Abstract: Provided is a virtual-machine managing device including: a model acquiring unit that acquires, for each server device, a performance model indicative of plural correspondent relationships between a workload amount and performance information on a workload; a performance-information acquiring unit that acquires the performance information on a virtual machine to be moved running on a current server device; a conversion unit that converts the performance information on the virtual machine to be moved into a combination of the workload amount and the workload characteristic value concerning the virtual machine to be moved, by using the performance model of the current server device; and an estimating unit that estimates performance information on the virtual machine to be moved on a destination server device serving as a candidate for a destination of movement of the virtual machine to be moved, by applying the combination converted by the conversion unit to the performance model of the destination server device

Abstract: A performance evaluation device includes: a workload controlling unit that sequentially generates, for each of plural single workload types, plural workloads having different sizes on an evaluation target computer, and sequentially generates, for a combined workload type formed by combining at least two different single workload types, plural combined workloads on the evaluation target computer; a data acquiring unit that acquires primary performance data on each of currently running workloads and combined performance data on each of currently running combined workloads; a data analyzing unit that models the acquired primary performance data to generate a primary performance model corresponding to each of the single workload types; and a model generating unit that generates a combined performance model corresponding to a combined workload type on the basis of the combined performance data and the primary performance model.

Abstract: An information processing terminal is provided with a first display and a second display and a control means that, when start-up of a first application has been instructed, displays the windows of each of the first application and a second application on the first display or the second display. The control means determines displays on which the windows of each of the first application and the second application are to be displayed based on the relation between the first application and the second application.

Abstract: An information processing terminal has a plurality of displays, each displaying an application screen, and control means which determines a display on which a new application is to be activated from the plurality of displays. If an application being executed competes with a first non-dependent condition that does not depend on a display requested by a new application, the control means ends the application being executed and determines a display on which the new application is to be activated by using a first dependent condition that depends on the display requested by the new application or a second non-dependent condition that does not depend on the display requested by the new application.

Abstract: Provided is a virtual-machine managing device including: a model acquiring unit that acquires, for each server device, a performance model indicative of plural correspondent relationships between a workload amount and performance information on a workload; a performance-information acquiring unit that acquires the performance information on a virtual machine to be moved running on a current server device; a conversion unit that converts the performance information on the virtual machine to be moved into a combination of the workload amount and the workload characteristic value concerning the virtual machine to be moved, by using the performance model of the current server device; and an estimating unit that estimates performance information on the virtual machine to be moved on a destination server device serving as a candidate for a destination of movement of the virtual machine to be moved, by applying the combination converted by the conversion unit to the performance model of the destination server device

Abstract: In order that the application in the client terminal can be used continuously without being suspended temporarily, an information processing apparatus includes first processing means and a second processing section. That is, the information processing apparatus communicates via a network with a server including a first processing section of second processing means which including the first and the second processing section. The first processing means switches processing means which executes an application to either of the first or the second processing means. The second processing section executes a processing received from the first processing section, in case that the processing means is switched from the first processing means to the first processing section.

Abstract: A terminal device is provided that includes screens and solves a problem in that power is consumed more than necessary. When a prescribed operation is performed on operation section 104, controller 105 causes LCD controller 103 to illuminate at least one of LCDs 101 and 102 at a first brightness levels. Subsequently, a selection operation of selecting any one of LCDs 101 and 102 is performed on operation section 104. When the selected LCD is illuminated at the first brightness levels, controller 105 causes LCD controller 103 to illuminate the LCD selected by the selection operation at a second brightness levels higher than the first brightness levels.

Abstract: In order that the application in the client terminal can be used continuously without being suspended temporarily, an information processing apparatus includes first processing means and a second processing section. That is, the information processing apparatus communicates via a network with a server including a first processing section of second processing means which including the first and the second processing section. The first processing means switches processing means which executes an application to either of the first or the second processing means. The second processing section executes a processing received from the first processing section, in case that the processing means is switched from the first processing means to the first processing section.

Abstract: In an information processing system, a client terminal includes a client process executing section issuing a request; a client execution control section generating a distribution rule based on an instruction from the server apparatus and operation environment data of the client terminal; a distributing section determining whether or not the request should be processed by the client terminal or by the server apparatus, based on the distribution rule, distributing the request to the server apparatus when it is determined that the request should be processed by the server apparatus, and returning a received processing result to the client process executing section; and a client side server process executing section executing the request when it is determined when the request should be processed by the client terminal, and notifying a processing result to the distributing section.

Abstract: A performance evaluation device includes: a workload controlling unit that sequentially generates, for each of plural single workload types, plural workloads having different sizes on an evaluation target computer, and sequentially generates, for a combined workload type formed by combining at least two different single workload types, plural combined workloads on the evaluation target computer; a data acquiring unit that acquires primary performance data on each of currently running workloads and combined performance data on each of currently running combined workloads; a data analyzing unit that models the acquired primary performance data to generate a primary performance model corresponding to each of the single workload types; and a model generating unit that generates a combined performance model corresponding to a combined workload type on the basis of the combined performance data and the primary performance model.

Abstract: Provided is a display screen management module that solves the problem of trouble that a user has to take for displaying a window on a screen that is convenient for the user. Display screen management module 14 includes: a setting unit 21 in which a policy designating a screen for displaying a window generated by information processing terminal 1 is set; and manager 22 that determines, in accordance with the policy in setting unit 21, the screen for displaying the window.

Abstract: An information processing terminal is provided with a first display and a second display and a control means that, when start-up of a first application has been instructed, displays the windows of each of the first application and a second application on the first display or the second display. The control means determines displays on which the windows of each of the first application and the second application are to be displayed based on the relation between the first application and the second application.

Abstract: An information processing terminal includes a plurality of displays, each displaying an application screen, and control means. The control means determines a display on which a new application is to be started from the plurality of displays on the basis of the amount of the resources consumed by the information processing terminal.

Abstract: An information processing terminal has a plurality of displays, each displaying an application screen, and control means which determines a display on which a new application is to be activated from the plurality of displays. If an application being executed competes with a first non-dependent condition that does not depend on a display requested by a new application, the control means ends the application being executed and determines a display on which the new application is to be activated by using a first dependent condition that depends on the display requested by the new application or a second non-dependent condition that does not depend on the display requested by the new application.

Abstract: In order that the application in the client terminal can be used continuously without being suspended temporarily, an information processing apparatus includes first processing means and a second processing section. That is, the information processing apparatus communicates via a network with a server including a first processing section of second processing means which including the first and the second processing section. The first processing means switches processing means which executes an application to either of the first or the second processing means. The second processing section executes a processing received from the first processing section, in case that the processing means is switched from the first processing means to the first processing section.

Abstract: In an information processing system, a client terminal includes a client process executing section issuing a request; a client execution control section generating a distribution rule based on an instruction from the server apparatus and operation environment data of the client terminal; a distributing section determining whether or not the request should be processed by the client terminal or by the server apparatus, based on the distribution rule, distributing the request to the server apparatus when it is determined that the request should be processed by the server apparatus, and returning a received processing result to the client process executing section; and a client side server process executing section executing the request when it is determined when the request should be processed by the client terminal, and notifying a processing result to the distributing section.

Abstract: It is possible to automatically execute an offline Web application without requiring installation of software. A mobile terminal includes: a client program, a server program execution environment and a local proxy server. An application server has a server program. The local proxy server of the mobile terminal acquires a server program from the application server in accordance with an HTTP request from the client program and installs the program in the server program execution environment. When the installation is complete, synchronization with the server program of the application server side is executed. The local proxy server divides the HTTP request from the client program to a server program on the mobile terminal and a server program on the application server.