『Reflection Paper # 3: Understanding Usability Concepts in a Smart City 』
s1220106_Yudai Abe
To answer Q1
s1240172_Wataru Takahashi
To answer Q2
s1240034_Ryo Tatesawa
To answer Q3
s1240139_Hokuto Morita
To create this slide
This document discusses a proposed mobile application to improve transportation convenience in Aizu Wakamatsu, Japan. The application would provide real-time information about bus and train schedules, taxi locations, and traffic conditions. It would also display one-way streets and warn users about driving in prohibited directions. In winter, the app would avoid showing roads closed due to snow accumulation. This technology could help Aizu citizens travel more easily and efficiently despite the city's limited transportation infrastructure, especially in navigating one-way streets and planning routes to avoid traffic or snow-covered roads. However, it may face challenges with reflecting sudden weather changes in real-time. Usability testing with local college students could help evaluate the application.
The document discusses a potential mobile phone navigation application that could be used in Aizuwakamatsu, Japan to address transportation issues in the city. It proposes an app that would suggest the most optimal routes for users to reach their destinations via walking, vehicles, or trains using GPS. This would help reduce traffic congestion in the city, benefiting both citizens and tourists. The document then outlines how such an application could be tested for usability with citizens of Aizuwakamatsu.
This document describes a mobile application and hardware device called Intel'Auto that aims to empower car owners by providing them with data about their vehicle's performance and optimization suggestions. The application collects data from a connected module and displays over 80 indicators about the car's speed, engine, fuel levels, and nearby amenities to help users better understand and optimize their driving. The founders have automotive engineering and data analysis backgrounds and plan to initially distribute the $199 hardware/software package through major retailers in France.
We have developed the, first and only, UBER Analytics Preparation Course that implements in-application questions and covers the syllabus of version 3.1 & 6.16 of the official UBER test.
This document describes a parking management application called PARK IN. It aims to solve problems with parking congestion, delays, lack of structured parking, and wasted fuel and time by allowing users to book parking slots online at feasible prices. The application will provide navigation to parking zones, subscription plans, and additional services like car washing. It analyzes the existing parking market in India, competitive services, operational plan, expenses, revenue model, and key partners to develop a website and mobile app for booking and managing parking.
Creating mobility services to rural areas – lessons learned from ALPIO-projec...Mindtrek
MOBILITY track - Tuesday 28th
"To create more sustainable transportation systems, cities need a variety of different measures. When it comes to publicly subsidized transportation services, also economical aspects are crucial. Especially in rural areas, viable mobility services as well as public transportation are hard to achieve. One solution to tackle these problems is to make better use of the existing fleet capacity. In ALPIO-project, funded by Sitra, the aim was to create a digital platform where existing publicly subsidized journeys (mainly made by taxis and small busses) could be offered to new customers. In this presentation, we will go through the successes and failures of the project: How did we achieve the ambitious goals of the project, what should have been done differently and what should be taken into consideration in similar development projects in the future."
KAISA KARHULA, Passenger Transport Engineer, Tuomi Logistiikka Oy.
Smart City Mindtrek 2020 - conference
28th-29th January
Tampere, Finland
www.mindtrek.org/2020/
The Project Automatic Car Parking System using 89C51 Microcontroller is an interesting project which uses 89C51 microcontroller as its brain. The project is designed for car parking. The aim of this project is to atomize the car park for allowing the cars into the park. LCD is provided to display the information about the total number of cars that can be parked and the place free for parking. Two IR Tx Rx pairs are used in this project to identify the entry or exit of the cars into out of park. These two IR TX-RX pairs are arranged either side of the gate. The TX and Rx are arranged face to face across the road so that the RX should get IR signal continuously. Whenever the mains are switched on, the LCD displays the message"parking space for 10 vehicles". The number indicates the maximum capacity of park in this project. Whenever a car comes in front of the gate, the IR signal gets disturbed and the microcontroller will open the gate by rotating the stepper motor. The gate will be closed only after the car leaves the second IR pair since the microcontroller should know whether the car left the gate or not. Now the microcontroller decrements the value of the count and displays it on LCD. In this way, the microcontroller decrements the count whenever the car leaves the park and displays it on LCD. lf the count reaches'0', i e. if the park is completely filled, the microcontroller will display"NO SPACE FOR PARKING" on LCD. And now if any vehicle tries to enter the park, the gate will not be opened since there is no space. If any vehicle leaves the park, the controller will increment the count and allows the other vehicles for parking This project uses regulated 5v. 500mA power supply. Unregulated 12v DC is used for relay. 7805 three terminal voltage regulator is used for voltage regulation. Bridge type full wave rectifier is used to rectify the ac output of secondary of 230/12V step down transformer
This document discusses a proposed mobile application to improve transportation convenience in Aizu Wakamatsu, Japan. The application would provide real-time information about bus and train schedules, taxi locations, and traffic conditions. It would also display one-way streets and warn users about driving in prohibited directions. In winter, the app would avoid showing roads closed due to snow accumulation. This technology could help Aizu citizens travel more easily and efficiently despite the city's limited transportation infrastructure, especially in navigating one-way streets and planning routes to avoid traffic or snow-covered roads. However, it may face challenges with reflecting sudden weather changes in real-time. Usability testing with local college students could help evaluate the application.
The document discusses a potential mobile phone navigation application that could be used in Aizuwakamatsu, Japan to address transportation issues in the city. It proposes an app that would suggest the most optimal routes for users to reach their destinations via walking, vehicles, or trains using GPS. This would help reduce traffic congestion in the city, benefiting both citizens and tourists. The document then outlines how such an application could be tested for usability with citizens of Aizuwakamatsu.
This document describes a mobile application and hardware device called Intel'Auto that aims to empower car owners by providing them with data about their vehicle's performance and optimization suggestions. The application collects data from a connected module and displays over 80 indicators about the car's speed, engine, fuel levels, and nearby amenities to help users better understand and optimize their driving. The founders have automotive engineering and data analysis backgrounds and plan to initially distribute the $199 hardware/software package through major retailers in France.
We have developed the, first and only, UBER Analytics Preparation Course that implements in-application questions and covers the syllabus of version 3.1 & 6.16 of the official UBER test.
This document describes a parking management application called PARK IN. It aims to solve problems with parking congestion, delays, lack of structured parking, and wasted fuel and time by allowing users to book parking slots online at feasible prices. The application will provide navigation to parking zones, subscription plans, and additional services like car washing. It analyzes the existing parking market in India, competitive services, operational plan, expenses, revenue model, and key partners to develop a website and mobile app for booking and managing parking.
Creating mobility services to rural areas – lessons learned from ALPIO-projec...Mindtrek
MOBILITY track - Tuesday 28th
"To create more sustainable transportation systems, cities need a variety of different measures. When it comes to publicly subsidized transportation services, also economical aspects are crucial. Especially in rural areas, viable mobility services as well as public transportation are hard to achieve. One solution to tackle these problems is to make better use of the existing fleet capacity. In ALPIO-project, funded by Sitra, the aim was to create a digital platform where existing publicly subsidized journeys (mainly made by taxis and small busses) could be offered to new customers. In this presentation, we will go through the successes and failures of the project: How did we achieve the ambitious goals of the project, what should have been done differently and what should be taken into consideration in similar development projects in the future."
KAISA KARHULA, Passenger Transport Engineer, Tuomi Logistiikka Oy.
Smart City Mindtrek 2020 - conference
28th-29th January
Tampere, Finland
www.mindtrek.org/2020/
The Project Automatic Car Parking System using 89C51 Microcontroller is an interesting project which uses 89C51 microcontroller as its brain. The project is designed for car parking. The aim of this project is to atomize the car park for allowing the cars into the park. LCD is provided to display the information about the total number of cars that can be parked and the place free for parking. Two IR Tx Rx pairs are used in this project to identify the entry or exit of the cars into out of park. These two IR TX-RX pairs are arranged either side of the gate. The TX and Rx are arranged face to face across the road so that the RX should get IR signal continuously. Whenever the mains are switched on, the LCD displays the message"parking space for 10 vehicles". The number indicates the maximum capacity of park in this project. Whenever a car comes in front of the gate, the IR signal gets disturbed and the microcontroller will open the gate by rotating the stepper motor. The gate will be closed only after the car leaves the second IR pair since the microcontroller should know whether the car left the gate or not. Now the microcontroller decrements the value of the count and displays it on LCD. In this way, the microcontroller decrements the count whenever the car leaves the park and displays it on LCD. lf the count reaches'0', i e. if the park is completely filled, the microcontroller will display"NO SPACE FOR PARKING" on LCD. And now if any vehicle tries to enter the park, the gate will not be opened since there is no space. If any vehicle leaves the park, the controller will increment the count and allows the other vehicles for parking This project uses regulated 5v. 500mA power supply. Unregulated 12v DC is used for relay. 7805 three terminal voltage regulator is used for voltage regulation. Bridge type full wave rectifier is used to rectify the ac output of secondary of 230/12V step down transformer
Vehicles Parking Management System project presentation 2020Vikram Singh
This document describes a parking management system project. The system uses tools like Visual Studio code and local servers to manage parking records efficiently with less paperwork. It uses technologies like HTML, CSS, JavaScript and has modules to add, manage and search vehicle records. The system aims to enhance user experience, reduce time consumption and fix parking issues. It has advantages like being easy to manage and cost effective but the disadvantage is vehicles' exact locations may not be specified.
This document outlines a proposed parking app called Parklink that would help drivers easily find available parking spaces. It discusses the problems with current parking situations in Nairobi such as drivers spending much time searching. The app would use sensors in parking areas to indicate available spots in real time on a map. Users could search locations to view options like basement, rooftop, or open parking. The team believes the app could benefit drivers, businesses, and the government by reducing traffic and pollution while increasing efficiency. Challenges in developing it included acquiring sensors and limited team meetings.
- SmartBus is a mobile app that allows users to track public buses and receive notifications about delays or schedule changes for their favorite buses.
- It aims to help the large portion of India's population that relies on public transportation by reducing uncertainties around bus schedules and routes.
- The app will target lower-income and middle-class individuals through affordable pricing and features like free calling on an upgraded premium version.
Parking spot locator mobile app Success Story by Surekha TechnologiesSurekha Technologies
Surekha Technologies is an offshore development consulting company from Ahmedabad, India providing Enterprise Mobile Application Development services, Liferay Portal Services, Odoo consuting services, etc.
Help and Support:
Please visit http://www.surekhatech.com
or mail us at enquiry@surekhatech.com
Awarded travalarm app delivered by i mobdev technologiesDev Patel
Internet Explorer, Microsoft’s much slandered browser will be no more in the upcoming arena of browser – announced by the Chris Capossela, Microsoft’s head of marketing.
This document proposes a new smart parking system called CrowdSmart Parking or CrosPass. It begins with an introduction to the growing problem of parking in urban areas due to rising car ownership and limited parking spaces. It then reviews existing smart parking technologies and business models. The document introduces CrosPass, which leverages crowd-sourced parking space availability information. It analyzes CrosPass using Porter's Five Forces model and presents a business model canvas. The goal is to propose an enhanced smart parking system that combines existing technologies and adds building owners as key resources and customers.
Our mobile app helps drivers find available parking spaces and provides instructions on how to properly park. It displays vacant parking spots on a map and has a history feature to track previously parked locations. Based on surveys, 61% of respondents would use the app and 50% experience problems with parking. The app will initially cost £1 but could later be free. It is feasible to create within 3 months using GPS and internet connectivity.
This document describes a coin-operated electric vehicle charger for public use. The charger allows electric vehicles to charge for a set period of time upon insertion of a coin. It is intended to provide charging access for electric vehicle users at locations like parking lots, bus stations, and shopping malls. The charger uses coin detection sensors to recognize valid coins and a microcontroller to power the charging circuit and monitor charging time. It is designed to benefit electric vehicle users who may find themselves with a low battery away from home by allowing convenient on-the-go charging for a low cost.
Thuraia White proposes an app called TravelNYC to make refilling metro cards and buying LIRR tickets more convenient for NYC commuters. Ethnographic research found commuters find the current process time-consuming. The app would allow users to scan metro cards to add funds or view schedules. It would also let users buy LIRR tickets on their phones. Specifications include home screen buttons for accounts, MTA, and LIRR functions like schedules, ticket purchasing, and metro card refills. A user scenario shows how Dani could refill her metro card from home using the app.
The KONA system uses sensors around corners and junctions to provide information about the surrounding environment to vehicles. This allows vehicles, including autonomous vehicles, to better understand situations without relying solely on onboard sensors. The system transmits multiple types of sensor data and coordinates vehicles through protocols detailed in pending patents. Benefits include improved safety, more efficient traffic flow as autonomous vehicles could navigate intersections without stopping, and new applications like priority for emergency vehicles. The inventor welcomes developers and investors to collaborate on further developing and realizing the vision of this system.
Research paper review on car pooling using android operating system a step t...Akshay Shelake
The document describes a carpooling application designed for the Android operating system. The application aims to address security issues with previous systems by allowing users to rate and comment on drivers and passengers. It uses a central MySQL database connected to a PHP server to store user information and match drivers with passengers. The application incorporates Google Maps for real-time tracking of journeys and allows users to communicate during trips. The system is intended to facilitate carpooling in cities across India to reduce traffic, pollution and transportation costs.
This document provides an overview of the Uber car service app. It begins with an agenda that outlines an introduction, how Uber works, its value proposition, and technology. It then describes how Uber users can request a ride through the app, get reliable pickup times, see clear pricing, and pay cashless. Riders can also provide feedback and split fares. Pricing includes standard fees based on miles and minutes as well as dynamic pricing. Uber's business model involves drivers using the app to connect with riders, with Uber taking a 20% commission on fares. The document concludes by briefly discussing Uber's app technology, demand calculation technology, heat maps, and its core team.
Industry Intelligence - Uber Rideshare AnalysisBrent Chudoba
Uber's business-critical metrics show high awareness (99%) and consideration (32%) but lower conversion (32%) and negative net promoter score (-47). Usage is highest for Uber's mobile app (38%). Key strengths are availability and quality of app, friendliness of drivers, and reliability, while weaknesses include cost, availability, and driver trustworthiness. First usage is primarily driven by referrals from friends/colleagues (34%) and the mobile app (38%).
This document is a report on an automatic car parking system created by four students at Silver Oak College of Engineering and Technology in Ahmedabad, India. It includes sections on the theory of the project, types of car lifts and parking systems, advantages and disadvantages of multi-story car parking, a table of contents, acknowledgements and list of figures. The project uses an 8051 microcontroller to automatically open and close a gate and track vacant spaces in a multi-level parking system using IR sensors.
Uber operates an on-demand taxi hailing service that allows users to book trips through a mobile app. It connects riders to drivers who use their personal vehicles. Key partners include drivers who provide the transportation services and investors who provide initial funding. Uber's main activities are developing its platform, managing driver networks, and marketing. It generates revenue through dynamic pricing during high demand periods and by taking a commission from each ride booked through its app.
Advertising Options at Chandigarh Railway Station - Chandigarh Railway Statio...Organized Outdoor Options
For advertising on chandigarh railway station - 8860886720/9999163133/8826335802
Visit us : http://organizedoutdoor.com
For Railway Station Media across India - Organized Outdoor Options
Uber was co-founded in 2009 by Travis Kalanick and Garrett Camp. It launched officially in San Francisco in 2011 and has since expanded globally. Uber's mission is to evolve how the world moves by offering a seamless taxi-hiring service through its app. It aims to provide customers an easy way to get a ride instantly. Uber sees opportunities in increasing investment and using cheaper electric vehicles, but faces threats from rising competition and lack of government regulation in some markets.
This document discusses testing the usability of a mobile application to provide real-time traffic and road condition information to citizens in Aizuwakamatsu, Japan. It proposes an app that would inform users of warning spots, road conditions, and traffic conditions. The app would allow citizens to safely navigate snowy conditions in Aizu by reducing accidents and delays. Usability testing techniques mentioned include video recording users interacting with the app to check that it displays appropriate, satisfying information.
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.
IRJET- A Hybrid Approach for Travelling Service by using Data Parsing and Enh...IRJET Journal
This document describes a hybrid approach for an online travelling service that provides car rentals for short periods of time using data parsing and enhanced prediction techniques. It aims to suggest places for users to travel to using artificial intelligence and provide a cost comparison of major online car booking services. The system is intended to make travel planning easier and more cost-effective for users. It works by learning user preferences from multiple data sources to generate personalized travel recommendations and filter unwanted information.
Vehicles Parking Management System project presentation 2020Vikram Singh
This document describes a parking management system project. The system uses tools like Visual Studio code and local servers to manage parking records efficiently with less paperwork. It uses technologies like HTML, CSS, JavaScript and has modules to add, manage and search vehicle records. The system aims to enhance user experience, reduce time consumption and fix parking issues. It has advantages like being easy to manage and cost effective but the disadvantage is vehicles' exact locations may not be specified.
This document outlines a proposed parking app called Parklink that would help drivers easily find available parking spaces. It discusses the problems with current parking situations in Nairobi such as drivers spending much time searching. The app would use sensors in parking areas to indicate available spots in real time on a map. Users could search locations to view options like basement, rooftop, or open parking. The team believes the app could benefit drivers, businesses, and the government by reducing traffic and pollution while increasing efficiency. Challenges in developing it included acquiring sensors and limited team meetings.
- SmartBus is a mobile app that allows users to track public buses and receive notifications about delays or schedule changes for their favorite buses.
- It aims to help the large portion of India's population that relies on public transportation by reducing uncertainties around bus schedules and routes.
- The app will target lower-income and middle-class individuals through affordable pricing and features like free calling on an upgraded premium version.
Parking spot locator mobile app Success Story by Surekha TechnologiesSurekha Technologies
Surekha Technologies is an offshore development consulting company from Ahmedabad, India providing Enterprise Mobile Application Development services, Liferay Portal Services, Odoo consuting services, etc.
Help and Support:
Please visit http://www.surekhatech.com
or mail us at enquiry@surekhatech.com
Awarded travalarm app delivered by i mobdev technologiesDev Patel
Internet Explorer, Microsoft’s much slandered browser will be no more in the upcoming arena of browser – announced by the Chris Capossela, Microsoft’s head of marketing.
This document proposes a new smart parking system called CrowdSmart Parking or CrosPass. It begins with an introduction to the growing problem of parking in urban areas due to rising car ownership and limited parking spaces. It then reviews existing smart parking technologies and business models. The document introduces CrosPass, which leverages crowd-sourced parking space availability information. It analyzes CrosPass using Porter's Five Forces model and presents a business model canvas. The goal is to propose an enhanced smart parking system that combines existing technologies and adds building owners as key resources and customers.
Our mobile app helps drivers find available parking spaces and provides instructions on how to properly park. It displays vacant parking spots on a map and has a history feature to track previously parked locations. Based on surveys, 61% of respondents would use the app and 50% experience problems with parking. The app will initially cost £1 but could later be free. It is feasible to create within 3 months using GPS and internet connectivity.
This document describes a coin-operated electric vehicle charger for public use. The charger allows electric vehicles to charge for a set period of time upon insertion of a coin. It is intended to provide charging access for electric vehicle users at locations like parking lots, bus stations, and shopping malls. The charger uses coin detection sensors to recognize valid coins and a microcontroller to power the charging circuit and monitor charging time. It is designed to benefit electric vehicle users who may find themselves with a low battery away from home by allowing convenient on-the-go charging for a low cost.
Thuraia White proposes an app called TravelNYC to make refilling metro cards and buying LIRR tickets more convenient for NYC commuters. Ethnographic research found commuters find the current process time-consuming. The app would allow users to scan metro cards to add funds or view schedules. It would also let users buy LIRR tickets on their phones. Specifications include home screen buttons for accounts, MTA, and LIRR functions like schedules, ticket purchasing, and metro card refills. A user scenario shows how Dani could refill her metro card from home using the app.
The KONA system uses sensors around corners and junctions to provide information about the surrounding environment to vehicles. This allows vehicles, including autonomous vehicles, to better understand situations without relying solely on onboard sensors. The system transmits multiple types of sensor data and coordinates vehicles through protocols detailed in pending patents. Benefits include improved safety, more efficient traffic flow as autonomous vehicles could navigate intersections without stopping, and new applications like priority for emergency vehicles. The inventor welcomes developers and investors to collaborate on further developing and realizing the vision of this system.
Research paper review on car pooling using android operating system a step t...Akshay Shelake
The document describes a carpooling application designed for the Android operating system. The application aims to address security issues with previous systems by allowing users to rate and comment on drivers and passengers. It uses a central MySQL database connected to a PHP server to store user information and match drivers with passengers. The application incorporates Google Maps for real-time tracking of journeys and allows users to communicate during trips. The system is intended to facilitate carpooling in cities across India to reduce traffic, pollution and transportation costs.
This document provides an overview of the Uber car service app. It begins with an agenda that outlines an introduction, how Uber works, its value proposition, and technology. It then describes how Uber users can request a ride through the app, get reliable pickup times, see clear pricing, and pay cashless. Riders can also provide feedback and split fares. Pricing includes standard fees based on miles and minutes as well as dynamic pricing. Uber's business model involves drivers using the app to connect with riders, with Uber taking a 20% commission on fares. The document concludes by briefly discussing Uber's app technology, demand calculation technology, heat maps, and its core team.
Industry Intelligence - Uber Rideshare AnalysisBrent Chudoba
Uber's business-critical metrics show high awareness (99%) and consideration (32%) but lower conversion (32%) and negative net promoter score (-47). Usage is highest for Uber's mobile app (38%). Key strengths are availability and quality of app, friendliness of drivers, and reliability, while weaknesses include cost, availability, and driver trustworthiness. First usage is primarily driven by referrals from friends/colleagues (34%) and the mobile app (38%).
This document is a report on an automatic car parking system created by four students at Silver Oak College of Engineering and Technology in Ahmedabad, India. It includes sections on the theory of the project, types of car lifts and parking systems, advantages and disadvantages of multi-story car parking, a table of contents, acknowledgements and list of figures. The project uses an 8051 microcontroller to automatically open and close a gate and track vacant spaces in a multi-level parking system using IR sensors.
Uber operates an on-demand taxi hailing service that allows users to book trips through a mobile app. It connects riders to drivers who use their personal vehicles. Key partners include drivers who provide the transportation services and investors who provide initial funding. Uber's main activities are developing its platform, managing driver networks, and marketing. It generates revenue through dynamic pricing during high demand periods and by taking a commission from each ride booked through its app.
Advertising Options at Chandigarh Railway Station - Chandigarh Railway Statio...Organized Outdoor Options
For advertising on chandigarh railway station - 8860886720/9999163133/8826335802
Visit us : http://organizedoutdoor.com
For Railway Station Media across India - Organized Outdoor Options
Uber was co-founded in 2009 by Travis Kalanick and Garrett Camp. It launched officially in San Francisco in 2011 and has since expanded globally. Uber's mission is to evolve how the world moves by offering a seamless taxi-hiring service through its app. It aims to provide customers an easy way to get a ride instantly. Uber sees opportunities in increasing investment and using cheaper electric vehicles, but faces threats from rising competition and lack of government regulation in some markets.
This document discusses testing the usability of a mobile application to provide real-time traffic and road condition information to citizens in Aizuwakamatsu, Japan. It proposes an app that would inform users of warning spots, road conditions, and traffic conditions. The app would allow citizens to safely navigate snowy conditions in Aizu by reducing accidents and delays. Usability testing techniques mentioned include video recording users interacting with the app to check that it displays appropriate, satisfying information.
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.
IRJET- A Hybrid Approach for Travelling Service by using Data Parsing and Enh...IRJET Journal
This document describes a hybrid approach for an online travelling service that provides car rentals for short periods of time using data parsing and enhanced prediction techniques. It aims to suggest places for users to travel to using artificial intelligence and provide a cost comparison of major online car booking services. The system is intended to make travel planning easier and more cost-effective for users. It works by learning user preferences from multiple data sources to generate personalized travel recommendations and filter unwanted information.
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.
This document describes a mobile application called TYMO Smart Bus that helps users track public bus locations in real-time. The app uses GPS technology to determine the exact positions of buses and display them on a map. It also shows estimated arrival times at stops. Additional features include fare details, toll-free numbers, and SMS services. The app is designed to help passengers better plan their trips and wait times for buses. It aims to reduce frustration over late or uncertain bus schedules. The application is built using Android platform, client-server technology, and integrates with Google Maps API and a database.
The Routes app allows users to view bus schedules, purchase tickets on their mobile device, and activate tickets offline by boarding buses even in areas without internet connectivity. This simplifies the ticket buying process and eliminates the need to carry cash or search for change. The app aims to improve the commuting experience by providing schedule and routing information. It also plans to generate revenue by handling 5% of fees from digital ticket sales to public transport operators like BMTC, replacing outdated smart card systems. The company has developed app prototypes demonstrating features like schedules, routing maps, and mobile tickets.
A Review on Smart Bus Ticketing System using QR-CodeIRJET Journal
This document provides a review of a proposed smart bus ticketing system using QR codes. The proposed system aims to address issues with the current public bus system, such as passengers waiting long times at bus stops due to lack of information about bus timings. The proposed system would use two Android applications - one for passengers and one for bus conductors. A GPS module on buses would allow passengers to track bus locations in real-time. Passengers could book tickets via the app by selecting the source and destination, and a QR code would be generated. Conductors would scan the QR codes to deduct fares from passengers' wallets. This system aims to reduce passenger waiting times and address other issues faced in current bus systems.
This document describes a proposed smart parking system that uses sensors and a mobile app to monitor parking space availability and allow users to reserve spaces. The system would help reduce traffic and congestion by letting drivers know where parking is available. Sensors attached to parking spaces would monitor occupancy and transmit that data through a network to the app. Users could search for available spaces near their destination, reserve a space, and pay for it through the app. The system aims to make parking easier and more efficient for drivers in urban areas.
This document presents a project proposal for an Android application called "Easy Travel" that aims to implement a real-time bus tracking system. The application will use GPS and internet services on the driver's and passenger's Android phones to track bus locations and provide estimated time of arrival information to passengers. When drivers log into the app after starting their routes, the app will send location data to a Firebase database. Passengers can then log in to view buses on a map and see the real-time locations and ETAs of buses on their chosen routes. The goal is to address issues like traffic congestion, delays, and unpredictable passenger demand by giving travelers more information for efficient travel.
IRJET- Railway Reservation and Route Optimization System with ImplementationIRJET Journal
This document describes a railway reservation and route optimization system that was developed. It allows users to book tickets, check PNR status, view live train status and station information. Additionally, it finds the shortest route between two stations by analyzing all available train routes and times. The system was built using Android studio and combines modules developed using XML and Java. It aims to make the reservation process more convenient and help users identify the most time efficient train routes. Future work could involve integrating GPS tracking of trains and improving cleanliness/facilities on trains.
“Pay N Park” is aiming to be an online parking management agency. “Pay N Park” offers a wide range of products and services that will equip users to search for a parking space in a particular location and to book the available parking space using mobile/web internet devices.
Through this app, commuters will now be able to see the location of the autos nearest to them and call the auto drivers directly on their personal mobile nos. and book their trip. Commuters can now be free from looking out and shouting for autos on the streets and instead have the autos provide a pick-up and drop service.
Apart from this, the application will also provide information on the estimated fare, trip distance, travel time as well as the traffic condition on the route. Getting autos will now no longer be a worry with the new OAB app.
This document describes the development of an Android application for online parking slot booking. The application aims to help users find available parking slots and allow them to pre-book slots up to four hours before their expected arrival time. It connects users to parking owners to facilitate booking. The system architecture involves six components - parking owners, users, the internet, an application server, a main server database, and parking owner databases. Key features of the application include user registration and login, selecting a parking location, viewing available slots, booking a slot, and a dashboard for parking owners to manage slots. Advantages are reducing traffic as users can pre-book and saving time searching for slots. Future work could expand the system's coverage area.
The document describes a proposed cab booking application created by students. It discusses how prior to online booking, cab booking was done manually which was time-consuming. The proposed application aims to automate the booking process and allow customers to easily book cabs online from their location to their destination. It will integrate features like live tracking, driver profiles, and payment integration to provide a better customer experience. The document also reviews related literature and discusses the proposed system and its potential future improvements like adding voice assistance.
Smart cities use internet-connected technology and data to improve operations and services for citizens. Internet of Things technologies allow different systems like car navigation and bus location to share real-time information to improve transportation efficiency. While smart city research aims to enhance quality of life by saving time and resources, challenges remain in coordinating different organizations and ensuring technologies are accessible to all groups. Future work includes further developing designs that are easy for seniors and children to use.
IRJET - An E-Ticket Application with Location Tracking for Public Transport BusIRJET Journal
This document proposes an e-ticket application for public transport buses that allows passengers to purchase tickets digitally. It aims to address issues with the current manual ticketing system like long wait times, lack of change, and excessive paper use. The proposed application would allow users to enter trip details, pay via e-wallet, and receive an e-ticket with details by message. It would also integrate GPS to track bus locations and provide estimated arrival times to help passengers plan their travel. The application is designed using Java and a MySQL database to store user and bus schedule information. It includes modules for registration, login, ticket purchase, and bus tracking to provide a more convenient digital ticketing experience for public transport users.
Tokyo can be considered a smart city in some respects but also has room for improvement. While traffic congestion makes movement difficult, public transportation is announced in many languages to accommodate foreigners. Singapore has succeeded as a smart city through advanced urban planning, internet infrastructure, and clean energy use. Creating an intuitive smart city requires considering diverse users and improving public transportation systems.
IRJET - Android Application to Generate Auto Renewal Bus Pass SystemIRJET Journal
This document describes an Android application that was developed to generate an auto-renewal bus pass system. The application aims to streamline the process of applying for and renewing bus passes by allowing users to complete these tasks online via their smartphones. It provides two login accounts, one for users and one for administrators. Key features of the application include online ticket booking and reservation, automatic reminders when passes are expiring, and a mobile-friendly interface. The goals of the system are to reduce long wait times at depots for users and reduce paperwork for administrators. It is intended to make the bus pass system more convenient, efficient, and accessible for all.
How Much Does It Cost To Develop An Uber-Style App? - AppsDevProSofiaCarter4
Uber is a full-featured app with several cutting-edge features. Therefore, the typical cost to create an app like Uber will be between $50,000 and $100,000 or more. Follow this guide if you're still unclear about how to design an app with features and a business strategy similar to Uber.
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Building Production Ready Search Pipelines with Spark and MilvusZilliz
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2. ● s1220106_Yudai Abe
- To answer Q1
● s1240172_Wataru Takahashi
- To answer Q2
● s1240034_Ryo Tatesawa
- To answer Q3
● s1240139_Hokuto Morita
- To create this slide
Roles of Group Members
3. ● Laboratory-based usability testing
- The lab-based usability test method
enables testing of mobile applications
by using real devices to engage
actual users.
How is Usability Tested
for a Mobile Application
4. ● Remote usability testing
- The remote usability test is an entirety
research method that allows users to
use usability tests while using their
websites from their home
computers.
How is Usability Tested
for a Mobile Application
5. - In our group, the following
mobile applications were
proposed. It is an application
that makes it easy to know
traffic congestion information
and public transportation
facilities.
To solve traffic jam
6. - This application is free to use. However,
advertisements may be issued. This
creates advertising revenue.
Advertisements can be hidden by
purchasing a paid version.
Explain the technology/smart city app and its
application in Aizu Smart City situation
7. - We use the money we earn as
operational funds. In this system, by
using the location information, traffic
jam information and public
transportation facilities can be obtained
immediately in the vicinity. Enabling
comfortable outing by knowing traffic
congestion information and public
transit time in one application.
Explain the technology/smart city app and its
application in Aizu Smart City situation
8. - This mobile phone apps give us traffic
information and timetable of bus and train in
Aizu Wakamatsu. Many citizen of Aizu
Wakamatsu use their car to move for shopping,
commuting, and playing. Also, some people who
don’t have own car (like university student) use
bus or train same purpose.
- So, This application is important for
- Aizu Wakamatsu.
why this technology / apps is important?
9. - Future Aizu Wakamatsu citizen use this application
when shopping, commuting, and playing. They
can search traffic information and check time table
of bus and train on surrounding their. They can
avoid heavy traffic and can move smartly by using
this application.
Would be able to use
this MOBILE PHONE technology?
10. - This application give us traffic information. This
function make moving of future Aizu Wakamatsu
citizen smartly. As aforementioned, many
AizuWakamatsu citizen use their car for moving.
And, some citizen use bus and train. So avoiding
heavy traffic and getting time table are
- special for Aizu Wakamatsu.
How could this technology be special for
Aizuwakamatsu?
11. - AizuWakamatsu citizen can avoid heavy traffic and
don’t need to waiting for bus and train by using this
application. I think this is the factor that they makes
happy. Because nobody want to get caught in
traffic jam and wait for train and bus.
why the technology and the product has a
feel-good factor ?
12. - The user-friendly point of this application
is getting surrounding information of traffic
and the time table of surrounding station and
bus stop automatically.
Why the product and the technology are
user-friendly?
13. - By using this application, citizen avoid traffic jam.
So, the time of using car is decreased.
I think this is the factor that smart energy.
Because decrease of using time is connected
saving energy and environment.
how the technology contributes towards
developing a connected smart city?
14. - I think this application may be cause traffic jam.
This application give traffic information for driver
and passenger. So same information send to some
driver, they select same road to avoid traffic jam. I
think it will be cause new traffic jam.
What could be one problem with the technology
and/or the product that might pose a problem?
15. - I think Charrettes is suitable testing this
application. Because this application must send
information that is correct and easy to understand.
And Charrettes discuss product from every aspect.
So I think this method are best that test
this application.
What could be some of the usability techniques that you
could use to test the usability of the technology?