Online Forecasting System with Minimal Input Interface
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Solution Overview
Problem
Existing forecasting systems face challenges in encouraging user participation and increasing forecasting accuracy due to complexity and the need for extensive user input, which deters new and previous users from contributing forecasts.
Innovation Solution
A real-time online interactive forecasting system with a minimal input forecast interface and intelligent agents that pre-queue elements for fast forecasting, allowing users to input forecasts with a single click and providing immediate feedback, along with adaptive queuing and intelligent agent-generated initial forecasts to ensure continuous user engagement.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Measurement precision
If a complex forecasting interface requiring extensive user input is used, then forecasting accuracy may improve through more detailed data collection, but user participation decreases due to system complexity and effort required
Solution Approach 1:
The system pre-queues a list of forecastable elements for users before they need to make forecasts. This preliminary preparation reduces the cognitive load and time required at the moment of forecasting, making the system easier to use while still collecting comprehensive forecast data for accuracy
Solution Approach 2:
The forecasting interface is segmented into discrete, manageable elements that users can forecast individually. Rather than requiring comprehensive input across all parameters, users focus on specific segmented elements, reducing overall complexity while maintaining forecasting quality through aggregated results
2Ease of operation
If a minimal input interface is used to simplify user interaction, then ease of operation improves and user participation increases, but the quantity and quality of forecast data may decrease
Solution Approach 1:
The minimal input interface is designed to serve multiple functions simultaneously: it collects forecast data, provides immediate feedback to users, queues elements for future forecasting, and aggregates collective intelligence. This multi-functionality ensures that simplified input still captures sufficient data while enhancing user engagement
Solution Approach 2:
The system provides immediate feedback to users after they submit forecasts, showing how their input contributes to the collective forecast. This feedback mechanism encourages continued participation while the system aggregates sufficient data points from multiple users to maintain forecast quality and quantity
3Measurement precision
If extensive user input is required for each forecast, then measurement precision improves, but time consumption increases and productivity decreases
Solution Approach 1:
Elements to be forecasted are pre-queued and prepared in advance, so users do not need to spend time searching or formulating forecast questions. This preliminary setup maintains precision by ensuring well-defined forecast targets while dramatically increasing the number of forecasts users can complete in a given time
Solution Approach 2:
The system allows users to quickly move through forecast elements using the pre-queued list, enabling rapid completion of multiple forecasts. Users can skip through elements efficiently while the system maintains data quality through validation and aggregation across multiple user inputs
Data Source
AI summary
System and method for real-time on-line interactive forecasting of an element, the method comprising: receiving a user input for a forecast element; and capturing at least one forecast of an element or event, storing that at least one forecast of an element or event, and sending collective contributed forecast information back to the user who originally sent the input in response to the receipt of the user input for optional display. The method may optionally also include either or both of providing a minimal input forecast interface, and/or pre-queuing a list of elements for fast forecasting; receiving a user input for a forecast element. Computer program product for execution on a single computer or plurality of computers to implement the inventive method and system.