Abstract: Provided is an information processing apparatus including an acquisition unit configured to acquire device information on a plurality of connected input terminals, and a selection unit configured to determine an importance degree of the input terminals based on information concerning detection units of the input terminals included in the device information to select the input terminal to be used depending on the importance degree.

Abstract: There is provided an information processing apparatus including a plurality of application frameworks upon which applications are executed, and a decision unit configured to control a switching of operable states of the plurality of application frameworks.

Abstract: There is provided an information processing apparatus including a plurality of application frameworks upon which applications are executed, and a decision unit configured to control a switching of operable states of the plurality of application frameworks.

Abstract: Provided is an information processing apparatus including an acquisition unit configured to acquire device information on a plurality of connected input terminals, and a selection unit configured to determine an importance degree of the input terminals based on information concerning detection units of the input terminals included in the device information to select the input terminal to be used depending on the importance degree.

Abstract: The present technology relates to an information processing apparatus and a method, a program, a recording medium, and an information processing system that realizes a number of variations in functions using a plurality of devices connected to a network. RD-Agent and RD-App are executed in each device, the RD-App is described using RD-Library, and a function of the RD-Agent is called by the RD-Library. The RD-Library is a library for calling the function of the RD-Agent from the RD-App. A service a is provided, to which a plurality of devices having RD-App_a1 and RD-App_a2 in execution participates, and a service b in which the plurality of devices in which RD-App_b1 and RD-App_b2 are executed participates is provided. A service a is provided, to which a plurality of devices having RD-App_a1 and RD-App_a2 in execution participates, and a service b is provided, to which a plurality of devices having RD-App_b1 and RD-App_b2 in execution participates.

Abstract: In an image processing device, a transfer unit enlarges or reduces the image data at the transfer magnification by performing an enlarging or reducing process on the image data once, when the transfer magnification is equal to or smaller than an upper limit or equal to or greater than a lower limit. The transfer unit also repeats, by a plurality of times, a process of performing an enlarging or reducing process on an image data stored in a first region of a storage unit at a divided-transfer magnification equal to or smaller than the upper limit or equal to or greater than the lower limit and then storing the image data in a second region of the storage unit, when the transfer magnification is above the upper limit or below the lower limit.

Abstract: In an image processing device, a transfer unit enlarges or reduces the image data at the transfer magnification by performing an enlarging or reducing process on the image data once, when the transfer magnification is equal to or smaller than an upper limit or equal to or greater than a lower limit. The transfer unit also repeats, by a plurality of times, a process of performing an enlarging or reducing process on an image data stored in a first region of a storage unit at a divided-transfer magnification equal to or smaller than the upper limit or equal to or greater than the lower limit and then storing the image data in a second region of the storage unit, when the transfer magnification is above the upper limit or below the lower limit.