Amazon Technologies, Inc.

Samsung Electronics Co., Ltd.

Debasish Das

Diwakar Sharma

Tushar Vrind

Rohit Kumar

Lalit Kumar Pathak

Samir Kumar Mishra

Atreyee Dey

Raju Udava

Gaurav Bhatnagar

Nikhil Patni

Rajesh Jain

Lakshmi Prasanna Jasti

Manan Dixit

Mehakinder Singh Oberoi

Ashish Pal

Shanoop Sivadas

Himanshu Singh

Aniket Nagesh Dubhashi

Vinay P Vaidya

Jayanta Mandal

Subhash Sasidharakurup

Srinivasan Hariram

Disclosed are systems, methods, and apparatus of an automated and self-service kiosk that allows customers to select inventory items available from the kiosk and walk or move away with selected inventory item(s) without having to process payment, identify the inventory item(s), or provide any other form of checkout. After a customer has picked one or more items and departed the kiosk, the picked items are determined and the customer charged for the items. For example, one or more of detected weight changes measured at the kiosk and/or images generated at the kiosk may be used to identify items picked by the customer from the kiosk.

Automated and self-service item kiosk

Devices and methods are provided for using virtual fulfillment center locations to facilitate delivery of items. A device may receive a virtual location associated with transportation of an item to a first location. The device may determine a geographic zone associated with the virtual location. The device may determine a first delivery time associated with delivering the item from the first location, and determine a second delivery time associated with delivering the item from the virtual location. The device may receive a purchase request for the item, from a second device, wherein the purchase request is associated with delivery to a second location. The device may determine an estimated delivery date to the delivery location based on the first delivery time or the second delivery time. The device may send, to the second device, an indication of the estimated delivery date.

Virtual fulfillment centers for item delivery

A method for load balancing in a multi-core processor of an electronic device, the method including dividing, by the electronic device, a first task and at least one second task into a plurality of task-jobs, determining, by the electronic device, at least one core configuration for each of the plurality of task-jobs, scheduling, by the electronic device, each of the plurality of task-jobs on at least one core of the multi-core processor based on the at least one core configuration to generate an execution schedule, and executing, by the multi-core processor, the plurality of task-jobs according to the execution schedule.

Electronic devices and methods for 5G and B5G multi-core load balancing

Systems, methods, and computer-readable media are disclosed for systems and methods for anonymization of user data for privacy across distributed computing systems. Example methods may include determining, by a first computer system, a request for content to present at a user device, wherein the request for content is associated with a user account, determining a first search query associated with the user account, and determining a first keyword associated with the first search query. Some methods may include generating a first hash value for the first keyword, sending the first hash value to a second computer system for identification of first content for presentation at the user device, and causing the second computer system to send the first content to the user device for presentation, wherein the first computer system does not receive the first content.

Anonymization of user data for privacy across distributed computing systems

Growing community of inventors

Bengaluru, India

Debasish Das