Abstract: Determining placement of cloud resources and containers relative to nodes in a cloud managed platform by using placement criteria and leveraging image vulnerability input. Based on the vulnerability input and resource management, containers with similar vulnerabilities are placed on a same node.

Abstract: Determining placement of cloud resources and containers relative to nodes in a cloud managed platform by using placement criteria and leveraging image vulnerability input. Based on the vulnerability input and resource management, containers with similar vulnerabilities are placed on a same node.

Abstract: A computer implemented method for managing a network intrusion is disclosed. The method can include monitoring, by an intrusion management system, a set of nodes of a computer network. The method can also include determining a node workload for the set of nodes. Further, the method can include classifying an intrusion signature for the network intrusion. Classifying the intrusion signature can be performed in response to detecting a network intrusion related to the set of nodes. The method can include determining a response for managing a security vulnerability of the set of nodes based on the node workload and the intrusion signature. The method can also include instantiating, by the intrusion management system, the response to the set of nodes.

Abstract: A computer implemented method for managing a network intrusion is disclosed. The method can include monitoring, by an intrusion management system, a set of nodes of a computer network. The method can also include determining a node workload for the set of nodes. Further, the method can include classifying an intrusion signature for the network intrusion. Classifying the intrusion signature can be performed in response to detecting a network intrusion related to the set of nodes. The method can include determining a response for managing a security vulnerability of the set of nodes based on the node workload and the intrusion signature. The method can also include instantiating, by the intrusion management system, the response to the set of nodes.

Abstract: A method for difference analysis in file sub-regions includes determining a start location in each of a first file and a second file. The start location is defined from a start indicator. The method includes determining a stop location in each of the first file and the second file. The stop location is defined from a stop indicator. The method includes defining a first difference region in the first file and a second difference region in the second file. The first and second difference regions include portions of the first and second files respectively. The portions are between the start location and the stop location in the first and second files. The method includes performing a difference analysis between the first difference region and the second difference region, including identifying differences between the first difference region of the first file and the second difference region of the second file.

Abstract: A mechanism is provided in a data processing system for timeline-based social media data visualization. The mechanism receives social media data from at least one social media server. The mechanism filters the social media data to identify a plurality of social media posts related to a time-based event. The mechanism assigns the plurality of social media posts into a plurality of time periods within a timeline of the time-based event. The mechanism generates a timeline-based data visualization presenting the plurality of social media posts in relation to the timeline of the time-based event and presents the timeline-based data visualization.

Abstract: A mechanism is provided in a data processing system for timeline-based social media data visualization. The mechanism receives social media data from at least one social media server. The mechanism filters the social media data to identify a plurality of social media posts related to a time-based event. The mechanism assigns the plurality of social media posts into a plurality of time periods within a timeline of the time-based event. The mechanism generates a timeline-based data visualization presenting the plurality of social media posts in relation to the timeline of the time-based event and presents the timeline-based data visualization.

Abstract: A method for difference analysis in file sub-regions includes determining a start location in each of a first file and a second file. The start location is defined from a start indicator. The method includes determining a stop location in each of the first file and the second file. The stop location is defined from a stop indicator. The method includes defining a first difference region in the first file and a second difference region in the second file. The first and second difference regions include portions of the first and second files respectively. The portions are between the start location and the stop location in the first and second files. The method includes performing a difference analysis between the first difference region and the second difference region, including identifying differences between the first difference region of the first file and the second difference region of the second file.

Abstract: A method, system and computer program product for managing a browsing history for a web browser. The web browser is configured to display web page content. A web page is addressable by a Uniform Resource Locator. New page content from a server is received at the web browser. A subset of a current web page is replaced with the new page content. The subset thus replaced does not include a complete web page. A data entry is stored in a chronologically ordered history list. The data entry comprises a hierarchical, object-oriented model representation of the new page content. The model representation may be a subset of a Document Object Model. At least one history navigation button is provided for traversing the history list. Page content stored at the history list is redisplayed. Backward and forward navigation within applications embodying Web 2.0 technologies, including AJAX, is thus facilitated.

Abstract: A method for utilizing an enhanced relational database management system to enforce user-defined relational limitations in a relational database table containing tree-like data that includes marking a database table as containing a tree structure relationship suitable for recursive queries, inserting a parent-child relationship schema into the tree-based database table, receiving a request from a user to insert or update a database record within the database table, verifying that the object types of the database record being inserted/updated satisfy the parent-child relationship schema of the database table, and inserting/updating the database record only if the object types of the database record satisfy the parent-child relationship schema of the database table.