Abstract: An online broadcasting system is provided. The system combines live video streaming, video on demand (VOD), messaging and other media content provided by an owner of a live broadcast and/or by the owner's online followers. The media content may be combined into a single broadcast stream. The owner of the broadcast may use an online control room to choose in real time what multimedia content to provide to his/her followers. The system also provides for interaction between the followers and interactive elements that the owner may create through the system. A gaming and/or revenue sharing component also may be provided wherein the owner and the followers may earn points for viewing and/or interacting with sponsored media through the system.

Abstract: An inlet cone for an aircraft turbomachine, having at least one first portion made of a first material, referred to as rigid material, and at least one second portion made of a second material which has a hardness less than that of said first material and which is referred to as flexible material, these second portions being configured to deform elastically in the radial direction with respect to the axis when the cone is being driven to rotate.

Abstract: For rendering a three-dimensional (3D) scene, a set of parameters for one or more objects in the 3D scene are identified. Intermediate structures and corresponding objects for each of the one or more objects in the 3D scene are determined based on the set of identified parameters. A hybrid acceleration structure is determined based on the determined intermediate structures and a classical acceleration structure. A color contribution is determined for the hybrid acceleration structure. The 3D scene is then rendered based on the determined color contribution of the hybrid acceleration structure.

Abstract: The present disclosure describes an excision catheter system including a cutting catheter and extraction catheter. The cutting catheter is configured to pierce and/or cut a leaflet and the extraction catheter is configured to hold and/or remove the excised leaflet portion.

Abstract: An inlet cone for an aircraft turbomachine, having at least one first portion made of a first material, referred to as rigid material, and at least one second portion made of a second material which has a hardness less than that of said first material and which is referred to as flexible material, these second portions being configured to deform elastically in the radial direction with respect to the axis when the cone is being driven to rotate.

Abstract: With an offer server computer system: receiving a first digital image file, a first mapping of product codes to audience segment identifiers, and a temporary price reduction (TPR) offer dataset; mapping a target identifier for an end user device of a consumer to an audience segment identifier; in response to determining, based on the audience segment identifier, that the TPR offer dataset has a product code and a retailer identifier that map to the audience segment identifier, and an effective date value that includes a current date value, and the retailer identifier corresponds to a retailer location within a specified distance of a then-current location of the end user computing device: creating and storing a digital offer dataset comprising both the first digital image file and a second digital image file that presents data elements of the TPR offer dataset; causing transmission of the dataset to the end user device.

Abstract: The present invention thus proposes an inlet cone for an aircraft turbine engine, comprising a frustoconical body and a tip made from elastically deformable material fixed to an end of smaller diameter of said body, the tip comprising a top configured to be situated on an axis of rotation of the cone and a fastening base for attachment on said end of said body. Said base extends in a connecting plane P. Said connecting plane P is inclined relative to said axis of rotation. Said base has a generally circular or oval shape. According to the invention, said connecting plane P is inclined relative to a transverse plane T perpendicular to said axis of rotation.

Abstract: Methods, systems, and computer storage media for providing ecosystem carbon emissions data using an ecosystem management engine in a carbon emissions management system. The ecosystem management engine operates as a collaborative integration platform for managing carbon emissions associated with a client and suppliers of the client based on a plurality of ecosystem management operations (e.g., data exchange and aggregation, self-service carbon emissions calculations, data validation, and carbon reduction evaluation). In operation, using an ecosystem management engine, a client communicates a request for carbon emission data from a supplier of the client. The carbon emissions data comprises product-level data of the supplier. Based on communicating the request, the client receives the carbon emissions data. One or more ecosystem management operations are executed on the carbon emissions data.

Abstract: With an offer server computer system: receiving a first digital image file; receiving a first mapping of product codes to audience segment identifiers; receiving a temporary price reduction offer dataset; mapping a target identifier for an end user device of a consumer to an audience segment identifier; in response to determining, based on the audience segment identifier, that the TPR offer dataset has a product code and a retailer identifier that map to the audience segment identifier, and an effective date value that includes a current date value, and the retailer identifier corresponds to a retailer location within a specified distance of a then-current location of the end user computing device: creating and storing a digital offer dataset comprising both the first digital image file and a second digital image file that presents data elements of the TPR offer dataset; causing transmission of the dataset to the end user device.

Abstract: Methods, systems, and computer storage media for providing a marketing budget allocation service associated with an optimization and simulation engine in a data analytics system. The marketing budget allocation service is a marketing expenditure optimization service that provides marketing budget allocation intelligence and visualizations based on data analysis and business information (e.g., prior hypothesis input data or scenario input data). The marketing budget allocation service is based on a service pipeline that includes a set of allocation intelligence data processors and operations that are used to generate output that is managed (e.g., visualized, presented, and revised) using a data analytics user interface. In operation, based on analyzing marketing budget allocation data—via an allocation service analytics computation model, marketing budget allocation results data are generated.

Abstract: A method and a system for rendering a 3D scene are disclosed. A set of parameters for objects in the 3D scene are identified. The objects are grouped based on the identified set of parameters and spatial boundaries for an intermediate structure group of objects based on an object type is determined. An illumination contribution for each plane of the spatial boundary of the intermediate structure is determined for the objects in the 3D scene. The 3D scene is then rendered based on the determined spatial boundary and the illumination contribution of the intermediate structure for each object in the scene.

Abstract: With an offer server computer system: receiving a first digital image file; receiving a first mapping of product codes to audience segment identifiers; receiving a temporary price reduction offer dataset; mapping a target identifier for an end-user device of a consumer to an audience segment identifier; in response to determining, based on the audience segment identifier, that the TPR offer dataset has a product code and a retailer identifier that map to the audience segment identifier, and an effective date value that includes a current date value, and the retailer identifier corresponds to a retailer location within a specified distance of a then-current location of the end-user computing device: creating and storing a digital offer dataset comprising both the first digital image file and a second digital image file that presents data elements of the TPR offer dataset; causing transmission of the dataset to the end-user device.

Abstract: The present invention thus proposes an inlet cone for an aircraft turbine engine, comprising a frustoconical body and a tip made from elastically deformable material fixed to an end of smaller diameter of said body, the tip comprising a top configured to be situated on an axis of rotation of the cone and a fastening base for attachment on said end of said body. Said base extends in a connecting plane P. Said connecting plane P is inclined relative to said axis of rotation. Said base has a generally circular or oval shape. According to the invention, said connecting plane P is inclined relative to a transverse plane T perpendicular to said axis of rotation.

Abstract: With an offer server computer system: receiving a first digital image file; receiving a first mapping of product codes to audience segment identifiers; receiving a temporary price reduction offer dataset; mapping a target identifier for an end user device of a consumer to an audience segment identifier; in response to determining, based on the audience segment identifier, that the TPR offer dataset has a product code and a retailer identifier that map to the audience segment identifier, and an effective date value that includes a current date value, and the retailer identifier corresponds to a retailer location within a specified distance of a then-current location of the end user computing device: creating and storing a digital offer dataset comprising both the first digital image file and a second digital image file that presents data elements of the TPR offer dataset; causing transmission of the dataset to the end user device.

Abstract: An online broadcasting system is provided. The system combines live video streaming, video on demand (VOD), messaging and other media content provided by an owner of a live broadcast and/or by the owner's online followers. The media content may be combined into a single broadcast stream. The owner of the broadcast may use an online control room to choose in real time what multimedia content to provide to his/her followers. The system also provides for interaction between the followers and interactive elements that the owner may create through the system. A gaming and/or revenue sharing component also may be provided wherein the owner and the followers may earn points for viewing and/or interacting with sponsored media through the system.

Abstract: Aspects of the present disclosure include systems, apparatuses and methods of instituting an online broadcasting system. The system may combine live video streaming, video on demand (VOD), messaging and other content provided by an owner of the live broadcast and by the owner's online followers. The media content may be combined into a single broadcast stream. The owner of the broadcast may use an online control room to choose in real time what stream of content to provide to his/her followers. A gaming and/or revenue sharing component may also be provided wherein the owner and the followers may earn points for viewing and/or interacting with sponsored media through the system.

Abstract: Aspects of the present disclosure include systems, apparatuses and methods of instituting an online broadcasting system. The system may combine live video streaming, video on demand (VOD), messaging and other content provided by an owner of the live broadcast and by the owner's online followers. The media content may be combined into a single broadcast stream. The owner of the broadcast may use an online control room to choose in real time what stream of content to provide to his/her followers. A gaming and/or revenue sharing component may also be provided wherein the owner and the followers may earn points for viewing and/or interacting with sponsored media through the system.

Abstract: Properties of a medium, such as its particle size distribution, are characterized using a measurement cell containing a medium between walls of the cell, with ultrasound transducers on opposite walls. Ultrasound is transmitted from the ultrasound transducers on both sides and transmission and reflection responses are detected. An ultrasound frequency dependent ratio of a Fourier transform value of a product of signals obtained from transmission responses in opposite directions and a Fourier transform value of a product of signals obtained from reflections at the transducers is computed. Preferably, the first received reflected and transmitted pulses in response to pulse excitation are used to compute the ratio. Ultrasound frequency dependent ultrasound speed and/or attenuation data of ultrasound in the medium are computed as a function of the ultrasound frequency from the ratio. This eliminates the effect of the walls.

Abstract: The present disclosure describes systems and techniques relating to wireless charging of mobile devices, such as smartphones and wearable devices. According to an aspect of the described systems and techniques, a mobile data processing device includes: a display; a processor; a memory system; wireless communication hardware; a battery; a coil; and wireless charging circuitry coupled between the coil and the battery; wherein the wireless charging circuitry is configured to charge the battery using power received wirelessly through the coil, and wherein the wireless charging circuitry is further configured to draw power from the battery and operate the coil to wirelessly transmit the power from the battery to another mobile data processing device.

Abstract: For rendering a specular part of a surface illuminated by an area light source (A), a viewing reflection vector (R) associated with an image to be rendered at a shading point (x) is established. For each spherical edge UiUi+1 of a projected area consisting in a projection of the light source onto a unit sphere centered on the shading point, a local radiance is established by: establishing a normalized projection vector S of the viewing reflection vector onto a plane defined by edge UiUi+1 and the shading point determining if point S associated with vector S lies inside UiUi+1, and if so, performing a halfway transform of Ui; S and Ui+1 and an edge integral on Ui; S and S, Ui+1. An iteration is performed over all edges and the local radiance is summed, the surface being rendered accordingly.