Trip Planning Server Using User-Driven Data Aggregation
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Solution Overview
Problem
Travelers face challenges in planning independent foreign trips due to unreliable and biased information available online, which often lacks personal perspectives and real-time updates, making it difficult to create personalized itineraries without guidance from travel agencies.
Innovation Solution
A user-driven trip planning server and method that aggregates information from multiple users to generate reliable trip plans by comparing primary user-generated information with secondary web-crawled data, allowing users to set awareness levels and analyze patterns, and enabling the sharing and recruitment of participants for customized travel schedules.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If travelers use information from travel agencies or large portals, then they can obtain organized trip information, but the information is biased, exaggerated, and does not reflect real-time changes or personal perspectives
Solution Approach 1:
Instead of collecting information from traditional sources (travel agencies, portals) and presenting it to users, the system inverts the approach by collecting trip information directly from users who have actually visited destinations. User-generated content becomes the primary information source, replacing the traditional top-down information flow with a bottom-up approach that captures authentic personal experiences and real-time observations.
Solution Approach 2:
The system implements feedback mechanisms where user-generated trip information is continuously collected, processed, and made available to other users. The platform monitors information quality, updates trip data in real-time based on new user contributions, and allows users to provide feedback on information accuracy. This creates a dynamic feedback loop that continuously improves information reliability while maintaining personal perspectives.
2Adaptability or versatility
If travelers plan independent trips without travel agencies, then they can create personalized itineraries, but they face difficulty acquiring reliable trip information and managing complex travel logistics
Solution Approach 1:
The trip planning server performs multiple functions within a single system: it collects user-generated trip information, processes and validates data, generates personalized itineraries, provides real-time updates, and manages trip logistics. This multi-functional platform eliminates the need for travelers to use multiple separate tools or services, reducing overall system complexity while enabling高度 personalized trip planning.
Solution Approach 2:
The system enables travelers to independently create and manage their own personalized itineraries by providing them with access to user-generated trip information from other travelers. Users can self-serve by collecting, filtering, and organizing trip data according to their personal preferences without requiring travel agency intervention, thereby achieving both personalization and reduced complexity.
3Loss of time
If travelers rely on pre-collected trip information, then they can plan trips in advance, but the information does not reflect real-time changes at destinations
Solution Approach 1:
The system maintains continuous collection and updating of trip information from users who are currently at destinations or have recently visited. Rather than relying on static pre-collected data, the platform continuously monitors and updates trip conditions, attractions, and logistics in real-time. This continuous information flow ensures that travelers always have access to current, accurate information while maintaining adequate planning time.
Data Source
AI summary
Disclosed are a user-driven trip planning server and method. The user-driven trip planning server according to an embodiment of the present disclosure includes: an uploading part configured to receive primary information on a trip destination of which an awareness level is set; a search part configured to search for secondary information on the trip destination uploaded; a category determination part configured to determine a category to which the hip destination belongs, on the basis of the received primary information and the found secondary information; a trip information generation part configured to compare the primary information and the secondary information to generate trip information on the trip destination; and a data management part configured to manage the generated trip information according to the determined category.