Abstract: A method and system for prioritizing and assigning threads in a heterogenous CPU architecture includes receiving input to create frames on a display device of a PCD. Next, threads of execution responsible for creating the frames and which correspond to a number of first CPU cores in the CPU architecture are identified. The CPU architecture includes first CPU cores and second CPU cores, where each first CPU core has a first processing capacity and each second CPU core has a second processing capacity. The first processing capacity is greater than the second processing capacity. For a predetermined time period, a ranking of the threads according to their workload levels is created. And then a present workload level of each first CPU core is determined. A ranking of the first CPU cores according to their present workload levels is created followed by assigning each thread to a single first CPU core.

Abstract: Systems and methods for thermally aware task scheduling and balancing are disclosed. One method includes receiving, from each of a plurality of temperature sensors, a temperature indication of a temperature of a corresponding processor cluster to obtain an indication of thermal conditions of a plurality of processor clusters and scheduling tasks to the plurality of processor clusters based upon the thermal conditions of the plurality of processor clusters. The frequency of each processor cluster is then scaled based upon the scheduled task load.

Abstract: The present disclosure describes aspects of managing communication control for wireless power transfer. In some aspects, a method for managing wireless charging communications is provided. The method includes wirelessly receiving power from a wireless power transmitter and providing the wirelessly received power to a power management circuit. The method further includes providing power and a power source indication signal to a transceiver circuit. The power source indication signal is indicating the power is the wirelessly received power.