Microsoft Technology Licensing, LLC

Amazon Technologies, Inc.

Carl M Carter-Schwendler

Murali Krishna Sangubhatla

Nadim Y Abdo

Michael Todd Kramer

Scott Field

David Golds

Elton Saul

Therron Powell

Henricus Johannes Maria Meijer

Todd R Manion

Adrian Mihail Marinescu

Joseph Elmar Magerramov

Roger Shane Barga

Michael Isard

Alexander Sasha Stojanovic

Marc E Seinfeld

Sterling M Reasor

Noah Benjamin Edelstein

Art Shelest

Ryan Yonghee Kim

Gary Scot Henderson

Savas Parastatidis

Paul Brandon Luber

Jeson Patel

Joy P L Chik

Sergey Kolosov

Joy PL Chik

A virtual machine host may provide IPv4 connections to IPv4 virtual machine guests and map the connections to IPv6 networks. The IPv6 addressed exposed by the virtual machine host may be used in an IPv6 environment to communicate with the virtual machine guests, enabling various IPv6 connected scenarios for the IPv4 virtual machines. The virtual machine host may receive IPv6 communications, and translate those communications to IPv4 to communicate with the virtual machine guests. Similarly, the outbound IPv4 communications may be translated into IPv6 for communications to the IPv6 network.

IPv4/IPv6 bridge

Techniques and solutions are provided for performing automated allocation of Internet Protocol (IP) addresses. For example, automated allocation of IP addresses can be performed by determining that remaining IP addresses in an available IP address pool are below a threshold value, obtaining a range of contiguous IP addresses from a common spare IP address pool, and allocating the range of contiguous IP addresses from the common spare IP address pool to the available IP address pool. The available IP address pool can then be used to allocate IP addresses to instances and/or services.

Automated allocation using spare IP addresses pools

Enabling a user interface (UI) for management of a host device from a client device. A connection is established between the host device and the client device via a web portal. The host device and the client device are without a host management software installed thereon. A content window is displayed on the client device in response to the established connection with the host device. A client status display area is displayed on the client device indicating at least a connection status with the host device. A corresponding host status display area is displayed on the host device indicating a connection status with the client device. The displayed client status display area specifically identifies the client device and defines client parameters for receiving messages during management of the host device. The displayed host status display area specifically identifies the host device and defines host parameters for receiving messages during interaction with the client device.

Remote device communication platform user interface

Techniques for defocusing queries over big datasets and dynamic datasets are provided to broaden search results and incorporate all potentially relevant data and avoid overly narrowing queries. An analytic component can receive queries directed at one region of a dataset and analyze the queries to generate inferences about the queries. The queries can then be defocused by a defocusing component and incorporate a larger dataset than originally searched to broaden the queries. The larger dataset can incorporate all, or a part of the original dataset and can also be disparate from the original dataset. Clusters of queries can also be merged and unified to deal with 'local minima' issues and broaden the understanding of the dataset. In other embodiments, dynamic data can be monitored and changes tracked, to ensure that all portions of the dataset are being searched by the queries.

De-focusing over big data for extraction of unknown value

A system and method for protecting a computer system connected to a communication network from a potential vulnerability. The system and method protects a computer system that is about to undergo or has just undergone a change in state that may result in placing the computer system at risk to viruses, and the like, over a communication network. The system and method first detect an imminent or recent change in state. A security component and a fixing component react to the detection of the change in state. The security component may raise the security level to block incoming network information, other than information from a secure or known location, or information requested by the computer system. The fixing component implements a fixing routine, such as installing missing updates or patches, and on successfully completing the fixing routine, the security level is relaxed or lowered.

Dynamic protection of unpatched machines

Remoting sub-pixel defined text. Text is remoted at sub-pixel precision in a computing environment including a terminal server and a terminal client. At a terminal server text definitions are generated. The text definitions include character definitions defining character boundaries with colors so as to be able to define character boundaries using sub-pixel precision by defining colors at the boundaries so as to make use of sub-pixel color components of LCD pixels when the characters are rendered on an LCD screen. At the terminal server glyphs of individual characters are generated. The glyphs include the character definitions including definitions of colored character boundaries. At the terminal server, the glyphs are sent to a terminal client. At the terminal client, the glyphs are blended with background color information and rendered on an LCD screen.

Remoting sub-pixel resolved characters

The present invention extends to methods, systems, and computer program products for dragging and dropping objects between local and remote modules. Terminal server components simulate the functionality of participants in drag and drag operations to facilitate the dragging and dropping of objects between local and remote modules and vice versa. The terminal server components interact locally to communicate with modules participating in a drag and drop operation. The terminal server components also send messages over a terminal server session to relay appropriate drag and drop information to corresponding terminal server components on the other end of the terminal server session.

Dragging and dropping objects between local and remote modules

A system and method using hardware and software components enable a storage module to maintain information about an associated storage device and its content such that the information is accessible when the storage device is offline or in a low power configuration. A general-computing host system connects to the storage module via a pluggable interface to provide information to a nonvolatile memory cache on the storage module. The storage module includes a separate power source, an output display, input buttons, and a module controller. The host system includes an application and host platform for processing file-system related events to send records to the module controller to automatically update a catalog representing storage device information in the nonvolatile memory. When offline, the user may display the catalog information and use the buttons to navigate among it. The host system may also allow the user to interactively review and modify the catalog.

Electronic labeling for offline management of storage devices

A method and apparatus for backing up data in response to detection of an imminent threat to the integrity of the data stored on the storage component a computing device is disclosed. The storage component may be a hard drive and the imminent threat may be a hard drive failure or a malware threat. In response to the receipt of an imminent threat, data stored on the storage component is copied to a computer-readable media either automatically or in response to user input. The backup procedure is configured by selecting data to backup and a media of storage on which to store the backup. Various sources of threat events are described.

Threat event-driven backup

A self-healing device is provided in which changes made between the time that an infection resulting from an attack on the device was detected and an earlier point in time to which the device is capable of being restored may be recovered based, at least in part, on what kinds of changes were made, whether the changes were bona fide or malware induced, whether the changes were made after the time that the infection likely occurred, and whether new software was installed.

Method and system for a self-heating device

A system and method using hardware and software components enable a storage module to collect and maintain control transaction data (e.g., directives/events) when a storage device of the module is offline or in a low power configuration. The storage module contains a nonvolatile memory cache and a module controller, and also may include a separate power source, an output display and input mechanism so that when offline, the user may display and navigate among catalog information corresponding to stored content to set up deferred events related to the content. When reconnected to a general-computing host system, the host system obtains the control transaction data from the storage module, and processes the data into file-system related events and other events to perform actions to the storage device and/or to other resources coupled to the host computer system. The host system may also cache transaction control data on the storage module's cache.

Growing community of inventors

Kirkland, WA, United States of America

Carl M Carter-Schwendler