Abstract: A system and method for visually comparing one or more attributes of two fashion products on an e-commerce platform is presented. The system includes an image database, a selection module and a comparison module. The image database includes a plurality of two-dimensional (2D) images captured at the same scale for a plurality of fashion products. The selection module is configured to allow a user to select a target fashion product and a reference fashion product. The comparison module is configured to access a 2D image of the target fashion product and a 2D image of the reference fashion product from the image database; and allow the user to visually compare the target fashion product with the reference fashion product with respect to the one or more attributes by positioning the 2D image of the target fashion product on top or bottom of the 2D image of the reference fashion product.

Abstract: Various aspects described herein are directed to different techniques for enabling ad server systems to dynamically determine minimum floor prices for individual incoming impressions, in which the determination of the minimum floor value for a given incoming impression may be based upon the value(s) of specifically identified impression parameters associated with that particular impression. Additional aspects are directed to various feedback techniques for measuring the effectiveness of the various Entity-based and/or Segment-based floors, and for dynamically adjusting various floor computation parameter values based on measured floor metrics and heuristics.

Abstract: Various aspects described herein are directed to different techniques for enabling ad server systems to dynamically determine minimum floor prices for individual incoming impressions, in which the determination of the minimum floor value for a given incoming impression may be based upon the value(s) of specifically identified impression parameters associated with that particular impression. Additional aspects are directed to various feedback techniques for measuring the effectiveness of the various Entity-based and/or Segment-based floors, and for dynamically adjusting various floor computation parameter values based on measured floor metrics and heuristics.

Abstract: Various aspects described herein are directed to different techniques for enabling ad server systems to dynamically determine minimum floor prices for individual incoming impressions, in which the determination of the minimum floor value for a given incoming impression may be based upon the value(s) of specifically identified impression parameters associated with that particular impression. Additional aspects are directed to various feedback techniques for measuring the effectiveness of the various Entity-based and/or Segment-based floors, and for dynamically adjusting various floor computation parameter values based on measured floor metrics and heuristics.

Abstract: Various aspects described herein are directed to different techniques for enabling ad server systems to dynamically determine minimum floor prices for individual incoming impressions, in which the determination of the minimum floor value for a given incoming impression may be based upon the value(s) of specifically identified impression parameters associated with that particular impression. Additional aspects are directed to various feedback techniques for measuring the effectiveness of the various Entity-based and/or Segment-based floors, and for dynamically adjusting various floor computation parameter values based on measured floor metrics and heuristics.

Abstract: Various aspects described herein are directed to different techniques for enabling ad server systems to dynamically determine minimum floor prices for individual incoming impressions, in which the determination of the minimum floor value for a given incoming impression may be based upon the value(s) of specifically identified impression parameters associated with that particular impression. Additional aspects are directed to various feedback techniques for measuring the effectiveness of the various Entity-based and/or Segment-based floors, and for dynamically adjusting various floor computation parameter values based on measured floor metrics and heuristics.