Amazon Technologies, Inc.

Google Inc.

Ross Vincent Korsky

John Sandeep Yuhan

Zachary Mohamed Shalla

Yesheng Li

Loveena Sharma

Nicholas J Giordano, Jr

Carlos Alexandre Garcia De Souza

Arif Sukoco

Arjun Subramanian

Eric Sven Kruller

Methods, systems, and apparatus for data analysis in a distributed computing system by accessing data stored at a first processing zone associated with a distributed data processing job, detecting information identifying a particular child job associated with the distributed data processing job, comparing the identifying information to data stored at a second processing zone, and identifying an additional child job as associated with the distributed data processing job based on a result of the comparison. The methods, systems and apparatus are further for correlating particular output data associated with the particular child job and additional output data associated with the additional child job for the distributed data processing job, determining performance data for the distributed data processing job based on the output data associated with each of the particular child job and the additional child job, and providing for display the performance data for the distributed data processing job.

Analyzing large-scale data processing jobs

Disclosed are various embodiments for obtaining captures of network pages from an electronic commerce system, wherein each of the captures comprises attributes of the respective one of the network pages and capture data of one of the network pages in a browser. The system identifies a correlated pair of the captures having a positive degree of correlation between the attributes of a respective pair of the network pages. The system generates a differential for the correlated pair, wherein the differential comprises distinctions between the capture data of the correlated pair of captures. The system generates a notice associated with the correlated pair, wherein the differential exceeds a predefined threshold.

Analysis of web application state

Disclosed are various embodiments of a system for rendering, in a first browser of a computer, a network page of an electronic commerce system. The system stores, in a first data store, a first capture of a rendering of the network page. The system transmits data associated with the first capture to another computer, where a second browser renders the network page based at least upon the data associated with the first capture. The system stores, in a second data store, a second capture of the network page.

Capture of web application state

A messaging frame can be used to allow different domains to communicate in an electronic environment that are otherwise prevented from directly communicating. A messaging frame or other communication element can be configured to receive messages or communications from any frame, object, or element in the same domain as the messaging frame. The messaging frame then can switch to a target domain in order to provide the message or communication to a frame, object, or element in the target domain. The messaging frame can include an interface definition that allows only approved messages to be passed between domains, such that the risk of malicious attack is minimized.

Cross-domain communication in domain-restricted communication environments

A service may enable users to store and/or acquire items that are identified from an electronic source without leaving the source. A service may identify items included in content that is available from one or more content providers (e.g., social networking sites, electronic news, product reviews, etc.). The identified items may be matched with specific items available from the service. The service may associate a designator, which may be placed proximate the description of the item in the content that is published by the content provider. A user may select the designator (link, button, etc.) to acquire the item from the service or store information about the item in a user account maintained by the service.

Growing community of inventors

Auburn, WA, United States of America

Ross Vincent Korsky