Abstract:
A method for controlling a task migration of a task in a heterogeneous multi-core system having at least a first cluster and a second cluster is provided. The method may include at least the following steps: dynamically adjusting a migration threshold; comparing a load of the task running on one core of the first cluster with the migration threshold, and accordingly generating a comparison result; and selectively controlling the task to migrate to the second cluster according to at least the comparison result, wherein each core in the first cluster has first processor architecture, and each core in the second cluster has second processor architecture different from the first processor architecture.
Abstract:
A technique, as well as select implementations thereof, pertaining to cross-mounting a device is described. The technique may involve an apparatus detecting a presence of a device not a part of the apparatus. The technique may also involve the apparatus performing an update in response to the detecting of the presence of the device. The technique may additionally involve the apparatus establishing a communication connection with the device. The technique may further involve the apparatus utilizing the device to perform one or more tasks.
Abstract:
A display apparatus is provided. The display apparatus includes a detector and a controller. The detector is arranged for detecting motion of the display apparatus to identify an activity of a user of the display apparatus, and accordingly generating an identification result. The controller is coupled to the detector, and is arranged for determining a display resolution of the display apparatus according to the identification result.
Abstract:
A technique, as well as select implementations thereof, pertaining to cross-mounting a device is described. The technique may involve an apparatus detecting a presence of a device not a part of the apparatus. The technique may also involve the apparatus performing an update in response to the detecting of the presence of the device. The technique may additionally involve the apparatus establishing a communication connection with the device. The technique may further involve the apparatus utilizing the device to perform one or more tasks.
Abstract:
A system for accessing data among at least two different electronic devices is provided. The system includes a demanding electronic device and a providing electronic device. The demanding electronic device is utilized to establish an input virtual device to execute an application on the demanding electronic device. The providing electronic device is utilized to establish an output virtual device for transmitting data from the providing electronic device to the demanding electronic device via the output virtual device, wherein the data corresponds to the application, and the providing electronic device is physically separated from the demanding electronic device. The input virtual device is established to use a first peripheral of the providing electronic device as a built-in peripheral of the demanding electronic device.
Abstract:
An electronic device includes a plurality of processor cores, a core controller, and a core setting module. The processor cores are for executing an application program. The core controller monitors a degree of parallelism of the application program; determining, according to utilization of the processor cores, whether frequencies of the processor cores or power-on number of the processor cores should be changed; and selects, according to the degree of parallelism of the application program, at least one of the frequencies of the processor cores and the power-on number of the processor cores to provide a selection result when determining that the frequencies of the processor cores or the power-on number of the processor cores should be changed. The core setting module changes at least one of the frequencies of the processor cores and the power-on number of the processor cores based on the selection result.