Microsoft Technology Licensing, LLC

Steven J Ball

Mitchell K Rundle

Tyler Kien Beam

Shane Williams

Jorge Gabuardi Gonzalez

Tyler Brewer

Jensen Michael Harris

Michael Jay Gilmore

Manav Mishra

Rolf Arnold Ebeling

Scott David Hoogerwerf

David Fields

Richard Jacob White

Matthew P Duignan

Dennis L Davis

Lyon Wong

Benjamin J Karas

Robert H Liao

Patrick Markus Baudisch

Ankur Patel

Brandon Brian Murdoch

Ariel Nicolas Gordon

Max Glenn Morris

Marc Christopher Pottier

Elliot H Omiya

Eugene Seichi Lin

Benjamin Richard Vincent

Sermet Iskin

Stephen C Rowe

Frank Dominic Yerrace

Gabriel S DeBacker

Scott B Graham

Dennis Edward Flanagan

John Hazen

Maya Neelakandhan

Jeffrey Thomas Sakowicz

Michael Vincent McLaughlin

Robin L Goldstein

Kavitha Radhakrishnan

Katrina M Blanch

Lindsay D Verola

Annette Marie Crowley

Stephen Smith

Curtis Christman

Kaivalya Laxmikant Hanswadkar

Benjamin R Vincent

Mohammed Mehkri

Allen Kim

Guillermo Enrique Rueda Quintero

David C Fields

A file sharing service having an aliasing service for use with a file sharing program is disclosed. The aliasing service receives a file sharing invitation from a file sender account of the file sharing program. The file sharing invitation is addressed to a first contact channel of a set of contact channels. A second contact channel is determined from the set of contact channels based on the file sharing account. The file sharing invitation is sent to the second contact channel, in which the first contact channel is different than the second contact channel.

File sharing aliasing service

According to examples, an apparatus may include a processor and a memory on which is stored machine-readable instructions that when executed by the processor, may cause the processor to cause a graphical user interface to be displayed, the graphical user interface including graphical icons of a plurality of authentication types available for assignment to users and a graphical icon of a first user. The instructions may also cause the processor to detect a movement of a graphical icon of a first authentication type from a first location to a second location in the graphical user interface, the second location corresponding to the graphical icon of the first user and based on the detected movement, assign the first authentication type to the first user.

Assignment of authentication types using graphical icons

Generally discussed herein are devices, systems, and methods for transparency and control in a user data migration process. A method can include displaying, by a display device, a user interface (UI) including a first display region including text indicating that a legacy application is being replaced by an upgraded application and that a user can select what data from the legacy application is ported over to the upgraded application, receiving, by the UI and from the user, data indicating what portion of data from the legacy application is to be ported over to the upgraded application, and porting over only the portion of the data from the legacy application indicated by the user.

Software product upgrade with transparent data migration

User privacy information related to an application or service handling of user privacy is received by a computer device. A formatted declaration based on the user privacy information is populated by the computer device. Privacy disclosure to the user based on the populated formatted declaration is provided by the computer device.

Privacy disclosure

A file access request is received from an application. One or more file types for the file access request are identified, and one or more file hosts supporting files of the identified one or more file types are also identified. A user interface is displayed, the user interface including a hosted area. Within the hosted area, at least one of the one or more file hosts displays a portion of the user interface identifying one or more files of at least one file host that can be selected for retrieval, or one or more locations that can be selected to which the one or more files are saved.

File access with different file hosts

Inserting media data into existing media data in a way that ensures the inserted data is not accessible to all users. The computing system and methods are implemented in a decentralized network that implements a distributed ledger, the distributed ledger backing one or more decentralized identities (DID) for one or more users of the computing system. Access to a first portion of media data is granted to various users. The access is partially based on a DID that is associated with each of the users. A second portion of media data is received that is inserted into the first portion of media data. The second portion of media data is accessible by only some of the users who have access to the first portion of media data. Access to the second portion of media data is also partially based on the DID of each of the subset of users.

Private and public media data in a decentralized system

A method and system for controlling casting to a media renderer is provided. A casting control system receives from a requesting device a request to cast media to the media renderer. In response to receiving the request, the casting control system identifies a gatekeeper for the media renderer and notifies the gatekeeper that a request has been received to cast media to the media renderer. After the casting control system receives from the gatekeeper an indication to grant or deny the request, the casting control system allows or denies the casting of the media to the media renderer.

Control of casting to a media renderer

A recommendation of at least one of multiple audio samples or sets of audio samples to combine with a particular audio sample or set of audio samples is automatically generated. The recommendation is generated by determining the rhythmic compatibility as well as the harmonic compatibility of the particular audio sample or set of samples with each of the multiple audio samples or sets of audio samples. For each of the multiple audio samples or sets of audio samples, a compatibility rating is generated based on the rhythmic compatibility and the harmonic compatibility of the audio sample or set of audio samples with the particular audio sample or set of audio samples. At least one of the multiple audio samples or sets of audio samples is presented by a computing device as a recommendation to combine with the particular audio sample or set of audio samples.

Recommending audio sample combinations

Methods, systems, and computer program products are provided for enabling selective file system access by applications. An application is installed in a computing device. An application manifest associated with the application is received. The application manifest indicates one or more file types that the application is allowed to access. The indicated file type(s) are registered in a location accessible by a broker service. The application is launched as an application process. The application process is isolated in an application container. The application container prevents direct access by the application process to file system data. An access request related to first data of the file system data is received at the broker service from the application process. Access by the application process to the first data is enabled when the broker service determines that a file type of the first data is included in the registered file type(s).

Selective file access for applications

A user selects an audio sample to be combined with a set of audio samples. The selected sample is automatically combined with the set of samples based on metadata corresponding to the sample and metadata corresponding to the set of samples. The rhythmic content (beat locations) of the sample and/or set of samples is automatically adjusted to increase rhythmic coherence of the sample and the set of samples, and a pitch of the sample and/or set of samples is automatically adjusted to increase harmonic coherence of the sample and the set of samples. The user is thus able to select a sample and a set of samples, and have one or both automatically adjusted so that the combination sounds good together both rhythmically and harmonically. Audio samples can be similarly combined with other audio samples, and sets of audio samples can be similarly combined with other sets of audio samples.

Combining audio samples by automatically adjusting sample characteristics

A target set of one or more audio samples is automatically expanded to include one or more additional audio samples or sets of audio samples. Multiple different audio samples or sets of samples that have a high compatibility rating with the target set are identified. The high compatibility rating is based on rhythmic compatibility with the target set, harmonic compatibility with the target set, and/or compatibility with various other characteristics or parameters of the target set. One or more of the audio samples or sets of audio samples having a high compatibility rating with the target set are automatically added to the target set. Thus, the user is able to have a set of audio samples automatically added to a particular target set of audio samples, resulting in an expanded set of audio samples that sound coherent (e.g., rhythmically and harmonically compatible).

Automatically expanding sets of audio samples

Two audio samples and/or sets of audio samples are identified. The pitch distributions of the audio samples and/or sets of audio samples are identified, the pitch distribution of an audio sample or set of audio samples referring to how much of each of multiple pitches of notes is present in the audio sample or set of audio samples. Based on the pitch distributions of the audio samples and/or sets of audio samples, at least one pitch of one of the audio sample and/or set of audio samples can be automatically adjusted (but need not be, depending on the pitch distributions) to increase harmonic coherence of the audio samples and/or sets of audio samples.

Automatic audio harmonization based on pitch distributions

Platforms and techniques for defining, authorizing/authenticating, distributing, and presenting dynamic device experiences using a number of hierarchically-related, declarative language data structures, such as extensible markup language ('XML') elements or attributes. A dynamic device experience is presented when two electronic devices are in communication via a communication medium. The data structures are processed to present a graphical user interface to a user&#x2014;the graphical user interface implements a dynamic device experience associated with the other electronic device. In one exemplary scenario, independent hardware vendors ('IHVs') author XML documents that include device experience information (such as branding or advertising information, access to Web services or applications, and access to device functionality), in the form of items of data stored in the data structures. The XML documents are verified against a predetermined schema, secured using a cryptographic technique such as a digital signature, and discovered/distributed in flexible, tamper-resistant manners.

Defining, distributing and presenting device experiences

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Seattle, WA, United States of America

Steven J Ball