Apple

Systems and processes for processing requests using a model via a session are provided. For example, a first request associated with an intent is received. In accordance with a determination that a session has not been created, a model is identified based on the intent and the session is created, using an API, with the identified model. A second request with a second intent is received and transmitted to the identified model via the session, causing the identified model to generate a response to the second request and to store the response and the second request. The response is received via the session and transmitted to the software application. A third request that is a follow-up request to the second request is transmitted to the identified model via the session, causing the identified model to generate a second response based on the stored response and/or the stored second request.

Techniques are disclosed relating to communicating multiplexed sub-streams between sender and recipient devices. In some embodiments, a sender device receives, from one or more producers at the sender device, a plurality of traffic sub-streams destined from one or more consumers at the recipient device. The sender device determines an ordering in which the plurality of traffic sub-streams are to be multiplexed within a traffic stream supported by the interface controller. The sender device sends, via the interface controller and to the recipient device, a manifest identifying the determined ordering and sends, via the interface controller and to the recipient device, the traffic stream including the multiplexed traffic sub-streams in the identified ordering. In response to receiving the manifest and traffic stream, the recipient device separates, based on the received manifest, the multiplexed traffic sub-streams for distribution to a plurality of consumers at the recipient device.

A thermal component includes a wick with wick portions of different porosities. Based in part on the multiple wick portions, the thermal component forms a dual condenser thermal component. Also, based on the wick portions having different porosities, the wick portions may apply different capillary forces to a liquid therein. This may cause the liquid to flow at different speeds through different wick portions. This causes decreased liquid pressure drop in higher porosity wick portions. As a result, the liquid flow rate for a given maximum capillary pressure increases, thereby allowing the thermal component to increase the heat transport capabilities.

Various implementations disclosed herein include devices, systems, and methods that enable an application to query a wearable device to determine whether current use of the wearable device by a user satisfies a performance requirement. For example, a process may include receiving a request corresponding to the wearable device satisfying a performance requirement required for an application to perform a function while the wearable device is worn by a user. The process may further obtain device performance data corresponding to a capability of the wearable device while the wearable device is worn by the user. The process may further provide a response to the request based on the performance requirement and the device performance data. The response may provide or enable a determination of whether the wearable device will satisfy the performance requirement required for the application to perform the function while the wearable electronic device is worn by a user.

Various implementations disclosed herein include devices, systems, and methods that that upscale a small portion of a source image based on a determined region of interest. For example, a process may obtain source content at a first resolution for presentation to a user via a display of a device. The process may further identify a user gaze direction and a user head pose based on sensor data and in response, predict a region of interest corresponding to an area of the source content. The process may further upscale the area of the source content to a second resolution that is greater than the first resolution and generate combined content by combining the upscaled area with a remaining area of the source content having the first resolution. The process may further present a view of the combined content to a user via the display.

The present application relates to devices and components including apparatus, systems, and methods for artificial intelligence processing capability.

A user interface for a hybrid gauge includes a path and an indicator moves along the path to indicate amounts of electric power and combustion power. A user interface for a power gauge changes appearance based on a battery and/or fuel level. A relative visual emphasis of power gauges changes based on detected conditions.

The present application relates to devices and components including apparatus, systems, and methods for handling processing time for artificial intelligence function switching and/or activation.

An apparatus configured to determine a demodulation reference signal (DMRS) configuration comprising a DMRS pattern for a frequency domain orthogonal cover code 8 (FD-OCC-8) and generate, for transmission to a base station, DMRS in accordance with the DMRS configuration. In some examples, the DMRS include DMRS eType 1 DMRS or DMRS eType 2 DMRS.

A method includes receiving a measurement resource configuration for a user equipment (UE)-initiated beam measurement event, the measurement resource configuration comprising at least one of a current beam configuration for a current beam or a new beam configuration for a new beam; and detecting, using the measurement resource configuration, that the UE-initiated beam measurement event has occurred.