Amazon Technologies, Inc.

Jason E Dishlip

Drew Michael Stamps

Miles Hunter

Kevin Alexander Lee

Ming-Hsiu Wang

James Gregory Allen

Steven F Toth

Michael J Beenen

Laura E Ford

Disclosed are various embodiments for hover activation based on movement by an input device pointer. A first panel in a user interface is rendered for display, the first panel comprising a plurality of elements. A second panel in the user interface is rendered for display according to the input device pointer hovering over an element among the plurality of elements in the first panel. A triangular region is identified according to a distance traversed by the input device pointer. The user interface is modified according to a delay and a current position of the input device pointer, wherein the current position is determined from the distance traversed by the input device pointer.

Hover activation based on input device pointer movement

Disclosed herein are systems, methods, and non-transitory computer-readable storage media for consumption based subscription frequency recommendations. A system configured to practice the example method first evaluates purchase statistics for an item to determine a consumption frequency. The system receives from a user a request for the item, and presents to the user a subscription recommendation based on the consumption frequency. The system can also provide recommendations for accessories by evaluating purchase statistics for an item to determine an accessory for the item, wherein a number of times the accessory is purchased with the item exceeds a threshold, receiving from a user a request for a subscription for recurring purchases of the item, and presenting to the user a recommendation to include the accessory as part of the subscription.

Consumption based subscription frequency recommendations

Disclosed are various embodiments for hover activation based on movement by an input device pointer. A network page associated with a network site for display by a client is rendered for display, where the network page includes a first panel. A trajectory path of an input device pointer is determined based on movement of an input device pointer. A second panel in the network page is displayed according to the input device pointer hovering over an element in the first panel. The network page is modified according to a predetermined delay and according to a current position of the input device pointer.

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Seattle, WA, United States of America

Jason E Dishlip