Frank Yucheng Hu

Title: Frank Yucheng Hu: Innovator in Forecasting and Revenue Management

Introduction

Frank Yucheng Hu is a notable inventor based in Belmont, CA (US). He has made significant contributions to the field of forecasting and revenue management, holding 2 patents that showcase his innovative approach to integrated software tools.

Latest Patents

Frank Yucheng Hu's latest patents include a "Forecasting and Revenue Management System" and a "Method for Forecasting and Revenue Management." Both patents describe a system that enables users to generate and manage forecasts through an integrated software tool. Forecast administrators can create forecast series data that define a forecast's structure and provide search criteria for generating forecasts. These data also determine who may participate in creating forecasts and their relative position in an organization's hierarchy. Users can enter various forecast data that are stored by the system. The system retrieves forecast data corresponding to the user, applicable subordinates, and parameters defined by the forecast series. Users can fine-tune their forecasts and submit them to their managers, who can adjust and roll up their subordinate's forecasts to produce their own. This recursive process can be applied while moving up through various layers of management defined by the organization's hierarchy.

Career Highlights

Frank Yucheng Hu is currently associated with Siebel Systems, Inc., where he continues to develop innovative solutions in forecasting and revenue management. His work has significantly impacted how organizations manage their forecasting processes.

Collaborations

Some of his coworkers include Alexander Goldstein and Brian Groves, who contribute to the collaborative environment at Siebel Systems, Inc.

Conclusion

Frank Yucheng Hu is a distinguished inventor whose work in forecasting and revenue management has led to valuable innovations. His contributions continue to shape the way organizations approach forecasting, enhancing efficiency and accuracy in their processes.