDENT PREVENTION AND DETECTION SYSTEManand bedre
This document describes a student project to develop an Accident Prevention and Detection System (APDS) mobile application. The application uses GPS to track vehicle speed and location. If the speed exceeds a preset limit, the app will sound an alarm. If the user does not respond, emergency contacts will be notified. It will also detect sudden drops in speed and alert nearby hospitals. The goal is to reduce response times and save lives in the event of a vehicular accident. A group of students at K. K. Wagh Polytechnic are developing the Android app under faculty guidance with sponsorship from Sumago Infotech.
This document describes an online railway reservation system. It includes sections on the problem statement, functions for users and administrators, database tables and normalization, triggers, and snapshots. The problem statement indicates the system needs to store and retrieve transaction information about rail travel. Sections on functions list features like ticket booking, checking status, and cancellation for users, and adding/removing trains and users for administrators. Tables shown include users, trains, tickets, and payments, along with normalization to third normal form. Triggers are described to update fields when payment is made or an account is cancelled/created.
This document describes a proposed smart bus tracking system using a smartphone application. The system would track school buses using GPS devices and display their locations on a map in real-time using the Google Maps API. It provides estimated arrival times to help users know when the bus will reach their stop. The system aims to address issues like students missing buses and being late. It has advantages like reducing waiting times and providing an interactive interface to track buses.
-Use between passenger and bus driver
-Passenger and bus driver can track and communicate each other in apps
-Make it easy for passengers and bus drivers to communicate with each other
-Notify bus drivers if they have insufficient passengers
-Passengers and bus drivers can keep track of each other
-Passengers can evaluate bus drivers
IRJET- Real Time Intelligent City Bus Management SystemIRJET Journal
This document describes a proposed real-time intelligent city bus management system (RTIBMS) to improve bus operations and the passenger experience. The system would use GPS devices on buses to track their locations in real-time. A traffic control center would display an animated map showing bus routes and positions. Passengers could check bus locations and schedules using a mobile app. The system aims to address issues like traffic congestion, unpredictable delays, and irregular bus schedules that inconvenience passengers. It would allow administrators to monitor traffic and buses, and give drivers instructions. The goal is to make bus travel more efficient and reliable for passengers and profitable for operators.
Smart Bus Traveler (Smart Buses for Smart Cities)Ranjit Joshi
In todays fast technological world, one is in always hurry almost for everything. This is the age of Digitalization. A big effective wave of Digital India, Smart Cities all can feel in nearby surrounding. This project i.e. SMART BUS TRAVELER is a next step towards the digitalization of our old public transport system.
To effectuate the consequences of one second, ask the passenger who just missed a bus. GPS supported “SMART BUIS TRAVELER” application for bus tracking is a system which is designed to display current location(s) of the buses. This application not only avails you current location of bus but also the live seat availability in that bus. Great! So by using this application, you can easily decide whether to wait for bus or move on by auto rickshaw.
IRJET- College Bus Tracking and Notification SystemIRJET Journal
This document describes a college bus tracking and notification system that was developed by a group of students. The system uses a GPS tracker, NodeMCU microcontroller, and vibration sensor installed on college buses to continuously track the bus location and route. This information is sent to a server and database. An Android mobile app was also developed to allow students to view the live location of buses, estimated time of arrival, route details, and receive notifications. The system aims to help students catch their bus on time and notify authorities in case of emergencies or changes to bus schedules. Future work may include expanding the app to other platforms, adding seat availability checks, and applying the system to other transportation services.
Predicting bus arrival time based on participatory mobile phone sensingSreeraj Puzhakkattiri
This document summarizes a seminar presentation about using mobile phone-based participatory sensing to predict bus arrival times. The proposed system involves sharing users on buses reporting their locations via cell tower signals to a backend server, which then matches the cell tower sequences to bus routes and estimates arrival times for querying users based on the bus's current location and historical data. An Android app was developed to collect accelerometer and audio data to detect when users board buses and classify the bus route. Experimental results found this approach could accurately predict bus arrival times using low power consumption methods compared to GPS.
This document presents a proposed system for a GPRS-based bus monitoring system in India. Some key points:
- Buses are the main form of public transportation in India but current systems provide little information to passengers about bus locations and arrival times.
- The proposed system would use GPS to track bus locations in real-time and predict arrival times at stops using algorithms. It would provide this information to passengers through a mobile app.
- The app would allow passengers to view bus stops on a map, get estimated arrival times, receive notifications when nearing their stop, and get recommendations for alternate routes if needed.
- This system aims to improve the efficiency and reliability of public bus transportation in India by reducing
This document describes a travel management application that tracks public buses in real-time using GPS. It discusses how GPS devices on buses or drivers' smartphones will transmit location data to a cloud server. This data is then retrieved by an application server and displayed on a map in a smartphone app. The app shows the exact bus location and estimated arrival time to help users know when the bus will reach their stop. The goal is to address issues like inconsistent bus schedules and delays that inconvenience passengers.
IJRET : International Journal of Research in Engineering and Technology is an international peer reviewed, online journal published by eSAT Publishing House for the enhancement of research in various disciplines of Engineering and Technology. The aim and scope of the journal is to provide an academic medium and an important reference for the advancement and dissemination of research results that support high-level learning, teaching and research in the fields of Engineering and Technology. We bring together Scientists, Academician, Field Engineers, Scholars and Students of related fields of Engineering and Technology
Implementation of Public Transport Sytem with Journey PlannerIRJET Journal
This document describes the implementation of a public transport system with journey planner capabilities. It discusses the existing system's limitations in providing real-time arrival and departure information. The proposed system aims to overcome these limitations by providing accurate estimated time of arrival data, suggested journey routes, and fare details to help passengers plan their trips. It details the system architecture, modules, and implementation process which involves designing interfaces, testing components, and documenting the system. The public transport system is intended to help passengers commute more efficiently with less waiting time.
This document describes a proposed real-time bus tracking system that uses GPS modules installed on college buses. The GPS modules would transmit location data to a central server. A web-based application would then allow users to view the real-time locations of buses and estimated arrival times. This would help reduce passenger inconvenience due to traffic or delays. The system architecture involves GPS modules on buses sending location data via GSM to a central server. This data is then accessible to users through a web application. The goals are to provide real-time bus location and arrival information to help passengers plan their journeys more efficiently. A literature review discusses existing real-time bus tracking systems and their benefits for improving public transport systems.
This paper proposes development of an android app to improve the transportation services for bus rental
companies that lift Taibah University students. It intends to reduce the waiting time for bus students,
thereby to stimulate sharing of updated information between the bus drivers and students. The application
can run only on android devices. It would inform the students about the exact time of arrival and departure
of buses on route. This proposed app would specifically be used by students and drivers of Taibah
University. Any change in the scheduled movement of the buses would be updated in the software. Regular
alerts would be sent in case of delays or cancelation of buses. Bus locations and routes are shown on
dynamic maps using Google maps. The application is designed and tested where the users assured that the
application gives the real time service and it is very helpful for them.
UNIVERSITY BUSES ROUTING AND TRACKING SYSTEMijcseit
This paper proposes development of an android app to improve the transportation services for bus rental
companies that lift Taibah University students. It intends to reduce the waiting time for bus students,
thereby to stimulate sharing of updated information between the bus drivers and students. The application
can run only on android devices. It would inform the students about the exact time of arrival and departure
of buses on route. This proposed app would specifically be used by students and drivers of Taibah
University. Any change in the scheduled movement of the buses would be updated in the software. Regular
alerts would be sent in case of delays or cancelation of buses. Bus locations and routes are shown on
dynamic maps using Google maps. The application is designed and tested where the users assured that the
application gives the real time service and it is very helpful for them.
This paper proposes development of an android app to improve the transportation services for bus rental companies that lift Taibah University students. It intends to reduce the waiting time for bus students, thereby to stimulate sharing of updated information between the bus drivers and students. The application can run only on android devices. It would inform the students about the exact time of arrival and departure of buses on route. This proposed app would specifically be used by students and drivers of Taibah University. Any change in the scheduled movement of the buses would be updated in the software. Regular alerts would be sent in case of delays or cancelation of buses. Bus locations and routes are shown on dynamic maps using Google maps. The application is designed and tested where the users assured that the application gives the real time service and it is very helpful for them.
busloc college bus trackering systemppt.pptxlynxburning
The document describes a college bus tracking system that uses GPS and GSM technologies. The system aims to improve efficiency, safety, and convenience of college bus transportation. It works by having buses equipped with GPS devices that track their location and send it to a server. Students can check the location and status of buses on a map application on their mobile devices by querying the server. The system has modules for location information, maps, and bus/route information stored in a database. It discusses potential applications like fleet management, asset tracking, and field service management.
This paper proposes development of an android app to improve the transportation services for
bus rental companies that lift Taibah University students. It intends to reduce the waiting time
for bus students, thereby to stimulate sharing of updated information between the bus drivers
and students. The application can run only on android devices. It would inform the students
about the exact time of arrival and departure of buses on route. This proposed app would
specifically be used by students and drivers of Taibah University. Any change in the scheduled
movement of the buses would be updated in the software. Regular alerts would be sent in case of
delays or cancelation of buses. Bus locations and routes are shown on dynamic maps using
Google maps. The application is designed and tested where the users assured that the
application gives the real time service and it is very helpful for them.
This document describes a proposed mobile application to improve bus transportation services for students at Taibah University in Saudi Arabia. The application would use GPS and Google Maps to track bus locations in real-time and notify students of arrival times and delays. It is designed for students, drivers, and administrators. Students could see bus routes and locations on a map, while drivers could indicate if a bus is available or if an issue occurs. The application was tested successfully and aims to reduce student wait times. Future work could include additional notification features and a 3D map view of the university campus.
Bus Rapid Transit System (BRTS) - Case Studies in Indian Scenario Apparao Gandi
The document provides details about the Bus Rapid Transit System (BRTS) in Ahmedabad, India called Janmarg. It discusses:
1) Janmarg was implemented to address Ahmedabad's growing population and limited public transportation. Selected corridors covered 155 km and focused on high demand areas.
2) Citizen participation was encouraged through workshops, demonstrations of prototype stations, and a free trial period. Feedback was used to educate users and improve the system.
3) An evaluation found Janmarg was safer, faster and more reliable than previous bus services. It attracted some drivers to shift to public transit, though infrastructure for pedestrians and cyclists remained inadequate. Financial costs have been recovered through fares but maintenance costs remain an
This document describes a bus ticketing management system created by students. The system manages bus ticket details like routes, timings, and fares to address problems in local bus systems. It has modules for login, route management, and ticketing. The system was created using Visual Basic and an incremental development model. It aims to help transportation agencies and tourism by automating ticket booking and records. Future work may include online reservations and adding new routes.
Smart bus system pilot project (BUSKET)Minh S. Dao
BUSKET is a wireless system aimed at supporting the quality of bus transportation service in Brunei Darussalam. BUSKET exploits low-cost wireless technologies for the real-time estimation of the buses position throughout the road network and to communicate to the users when one bus approaches the bus stop. The goal of BUSKET is to make smarter the bus transportation system and to improve the user awareness about the status of the bus service. From the user perspective, BUSKET will reduce the waiting time of citizens at the bus stops, while from the bus management viewpoint will enable a more centralized and pervasive control of the whole transportation network. BUSKET will use commercial smartphones (already diffused among citizens) as well as low-cost wireless GPS sensors to enable the acquisition of position information and to communicate with the users.
BUSKET is the joint-research between UTB, ELEDIA, and AITI
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Online train ticket booking system project.pdfKamal Acharya
Rail transport is one of the important modes of transport in India. Now a days we
see that there are railways that are present for the long as well as short distance
travelling which makes the life of the people easier. When compared to other
means of transport, a railway is the cheapest means of transport. The maintenance
of the railway database also plays a major role in the smooth running of this
system. The Online Train Ticket Management System will help in reserving the
tickets of the railways to travel from a particular source to the destination.
Data Communication and Computer Networks Management System Project Report.pdfKamal Acharya
Networking is a telecommunications network that allows computers to exchange data. In
computer networks, networked computing devices pass data to each other along data
connections. Data is transferred in the form of packets. The connections between nodes are
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2. Contents
• Introduction
• About Android
• System Architecture
• Modules in the System
• Module1-Administration
• Module2-Driver Information
• Module3-Bus Information
• Database Design
• Advantages and Conclusion
4. Introduction
• A vehicle tracking system is a commonly
used application for tracking vehicles. Due
to traffic congestion and road works, most
of the buses are delayed. People have to
wait for their bus at the bus stops for a long
time without even knowing when the bus
will arrive. Thus, the arrival time of the bus
cannot be guaranteed.
6. Features of Android
• Open Source.
• Easy to customize the Android Platform.
• A lot of mobile applications can be chosen by the customer.
• Provides many appealing features like weather details, opening screen, live
RSS (Really Simple Syndication) feeds etc.
• Provides support for messaging services(SMS and MMS), web browser,
storage (SQLite), connectivity (GSM, CDMA, Blue Tooth, Wi-Fi etc.), media,
handset layout etc.
13. Admin
• The admin logs into the system with user name
and password, the admin manages routes, users
and drivers.
• He can add users and delete them, add drivers,
delete them, also the first thing the admin does
is add routes that are stored in the database, also
the users data is stored into the database in the
users table, while adding users the admin
assigns routes to users.
18. Driver Information
• This module is for the bus driver.
• The authorized bus drivers are provided with their
unique login credentials.
• They need to login and then have to start their
location service before driving.
• The current location of the bus will be updated
from driver’s mobile to the server every
moment in the form of latitude and longitude.
• The location of the bus is visible in Google Maps
when asked for.
22. Bus Information
• This is the most important module and is the whole and soul of the system.
• The users of this module need to log in with their unique ID provided by the
administration.
• Users can get access to the details of all the buses of college through their
phones. They will get all bus and driver related information offline too.
Students can track the location of their bus from any location. Student and
staff must make sure that their location service is active.
• Users can also get the estimated time of arrival of bus at their respective
stops.
26. Database Design
• There are 5 relations in the database:
1. Student
2. Driver
3. Schedule
4. Admin
5. Bus
• The admin manages all the tables in the
ERD(Entity Relationship Diagram).
• The student(user) is related to Bus and Schedule
tables where any student(user) can update the
schedule and for every bus there are many users.
28. Advantages
• This system is low-cost.
• Users can track the location of their bus from any location.
• Emergency messages can be sent to users.
• Drivers can easily manage route changings.
29. Conclusion and Future Enhancement
• A feature can be added for parents, where they could be given
a privilege of receiving a text message that their ward had
board the bus safely as soon as they get into the bus.
• Managing of public transports likes auto-rickshaws and trains.
30. References
• Gunjal Sunil N. , Joshi Ajinkya V. , Gosavi Swapnil C. , Kshirsagar Vyanktesh
B, “Dynamic Bus Timetable Using GPS” International Journal of Advanced
Research
• Computer Engineering & Technology (IJARCET) , ISSN :2278-1323, Volume 3,
Issue 3, March 2014.
• Karan Punjabi, Pooja Bolaj, Pratibha Mantur, Sneha
• Wali, “Bus Locator via SMS Using Android Application”
• International Journal of Computer Science and Information Technologies
(IJCSIT) , ISSN :0975-9646, Volume 5(2), 2014.
Editor's Notes
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