Qualcomm Incorporated

Karthik Rangaraju

Nirav Narendra Desai

Shirish Kumar Agarwal

Venkata Biswanath Devarasetty

Narasimhan Venkata Agaram

Nikhil Kumar Kansal

Shruti Hanumanthaiah

Lakshmi Narayana Panuku

Venkatesh Ravipati

Sathish Sambaraju

Mohammed Shaikh

Sumit Gemini

Udayakumar Menon

Vaman Rajaram Kalkundrikar

Providing runtime power profile tuning based on eye state in processor-based Extended Reality (XR) devices is disclosed herein. In this regard, in some exemplary aspects, a processor of a processor-based XR device is configured to apply a default power profile, and detect, using an eye blink detection circuit, an eye close event of a user of the processor-based XR device. In response to detecting the eye close event, the processor selects a test power profile from a plurality of power profiles and applies the test power profile. The processor then measures an operating characteristic of the processor-based XR device and compares the operating characteristic with a corresponding reference range. Based on the comparing, the processor updates one or more power profiles of the plurality of power profiles.

Providing runtime power profile tuning based on eye state in processor-based extended reality (XR) devices

Systems, methods and computer-readable mediums may be used in portable computing devices (PCDs) for dynamically allocating system resources in a way that prevents or lessens degradation of power and performance KPIs while also avoiding temperature increases in the PCD that can create unpleasant user experiences. A smart resource allocation framework (SRAF) is triggered when a call is received or placed. Once triggered, the SRAF framework monitors a preselected set of state conditions to determine whether or not to place the wireless modem in a modem power-performance (Mod. Pow.-Perf) mode. If it determines that modem is to be placed in the Mod. Pow.-Perf. mode, a Mod. Pow.-Perf. process is performed dynamically allocates system resources and preferably also triggers a thermal framework that performs power reduction in one or more non-modem processing cores.

Smart resource allocation framework for dynamic allocation of system resources in personal computing devices (PCDs) that employ wireless modems

This disclosure provides systems, methods and apparatuses for intelligent connectivity switching techniques. The techniques include, for example, determining that a wireless connection is encrypted, and in response to determining that the wireless connection is encrypted, employing one or more intelligent connectivity switching mechanisms to ensure a desirable level of user experience may be maintained and data stall conditions may be avoided or overcome. When a wireless station is in an area where two radio access technology (RAT) connections are present, the intelligent connectivity switching mechanisms can include responding to a user interface prompt, evaluating one or more signal-to-noise (SNR)-related metrics, or comparing an application, task or activity to a whitelist.

Intelligent connectivity switching mechanisms

Methods, systems, and devices for wireless communications are described. A base station may receive an indication for establishing communications between a first user equipment (UE) and a second UE based on a first subscriber identification module (SIM) pair. The base station may compare a first set of capabilities associated with SIMs of the first UE and a second set of capabilities associated with SIMs of the second UE based on the indication. The base station may determine a set of rankings associated with the SIMs of the second UE based on the comparison of the sets of capabilities. The base station may identify a second SIM pair for a connection for establishing the communications between the first UE and the second UE. The base station may establish the connection between the first UE and the second UE based on the second SIM pair.

Subscriber identification module ranking and connection routing

Methods, systems and devices are provided to enable voice activity following a call interruption or when a call experiences or will experience interruption or diminished quality such that call experience is affected to be relayed to the communication device of the other party to the call. When an indication that an active voice call with another communication device is or will experience interruption or diminished quality such that call experience is affected, audio received from a microphone of the communication device may be recorded. A message may be generated from recorded audio and the generated message may be transmitted to the other communication device. Generation and/or transmission of the message may be performed in response to user inputs.

Enhanced user experience for voice communication

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Hyderabad Telangana, India

Karthik Rangaraju