The document analyzes cancellations at IndoCabs, a cab service company in India. The author processed a dataset of 1,956 bookings from IndoCabs to remove duplicates and errors. Key findings include: the average trip duration was 4.47 hours, the average booking window was 2.08 days, and 8.79% of bookings were cancelled. Point-to-point travel had the highest cancellation rate. Mobile bookings saw a higher cancellation rate than online bookings. Most cancellations occurred with booking windows of 1 day or less. The author recommends IndoCabs offer discounts for earlier bookings and revamp their mobile booking and phone services to reduce cancellations.
- The document analyzes cancellation data from IndoCabs to understand the causes of trip cancellations.
- Key findings include point-to-point trips having a 10% cancellation rate, twice as high as other types, and mobile/online bookings having a 13% cancellation rate.
- Cancellations are most common in the 5-8pm timeframe and for bookings made less than 12 hours in advance.
- The document analyzes customer bike rental data from PhillyCycle to understand factors that influence rental demand. Key factors found to impact rentals include weather, season, user type (casual vs. registered), hour of day, and weekday vs. weekend.
- Regression analysis showed temperature explained 15.47% of rental variation and rentals increased by 5.02 for each 1 degree F increase in temperature. Rentals were also 10.51 higher on clear vs. rainy days.
- The analysis provides recommendations for PhillyCycle to expand its customer base and operations to new cities with warmer climates shown to encourage higher bike sharing ridership.
Predicting Cab Booking Cancellations- Data Mining Projectraj
The project report is on a project where we 'predict whether a cab booking cancellation will get classified properly'. The dataset is about a cab company based in Bangalore. The name of the cab company is YourCabs.com. The data set was taken from Kaggle.com. The topic deals with the cost, the company incurs in terms of misclassifying the cab cancellations as not cancelled. Thus, we understand that this classification task takes into consideration the misclassification costs. We need to obtain the lowest average cost of booking. Our analysis is also a case where one class is more important than the other i.e., one misclassification error is important than the other.
This document summarizes a project to predict cab booking cancellations for a company using data mining techniques. Visualization of the data showed bookings had the highest success rates with greater differences between booking and travel dates. Classification algorithms like random forest, Ada boost and neural networks were applied to the data and evaluated on validation data. The models showed the highest cancellation rates occurred on Sundays, Thursdays and Fridays. Developing an accurate cancellation prediction model would help the company optimize operations.
The document describes a cab booking system software developed by Custom Soft that allows customers to book and manage cab rides. The software provides features like registration, booking confirmation by SMS/email, choosing routes, tracking speed and location, prepaid and postpaid payment options, and an emergency panic button. Custom Soft is an experienced software development company that offers this cab booking solution along with guaranteed satisfaction, flexible engagement models, proven methodologies, and 24/7 support.
The document describes the business model of Uber, including its key partners, activities, resources, value propositions, customer relationships, channels, customer segments, cost structure, and revenue streams. It then discusses how Uber started in 2008 when the founders had trouble getting a cab in Paris and decided to create a mobile app to revolutionize transportation. By 2010, Uber was testing its service in New York City with a few cars.
The document describes an airline reservation system. It discusses problems with the existing manual system, including lack of timeliness, accuracy, and security issues. It then proposes developing a computerized airline reservation system to address these limitations. The objectives of the proposed system are outlined, such as reducing manual work, increasing accuracy and speed, and enhancing customer service. Finally, the document discusses requirement analysis and some key modules and processes of the proposed automated airline reservation system.
This is Airline Reservation System. this one my finale project. By this System customer can book their flight ticket and customer want to cancel booking his seat also can by this system. this project speciality is if flight delay thy can get notification and this project doing Analysis.
- The document analyzes cancellation data from IndoCabs to understand the causes of trip cancellations.
- Key findings include point-to-point trips having a 10% cancellation rate, twice as high as other types, and mobile/online bookings having a 13% cancellation rate.
- Cancellations are most common in the 5-8pm timeframe and for bookings made less than 12 hours in advance.
- The document analyzes customer bike rental data from PhillyCycle to understand factors that influence rental demand. Key factors found to impact rentals include weather, season, user type (casual vs. registered), hour of day, and weekday vs. weekend.
- Regression analysis showed temperature explained 15.47% of rental variation and rentals increased by 5.02 for each 1 degree F increase in temperature. Rentals were also 10.51 higher on clear vs. rainy days.
- The analysis provides recommendations for PhillyCycle to expand its customer base and operations to new cities with warmer climates shown to encourage higher bike sharing ridership.
Predicting Cab Booking Cancellations- Data Mining Projectraj
The project report is on a project where we 'predict whether a cab booking cancellation will get classified properly'. The dataset is about a cab company based in Bangalore. The name of the cab company is YourCabs.com. The data set was taken from Kaggle.com. The topic deals with the cost, the company incurs in terms of misclassifying the cab cancellations as not cancelled. Thus, we understand that this classification task takes into consideration the misclassification costs. We need to obtain the lowest average cost of booking. Our analysis is also a case where one class is more important than the other i.e., one misclassification error is important than the other.
This document summarizes a project to predict cab booking cancellations for a company using data mining techniques. Visualization of the data showed bookings had the highest success rates with greater differences between booking and travel dates. Classification algorithms like random forest, Ada boost and neural networks were applied to the data and evaluated on validation data. The models showed the highest cancellation rates occurred on Sundays, Thursdays and Fridays. Developing an accurate cancellation prediction model would help the company optimize operations.
The document describes a cab booking system software developed by Custom Soft that allows customers to book and manage cab rides. The software provides features like registration, booking confirmation by SMS/email, choosing routes, tracking speed and location, prepaid and postpaid payment options, and an emergency panic button. Custom Soft is an experienced software development company that offers this cab booking solution along with guaranteed satisfaction, flexible engagement models, proven methodologies, and 24/7 support.
The document describes the business model of Uber, including its key partners, activities, resources, value propositions, customer relationships, channels, customer segments, cost structure, and revenue streams. It then discusses how Uber started in 2008 when the founders had trouble getting a cab in Paris and decided to create a mobile app to revolutionize transportation. By 2010, Uber was testing its service in New York City with a few cars.
The document describes an airline reservation system. It discusses problems with the existing manual system, including lack of timeliness, accuracy, and security issues. It then proposes developing a computerized airline reservation system to address these limitations. The objectives of the proposed system are outlined, such as reducing manual work, increasing accuracy and speed, and enhancing customer service. Finally, the document discusses requirement analysis and some key modules and processes of the proposed automated airline reservation system.
This is Airline Reservation System. this one my finale project. By this System customer can book their flight ticket and customer want to cancel booking his seat also can by this system. this project speciality is if flight delay thy can get notification and this project doing Analysis.
The aim of the project is to track the on-time performance of major domestic carriers in the US. The complete information on air travel report including raw data and summary statistics is available which enables to make predictions about possible delays in flights
Quick Ride connects commuters travelling in the same direction in real-time and schedules the rides instantly for an immediate ride, or even well in advance for upcoming rides. You can also view the users going in the same direction and connect.
This document describes the design and implementation of an online bus ticket booking system. It includes entity relationship diagrams and data flow diagrams to model the system. The system allows users to register accounts, view bus schedules and book tickets online. It also allows administrators to manage bus routes, timetables and fares. The system was developed using C# and SQL Server for the backend database. Screenshots of some of the web pages like the register, login, change password, add bus and add route pages are included.
The document presents the design of an online tour and travel management system. It includes modules for tours, hotel reservations, and administration. It discusses the feasibility study, cost estimation, functional point analysis, system requirements, software development life cycle using the waterfall model, data design with entity relationship diagrams, procedural design with data flow diagrams, use case diagrams, activity diagrams, class diagrams, COCOMO model, test cases, user interface design, and future scope. The system is designed to allow users to book and manage tours, hotels, and transportation online.
1. Uber's data shows significant supply-demand gaps for rides, especially during certain times of day. The largest gaps are in the morning and evening.
2. Pickups from the airport have higher gaps than from the city, with most trips not being completed due to a lack of available cars. Pickups from the city have fewer available cars and more cancellations by drivers as issues.
3. The analysis recommends investigating why cars are unavailable or off duty during high-demand times, and why drivers frequently cancel airport pickups in the mornings, to help close the large supply-demand gaps.
This document outlines the system design for an online reservation system for a car rental company called EU-Rent Car Rentals. The existing manual system posed problems like wasted customer time and risk of errors. The proposed online system allows customers to make reservations remotely. The document includes requirements, cost analysis, stakeholder responsibilities, diagrams of the system architecture, interface design, and data storage design. It recommends a thin client-server architecture using Amazon RDS for database implementation.
This software project is aimed at automation of online ticket booking. Objective of the project is to develop customize software package for ticket booking.
When we do this task manually then it become very hard to manage the ticket booking .So are developing this system to manage booking of ticket automatically. In this Bus Ticket Booking project we develop the system that can help the user to book their ticket online. In this project we take care of every services related to travelling and online ticket booking .When you start your traveling tour you have to book ticket so we help you in booking your traveling ticket
This document summarizes a research project that aims to develop an application to predict airline ticket prices using machine learning techniques. The researchers collected over 10,000 records of flight data including features like source, destination, date, time, number of stops, and price. They preprocessed the data, selected important features, and applied machine learning algorithms like linear regression, decision trees, and random forests to build predictive models. The random forest model provided the most accurate predictions according to performance metrics like MAE, MSE, and RMSE. The researchers propose deploying the best model in a web application using Flask for the backend and Bootstrap for the frontend so users can input flight details and receive predicted price outputs.
Information Technological solution for the existing traditional paper based bus ticketing System in Sri Lankan transport context. This is Group Project presentation related to a system which is included both an Android and Web Based Solution
Vehicles Parking Management System project Presentation final yearVikram Singh
This document describes a vehicle parking management system. The system aims to help people find parking spots quickly, keep records of vehicles entering and exiting parking areas, and determine costs based on parking time. It uses front-end technologies like HTML and CSS for the user interface, and back-end technologies like Java Script for functionality. The system would have modules for vehicle records, admin functions to manage the system, and security for parked vehicles. It is intended to make parking management easier and reduce costs compared to manual systems.
This document appears to be a project report submitted by three students - Tanya Bhadauria, Somendra Singh, and Vaibhav - for their Bachelor of Technology degree in Information Technology. It describes the development of an "Online Vehicle Rental System" under the supervision of Mr. Ramesh Sahoo. The report includes sections on introduction, software and hardware requirements, literature survey, software requirement analysis, coding, output screens, and conclusions.
Capston Project Report on Traveling Website By MRX Kodexhub
This Project Report Based on Traveling Website. It Contain 17 Pages.
All This Are Available in this Report:-
DECLARATION
ACKNOWLEDGEMENT
ABSTRACT
INTRODUCTION
Background
Motivation and Problem Formulation
Methodology
CONTRIBUTION
Iterative Waterfall Model
Features of the System.
MODULES
DATA FLOW DIAGRAM
Software & Hardware Specification
Conclusion and Future Development
Bibliography
The document provides details about a tourism package management system, including:
- An introduction and overview of the system's requirements analysis including requirement reports, data flow diagrams, data dictionaries, and process specifications.
- The requirements analysis covers user management, administrator modules, hotel modules, transportation modules, package modules, and payment modules.
- Data flow diagrams and data dictionaries define the system's processes and data elements at different levels.
- Process specifications describe key processes like user login, setting travel details, registration, searching, availability checking, booking, payment, and cancellation.
- Future enhancements are suggested to improve maintenance and manageability.
1) The document describes an online ticket booking website that allows users to book train tickets without needing to stand in long lines or face harassment at ticket counters.
2) The home page includes welcome images, an image slider with offers, popular train routes and times, links to bank websites, and a user review section. It also has a navigation bar and footer.
3) Users must register with an email and password before booking tickets. They can then search for trains by entering journey details and select their preferred seats if available before confirming.
The document outlines a cab booking system project created by a team of 5 students under the guidance of Sreeranjan NSCI. The project uses Python and Tkinter for the GUI. It allows users to register, book cabs by entering pickup/drop off locations, view receipts, and more. Design documents include use case diagrams, class diagrams, sequence diagrams and activity diagrams. The system was implemented using Python and tested with sample test cases to check functionality. Results screens show examples of registration and booking pages. Future work may involve additional features.
This document describes a project to develop a railway reservation system. It was created by three students - Koyel Majumdar, Rina Paul, and Lagnajita Halder - for their master's degree program. The system will allow users to search train schedules, make reservations, check reservation status, and cancel reservations online. It aims to improve on previous manual paper-based systems by providing an automated digital system accessible from multiple locations. The document outlines the project scope, user requirements, hardware and software needs, and security considerations for the new railway reservation system.
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 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 survey summarizes customer satisfaction with the European airline ES-JET. Most customers took 3 round trips in the past year, primarily for leisure. Older customers tended to book through travel agents while younger customers booked directly. Some procedures like ticket counters caused dissatisfaction due to long queues. Overall satisfaction with ES-JET was good, but over half of customers were dissatisfied with travel agent services. Internet retail sales are growing faster than other retail sales and show a high positive correlation, though many other factors also influence sales.
This document discusses travel time reliability and how it is measured. It defines travel time reliability as the consistency or dependability of travel times from day to day. It describes several ways to measure reliability, including the 90th/95th percentile travel times, buffer index, and planning time index. It provides examples of agencies like FHWA, MnDOT and WSDOT that are using reliability measures to monitor traffic conditions and performance.
The aim of the project is to track the on-time performance of major domestic carriers in the US. The complete information on air travel report including raw data and summary statistics is available which enables to make predictions about possible delays in flights
Quick Ride connects commuters travelling in the same direction in real-time and schedules the rides instantly for an immediate ride, or even well in advance for upcoming rides. You can also view the users going in the same direction and connect.
This document describes the design and implementation of an online bus ticket booking system. It includes entity relationship diagrams and data flow diagrams to model the system. The system allows users to register accounts, view bus schedules and book tickets online. It also allows administrators to manage bus routes, timetables and fares. The system was developed using C# and SQL Server for the backend database. Screenshots of some of the web pages like the register, login, change password, add bus and add route pages are included.
The document presents the design of an online tour and travel management system. It includes modules for tours, hotel reservations, and administration. It discusses the feasibility study, cost estimation, functional point analysis, system requirements, software development life cycle using the waterfall model, data design with entity relationship diagrams, procedural design with data flow diagrams, use case diagrams, activity diagrams, class diagrams, COCOMO model, test cases, user interface design, and future scope. The system is designed to allow users to book and manage tours, hotels, and transportation online.
1. Uber's data shows significant supply-demand gaps for rides, especially during certain times of day. The largest gaps are in the morning and evening.
2. Pickups from the airport have higher gaps than from the city, with most trips not being completed due to a lack of available cars. Pickups from the city have fewer available cars and more cancellations by drivers as issues.
3. The analysis recommends investigating why cars are unavailable or off duty during high-demand times, and why drivers frequently cancel airport pickups in the mornings, to help close the large supply-demand gaps.
This document outlines the system design for an online reservation system for a car rental company called EU-Rent Car Rentals. The existing manual system posed problems like wasted customer time and risk of errors. The proposed online system allows customers to make reservations remotely. The document includes requirements, cost analysis, stakeholder responsibilities, diagrams of the system architecture, interface design, and data storage design. It recommends a thin client-server architecture using Amazon RDS for database implementation.
This software project is aimed at automation of online ticket booking. Objective of the project is to develop customize software package for ticket booking.
When we do this task manually then it become very hard to manage the ticket booking .So are developing this system to manage booking of ticket automatically. In this Bus Ticket Booking project we develop the system that can help the user to book their ticket online. In this project we take care of every services related to travelling and online ticket booking .When you start your traveling tour you have to book ticket so we help you in booking your traveling ticket
This document summarizes a research project that aims to develop an application to predict airline ticket prices using machine learning techniques. The researchers collected over 10,000 records of flight data including features like source, destination, date, time, number of stops, and price. They preprocessed the data, selected important features, and applied machine learning algorithms like linear regression, decision trees, and random forests to build predictive models. The random forest model provided the most accurate predictions according to performance metrics like MAE, MSE, and RMSE. The researchers propose deploying the best model in a web application using Flask for the backend and Bootstrap for the frontend so users can input flight details and receive predicted price outputs.
Information Technological solution for the existing traditional paper based bus ticketing System in Sri Lankan transport context. This is Group Project presentation related to a system which is included both an Android and Web Based Solution
Vehicles Parking Management System project Presentation final yearVikram Singh
This document describes a vehicle parking management system. The system aims to help people find parking spots quickly, keep records of vehicles entering and exiting parking areas, and determine costs based on parking time. It uses front-end technologies like HTML and CSS for the user interface, and back-end technologies like Java Script for functionality. The system would have modules for vehicle records, admin functions to manage the system, and security for parked vehicles. It is intended to make parking management easier and reduce costs compared to manual systems.
This document appears to be a project report submitted by three students - Tanya Bhadauria, Somendra Singh, and Vaibhav - for their Bachelor of Technology degree in Information Technology. It describes the development of an "Online Vehicle Rental System" under the supervision of Mr. Ramesh Sahoo. The report includes sections on introduction, software and hardware requirements, literature survey, software requirement analysis, coding, output screens, and conclusions.
Capston Project Report on Traveling Website By MRX Kodexhub
This Project Report Based on Traveling Website. It Contain 17 Pages.
All This Are Available in this Report:-
DECLARATION
ACKNOWLEDGEMENT
ABSTRACT
INTRODUCTION
Background
Motivation and Problem Formulation
Methodology
CONTRIBUTION
Iterative Waterfall Model
Features of the System.
MODULES
DATA FLOW DIAGRAM
Software & Hardware Specification
Conclusion and Future Development
Bibliography
The document provides details about a tourism package management system, including:
- An introduction and overview of the system's requirements analysis including requirement reports, data flow diagrams, data dictionaries, and process specifications.
- The requirements analysis covers user management, administrator modules, hotel modules, transportation modules, package modules, and payment modules.
- Data flow diagrams and data dictionaries define the system's processes and data elements at different levels.
- Process specifications describe key processes like user login, setting travel details, registration, searching, availability checking, booking, payment, and cancellation.
- Future enhancements are suggested to improve maintenance and manageability.
1) The document describes an online ticket booking website that allows users to book train tickets without needing to stand in long lines or face harassment at ticket counters.
2) The home page includes welcome images, an image slider with offers, popular train routes and times, links to bank websites, and a user review section. It also has a navigation bar and footer.
3) Users must register with an email and password before booking tickets. They can then search for trains by entering journey details and select their preferred seats if available before confirming.
The document outlines a cab booking system project created by a team of 5 students under the guidance of Sreeranjan NSCI. The project uses Python and Tkinter for the GUI. It allows users to register, book cabs by entering pickup/drop off locations, view receipts, and more. Design documents include use case diagrams, class diagrams, sequence diagrams and activity diagrams. The system was implemented using Python and tested with sample test cases to check functionality. Results screens show examples of registration and booking pages. Future work may involve additional features.
This document describes a project to develop a railway reservation system. It was created by three students - Koyel Majumdar, Rina Paul, and Lagnajita Halder - for their master's degree program. The system will allow users to search train schedules, make reservations, check reservation status, and cancel reservations online. It aims to improve on previous manual paper-based systems by providing an automated digital system accessible from multiple locations. The document outlines the project scope, user requirements, hardware and software needs, and security considerations for the new railway reservation system.
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 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 survey summarizes customer satisfaction with the European airline ES-JET. Most customers took 3 round trips in the past year, primarily for leisure. Older customers tended to book through travel agents while younger customers booked directly. Some procedures like ticket counters caused dissatisfaction due to long queues. Overall satisfaction with ES-JET was good, but over half of customers were dissatisfied with travel agent services. Internet retail sales are growing faster than other retail sales and show a high positive correlation, though many other factors also influence sales.
This document discusses travel time reliability and how it is measured. It defines travel time reliability as the consistency or dependability of travel times from day to day. It describes several ways to measure reliability, including the 90th/95th percentile travel times, buffer index, and planning time index. It provides examples of agencies like FHWA, MnDOT and WSDOT that are using reliability measures to monitor traffic conditions and performance.
The document discusses improved forecast accuracy in airline revenue management. It aims to improve demand forecasts by addressing the challenge of censored data, which occurs when demand estimates are constrained by booking limits. The author analyzes various methods for "unconstraining" censored data to obtain better estimates of true demand. The goal is to determine which unconstraining methods produce the most accurate forecasts and improve revenue.
This presentation delves into an exhaustive analysis of the "Airline Passenger Satisfaction" dataset, a comprehensive compilation of data aimed at understanding the multifaceted aspects of airline service quality and passenger satisfaction. Our analysis encompasses a variety of statistical techniques and visual explorations to uncover insights into passenger preferences, experiences, and overall satisfaction with airline services.
Sophisticated online marketers are realizing that email, mobile and desktop applications all belong in their messaging ecosystem, and they must work and be measured together to achieve optimal results. Case study examples from the Royal Caribbean VIP Cruise Pass, the Tahiti Live and Vail Resorts SnowMate will demonstrate how these brands are using Web 3.0 tactics to deliver the right message, at the right time in the right channel.
The document discusses the hidden costs of business travel programs, including productivity costs and intangible costs. It provides examples of how online booking tools can help reduce productivity costs by saving travel managers and travelers time spent on booking and approvals. Poorly designed online tools can increase productivity costs if they are difficult to use or do not provide the necessary information. Intangible costs include impacts on employee morale from lack of good travel support tools. Providing personalized, easy-to-use online booking tools can increase traveler satisfaction and compliance with company policies. Overall, the hidden costs of business travel programs should be considered in addition to direct travel costs.
Online Hotel & Ticket Booking Sites in Indonesia 2014
Omnibus Popular Brand Index 2014
A. Detail findings
1.Popular Brand Index
2.Brand awareness
3.Expansive
4.Frequent User
5.Future Intention
6.Switching
7.General Information
This document provides analytics and recommendations for boosting mobile app adoption within an organization. Key findings from the analytics include: 1) the majority of mobile app users are located in India and use Android devices; 2) usage is higher during the work week and declines on weekends and holidays; and 3) some apps like Smart Service Desk have lower usage and feedback than others. Recommendations focus on improving the user experience through things like app videos, push notifications, consistent UI/UX design, and providing native features. The overall goal is to increase mobile transactions and convert more users from web to exclusive mobile app usage.
This document discusses the challenges faced by various stakeholders in travel management workflows, including travellers, travel desks, approvers, accounts payable, and finance management. Travellers face issues with flexibility and speed, while travel desks are under pressure and need automation. Approvers lack quality and timely information to make decisions. Accounts payable have problems with bills not matching plans or rates. Finance management sees wastage but cannot accurately pinpoint it. The document proposes that a travel management solution like Expenzing can address these challenges by streamlining the workflow and saving time and money.
Providing quality for travel solution version1Sujith C Saji
1. Testing quality is essential for travel sites due to the complexity of the travel industry and dependencies between components like hotels, flights, and travel agencies. Issues during booking can negatively impact customers' experiences.
2. The Global Distribution System (GDS) is critical as it holds real-time availability and processes bookings, cancellations, and changes. Thorough testing is needed to ensure accurate passenger name records and itineraries.
3. Setting up an end-to-end test workflow connecting to different GDSs and supplier systems is important to simulate the full customer booking process and identify any issues.
Five Major Trends in Corporate Travel Practices in Asia Pacific Corinne Wan
Three major trends in corporate travel practices in Asia Pacific are:
1. Corporate travel policies are tightening as companies decrease business trips and enforce preferred suppliers and lowest airfares.
2. There is an increasing preference for low-cost carriers (LCCs) driven by policies to choose lowest fares, but booking LCCs presents challenges.
3. Adoption of corporate booking tools is polarizing clients into those benefiting from self-booking and those preferring to outsource travel management.
Explore our students project on predicting travel insurance purchases using data analysis techniques. This project delves into the factors influencing travelers' decisions to purchase insurance, leveraging machine learning algorithms and predictive modeling. Discover insights into customer behavior and risk factors, offering valuable insights for the travel insurance industry. https://bostoninstituteofanalytics.org/data-science-and-artificial-intelligence/
In this pilot project I used the design process to tackle the brief: "Increase the number of drivers on shift for a particular rideshare company to meet the demands of customers in San Francisco, particularly at peak times."
BEST PRACTICES IN TRAVEL WEBSITE
TESTING AND OPTIMIZATION 2 - Search
Download at: http://www.travelweekly.com/uploadedFiles/PDFs/021213BestPractices-Search.pdf
Solving Real Life Problems using Data Science Part - 1Sohom Ghosh
Solving Real Life Problems using Data Science
This document discusses several data science projects completed by Sohom Ghosh. The projects include modeling customer churn for a telecom company using logistic regression and random forests, and predicting taxi reservation cancellations using naive Bayes, decision trees, and neural networks. For customer churn prediction, random forests performed best, correctly classifying 99.12% of non-churn customers and 71.2% of churn customers. For taxi cancellations, naive Bayes had the fastest training time but moderate accuracy, while random forests had the highest accuracy but moderate training time. Future work could include additional feature selection, handling null values, and ensemble methods.
What do guests want in digital experiences at hotels?FormazioneTurismo
1) Hotels have an opportunity to improve their digital customer experience and leverage mobile technologies to increase customer satisfaction and loyalty. A survey of 1,000 travelers found that the quality of a hotel's website and app impacts booking decisions and that travelers are interested in personalized digital services.
2) The survey identified three traveler segments - business, leisure, and family travelers - with different needs. Business travelers prefer efficient digital tools while leisure travelers want help discovering local activities. Family travelers want digital services that make trip management easier.
3) Setting personal preferences through digital platforms, access to hotel information on mobile devices, and proactive services tailored to guests are features that appeal most to travelers and have the potential to increase loyalty,
5 Steps for Creating an Easier Travel Experience for your AttendeesDMAI's empowerMINT.com
Getting there is half the battle! This is the battle cry of air travelers, as they take time out of their busy schedules to attend your meetings and events, but what if you could make it easier for them to join you, by giving them the easy steps to a hassle free airport security screening process through TSA Pre✓™?
Join DMAI, and our guest, Jerry Koehler, Director Marketing /Branding from the Transportation Security Administration, to learn the 5 easy steps to apply for TSA Pre✓™. These pre-screened travelers experience expedited, more efficient security screening at more than 115 participating airports across the county.
Webinar Take-a-ways:
• What are the goals of the TSA Pre✓™ program and direct benefit to your air travelers
• Misperceptions of the time it takes to get qualified for TSA Pre✓™
• Step by step how to put TSA Pre✓™ to work for your meeting
• How CVBs and Planners can become knowledgeable travel experts, and partner to build advocates to make air travel more convenient for meeting attendees.
Data science project aimed at predicting hotel booking cancellations from the moment of booking. Data represents booking information form two hotels in Portugal. Results suggest lead time, market segment and average daily rate as some of the important predictors.
The meeting discussed transitioning from paper forms to an electronic Personnel Action Request (ePAR) system. Currently there are many paper forms used for personnel actions across institutions. The ePAR system will streamline processes by allowing electronic signatures, tracking of workflow, and reducing data entry errors. A pilot program is underway involving several departments. The goals are to improve efficiencies and reduce costs through the consolidated electronic system.
SUCCESS STORY: How Lean Six Sigma Reduced Travel Expense Approval Time by 94%GoLeanSixSigma.com
King County continues to streamline processes and make things simpler and easier! Watch this 30 minute success story to learn how they reduced unnecessary steps in a process that almost all organizations have: the travel expense process!
https://goleansixsigma.com/success-story-lean-six-sigma-reduced-travel-expense-approval-time/
Similar to Analysis of Cancellations at a Cab Portal Company (20)
Analysis insight about a Flyball dog competition team's performanceroli9797
Insight of my analysis about a Flyball dog competition team's last year performance. Find more: https://github.com/rolandnagy-ds/flyball_race_analysis/tree/main
STATATHON: Unleashing the Power of Statistics in a 48-Hour Knowledge Extravag...sameer shah
"Join us for STATATHON, a dynamic 2-day event dedicated to exploring statistical knowledge and its real-world applications. From theory to practice, participants engage in intensive learning sessions, workshops, and challenges, fostering a deeper understanding of statistical methodologies and their significance in various fields."
Global Situational Awareness of A.I. and where its headedvikram sood
You can see the future first in San Francisco.
Over the past year, the talk of the town has shifted from $10 billion compute clusters to $100 billion clusters to trillion-dollar clusters. Every six months another zero is added to the boardroom plans. Behind the scenes, there’s a fierce scramble to secure every power contract still available for the rest of the decade, every voltage transformer that can possibly be procured. American big business is gearing up to pour trillions of dollars into a long-unseen mobilization of American industrial might. By the end of the decade, American electricity production will have grown tens of percent; from the shale fields of Pennsylvania to the solar farms of Nevada, hundreds of millions of GPUs will hum.
The AGI race has begun. We are building machines that can think and reason. By 2025/26, these machines will outpace college graduates. By the end of the decade, they will be smarter than you or I; we will have superintelligence, in the true sense of the word. Along the way, national security forces not seen in half a century will be un-leashed, and before long, The Project will be on. If we’re lucky, we’ll be in an all-out race with the CCP; if we’re unlucky, an all-out war.
Everyone is now talking about AI, but few have the faintest glimmer of what is about to hit them. Nvidia analysts still think 2024 might be close to the peak. Mainstream pundits are stuck on the wilful blindness of “it’s just predicting the next word”. They see only hype and business-as-usual; at most they entertain another internet-scale technological change.
Before long, the world will wake up. But right now, there are perhaps a few hundred people, most of them in San Francisco and the AI labs, that have situational awareness. Through whatever peculiar forces of fate, I have found myself amongst them. A few years ago, these people were derided as crazy—but they trusted the trendlines, which allowed them to correctly predict the AI advances of the past few years. Whether these people are also right about the next few years remains to be seen. But these are very smart people—the smartest people I have ever met—and they are the ones building this technology. Perhaps they will be an odd footnote in history, or perhaps they will go down in history like Szilard and Oppenheimer and Teller. If they are seeing the future even close to correctly, we are in for a wild ride.
Let me tell you what we see.
ViewShift: Hassle-free Dynamic Policy Enforcement for Every Data LakeWalaa Eldin Moustafa
Dynamic policy enforcement is becoming an increasingly important topic in today’s world where data privacy and compliance is a top priority for companies, individuals, and regulators alike. In these slides, we discuss how LinkedIn implements a powerful dynamic policy enforcement engine, called ViewShift, and integrates it within its data lake. We show the query engine architecture and how catalog implementations can automatically route table resolutions to compliance-enforcing SQL views. Such views have a set of very interesting properties: (1) They are auto-generated from declarative data annotations. (2) They respect user-level consent and preferences (3) They are context-aware, encoding a different set of transformations for different use cases (4) They are portable; while the SQL logic is only implemented in one SQL dialect, it is accessible in all engines.
#SQL #Views #Privacy #Compliance #DataLake
The Ipsos - AI - Monitor 2024 Report.pdfSocial Samosa
According to Ipsos AI Monitor's 2024 report, 65% Indians said that products and services using AI have profoundly changed their daily life in the past 3-5 years.
4th Modern Marketing Reckoner by MMA Global India & Group M: 60+ experts on W...Social Samosa
The Modern Marketing Reckoner (MMR) is a comprehensive resource packed with POVs from 60+ industry leaders on how AI is transforming the 4 key pillars of marketing – product, place, price and promotions.
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Analysis of Cancellations at a Cab Portal Company
1. Analysis of Cancellations at a
Cab Portal Company
MAXIMILIAN DRESCHER
WISCONSIN SCHOOL OF BUSINESS
OCTOBER 2017
2. 1
Executive Summary
We undertook an investigation of cancelations at IndoCabs, a cab service company
located in India. We analyzed a specific set of IndoCabs data and manipulated this data
in various ways in order to try and learn more about IndoCabs and its cancelation
problems. The first steps we undertook in order to properly analyze our data was to
process our data. We processed our data by removing duplicates, removing erroneous
data records, and by removing erroneous booking dates. We further processed our data
by creating additional data variables such as “Booking Window”, “Duration,” “Weekday”,
and “Hour” in order to get a deeper and more complete understanding of our IndoCabs
data. My specific data set consisted of 1,956 bookings and I used this set to then
summarize trip duration and booking window. Within my specific data set, the average
trip duration (in hours) was 4.47 hours, with a maximum of 184.00 hours and a minimum
of 0.12 hours. Furthermore, the average length of the booking windows (in days) was
2.08 days, with a maximum of 32.23 days and a minimum of 0.00 days. We then used all
of this information to turn to the main problem at IndoCabs: cancellations. As stated
before, the total number of bookings in my specific data set was 1,956 and out of those
172 were canceled, culminating in a 8.79% of all bookings cancelled. The cancelation
patterns by travel type revealed that point to point travel or travel type 2 had the highest
percentage of cancelations compared to number of bookings under each travel type. We
also looked at cancelations by booking channel and found that 12.74% of online
bookings and 21.05% of mobile bookings are ultimately cancelled, meaning that a
greater percentage of users cancel mobile bookings. In my sample, the cancellation
patterns by trip start day were highest on Monday, Thursday, and Sunday, which is not
very revealing. By creating histograms, we looked further at how booking windows affect
cancellations, as this could be a key area for strategic improvement. We found that the
vast majority of bookings have a window of between 0 and 1 days at 76.48% and more
specifically we found that 34.71% of bookings have a window of 0 to 0.25 days and
23.52% have a window of 0.25 to 0.5 days. This highlights that most our specific data set
has a booking window of one day or less. Furthermore, the percentage of bookings that
are cancelled with windows between 0 and 1 days is 79.65%, conversely, the
percentage of bookings that are not cancelled with windows between 0 and 1 days is
76.18%. The percentage of bookings that are cancelled with windows between 0 and
0.25 days is 55.23% and the percentage of bookings that are not cancelled within the
same window is 32.74%. Analyzation of the percentage of bookings that are canceled
within windows of 1 day or less shows that the majority of trips are canceled when they
have a booking window of 1 day or less, meaning that IndoCabs could reduce overall
cancellations by encouraging earlier booking. Through probability analysis I also found
that the probability that a trip is cancelled or made via telephone is 22.03%. Additionally,
the probability that a trip is cancelled and made via telephone is 1.76%. Lastly, if 1 out of
3. 2
4 customers upgrades to a deluxe account and a cancellation occurs, the probability that
the customer holds a deluxe account is 14.29%. Overall, IndoCabs clearly has a
cancellation problem and the best way to go about fixing this issue is to revamp their
phone service, since 21.05% of mobile bookings are cancelled, and encourage
customers to book early by perhaps offering a discount to those that book trips 2 or more
days in advance, since the percentage of bookings that are cancelled with windows
between 0 and 1 days is 79.65%.
Analysis
A Look at Trip Durations
Out of all the summary statistics we produced in order to effectively analyze trip durations
and booking windows, I will present three measures – average, median, range – that most
effectively communicate both of the trip duration and booking window variables. First, I
will present the average because it gives a good snapshot of the overall data. However,
due to the potential flaw of averages with the possibility of large or small outliers I will
include the median as well, which will help us measure the central tendency, and range
to help contextualize the average. The central tendency, a central value for a probability
distribution, is often measured by the median and for our specific data the median is 1.34
hours for trip duration and 0.42 days for booking windows.
Summary Statistics of Trip Duration and Booking Window
Measure Trip Duration (hours) Booking Window (days)
Average 4.47 2.08
Median 1.34 0.42
Range 183.88 32.23
The Magnitude of the Cancellation Problem at IndoCabs
After we looked at a specific set of IndoCabs data while focusing on cab cancellations we
found that out of 1956 bookings, 172 of them were cancelled. That means that 8.79% of
our bookings ended up being cancelled.
In addition to examining total cancellations at IndoCabs, we also examined cancellation
patterns by travel type. For travel type 1, which was long distance, there were 93 total
records and only 2 cancellations, so only 2.15% of long distance travel trips were
cancelled. For travel type 2, which was point to point, there were 1536 total records and
146 cancellations, meaning 9.5% of point to point travels were cancelled. For travel type
4. 3
3, or hourly rental, there were 327 total bookings and 24 cancellations, so 7.34% of hourly
rental trips were cancelled. I was expecting either point to point or hourly rental travel
types to be the most cancelled trips and they were. I was not expecting the same from
long distance because more planning was probably put into the trip by the customer as
they need to travel far. The travel type that had the most bookings was point to point and
consequently it also had the most cancelations and by percentage as well. What we also
learned through our data analysis was that the average trip duration (in hours) for each
travel type was 44.10 hours for long distance, 1.5 hours for point to point, and 6.17 for
hourly rental. This suggests that the shorter the trip is, the more likely that it will be
cancelled.
Cancellations by Travel Type
Travel Type Number of Bookings Number of Cancellations Percent
Cancelled
Long Distance (1) 93 2 2.15%
Point to Point (2) 1536 146 9.51%
Hourly Rental (3) 327 24 7.34%
As part of our data analysis, we used pivot tables and the online and mobile booking
variables to examine how cancellations might differ by booking channel. We found that
785 of our bookings occurred via online booking and 100 of those were ultimately
cancelled, so 12.74% of online bookings were cancelled. When looking at the mobile
booking channel, 95 bookings were made and 20 were cancelled, so 21.05% of mobile
bookings were ultimately cancelled within our data set. From this data one can conclude
that the mobile booking channel is very problematic as not many people create bookings
with this channel and from those that do, over 1 out of 5 cancel. Therefore, I would
suggest revamping the mobile booking channel and perhaps also creating an app to help
streamline service and gauge more interest from mobile users.
5. 4
The chart above is a chart showing the percentage of cancelled trips by the weekday.
The pattern is not what I was expecting as Thursday and Monday seem to be the days
with the highest percentage of cancelled bookings. I was expecting to see more
cancellations on the weekends when people are more likely to be traveling with IndoCabs.
The Relationship between Booking Windows, Cancellations, and Trip Timing
Above is a scatterplot used to measure the relationship between the hourly number of
bookings and cancellations. The R-squared value of the scatterplot is 0.3721. This
0.00
2.00
4.00
6.00
8.00
10.00
12.00
Monday Tuesday Wednesday Thursday Friday Saturday Sunday
Percentage of Bookings Cancelled on each
Weekday
R² = 0.3721
-5
0
5
10
15
20
25
30
35
40
0 20 40 60 80 100 120 140 160
NumberofCancellations
Number of Bookings
Scatterplot of Bookings and Cancellations by Hour
Day of the Week
Percentage
6. 5
suggests that the correlation between the hourly number of bookings and cancellations
is stronger than it is weak. The correlation between these two variables is positive but not
very strong.
0
20
40
60
80
100
120
140
160
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23
NumberofBookings
Hour of Day
Number of Bookings by Hour of Trip Start
0
5
10
15
20
25
30
35
40
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23
NumberofCancellations
Hour of Day
Number of Car Cancellations by Hour of Trip Start
7. 6
Out of these three charts, the one I found to be most informative is the percentage of
cancellations by hour. This line chart shows that there is a large percentage of
cancellations between hour 17 and 18. IndoCabs wants to solve their cab cancellation
problem, therefore, I think the chart that highlights the percentage of cancellations by
hour can help them narrow down their pain points and areas for improvement. The
patterns in the charts are similar in the fact that the number of bookings, number of car
cancellations, and percentage of car cancellations all have a peak in their charts from
around 17-18 hours.
0
5
10
15
20
25
30
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23
PercentageofCancellations
Hour of Day
Percentage of Cancellations by Hour
0
200
400
600
800
1000
1200
1400
1600
1 2 3 4 5 6 7 More
NumberofBookings
Booking Window by 1-days
Length of Booking Window (1-day bins)
8. 7
Out of the following histograms that show the length of booking window, I think the most
revealing is the graph with 0.25-day bins. This is because it gives the IndoCab
executives a more specific look on the length of booking windows. The overwhelming
majority of booking windows are one day long or less, therefore, the 0.25-day bins allow
for a more detailed look and highlight that the majority of bookings are actually 0.25
days long or less.
0
100
200
300
400
500
600
700
800
0.25
0.5
0.75
1
1.25
1.5
1.75
2
2.25
2.5
2.75
3
3.25
3.5
3.75
4
4.25
4.5
4.75
5
5.25
5.5
5.75
6
6.25
6.5
6.75
7
More
NumberofBookings
Booking Window by 0.25-days
Length of Booking Window (0.25-day bins)
0
50
100
150
1 2 3 4 5 6 7 More
NumberofBookings
Booking Window by 1-days
Percentage of Cancelled Bookings (1-day bins)
10. 9
After reviewing these four histograms that show the percentage of cancelled and non-
cancelled bookings by either 1-day or 0.25-day bins, booking windows appear to impact
cancellations. The shorter the booking window the more likely it is to be cancelled. The
pair of histograms that are most helpful in communicating these insights are the 0.25-
day bins, as they give a more detailed and complete look at booking windows and
cancellations.
Elevator Charts
From all the charts that I have produced, I would choose the percentage of
cancellations by hour, length of booking window (0.25-day bins), and percentage of
cancelled bookings (0.25-day bins) to share in an elevator pitch. First, I would choose
the percentage of cancellations by hour because the line graph shows that there is a
very large percentage of cancellations between hour 17 and 18. IndoCabs wants to
solve their cab cancellation problem, therefore, I think the chart that highlights the
percentage of cancellations by hour can help them narrow down their pain points and
areas for improvement. Next, I would choose to show the length of booking window
(0.25-day bins) histogram. This is because it gives the IndoCab executives a more
specific look on the length of booking windows. The overwhelming majority of booking
windows are one day long or less, therefore, the 0.25-day bins allow for a more detailed
look and highlight that the majority of bookings are actually 0.25 days long or less.
Lastly, I would show the percentage of cancelled bookings (0.25-day bins). This is
because booking windows appear to impact cancellations and the 0.25-day bins offer a
detailed look at shorter booking windows resulting in more cancellations.
Notes on Data Preparation
The data preparation process we undertook consisted of various steps in order to clean
the data and make sure it was free of errors. Some of the errors we fixed consisted of
dealing with duplicates, fixing dates, eliminating negative booking windows and more.
Since IndoCabs have stated that their record keeping system can generate errors, we
first started by removing duplicate observations. We removed duplicates by using the
Excel function to do so after creating a new “ProcessedData” worksheet from our
“OriginalData: worksheet. Next, we removed erroneous date records by deleting all the
entries that were recorded before Jan 1, 2013 using the filter functions. We also created
some new variables such as “from_date”, “DayofWeek”, “Hour”, “Duration”, and
“Booking Window” to help further organize our processed data. Overall, we removed
duplicates, fixed dates, removed negative booking windows, and prepared some new
variables in order to complete the data cleaning process. The original data was of low
quality as there were many duplicates and erroneous data records in my specific data
set. In order to properly analyze data and make the necessary changes to one’s
company, one must first have quality data. Therefore, I suggest that IndoCabs reinvest
in their data team and fix their record keeping system so it no longer generates errors.