Abstract: The present disclosure provides a walking type electric transporter capable of being continuously used for a long time while preventing breakage of a storage battery due to a collision of cargo. A storage battery is accommodated in a box-shaped battery casing, the battery casing is detachably attached to a transporter main body portion, and the battery casing holds the storage battery while having spaces in such a manner that an upper portion and a front portion in an interior and an upper surface and a front surface of the storage battery are respectively separated from each other.

Abstract: A command process load balancing system performs load balancing of received commands among a number of server processes to resolve access contention for virtual software resources. These contentions are resolved through a history recording unit that records a history including contents of a processed command and a response time of a process for the command into a history database. A prediction unit predicts, in a case where a set of commands to be processed is assigned to a server process, whether or not a load that is equal to or higher than a reference value is applied, on the basis of the history recorded in the history database. An assigning unit assigns at least one command included in the set of commands to be processed to a different server process, in accordance with prediction that a load that is equal to or higher than the reference.

Abstract: A command process load balancing system performs load balancing of received commands among a number of server processes to resolve access contention for virtual software resources. These contentions are resolved through a history recording unit that records a history including contents of a processed command and a response time of a process for the command into a history database. A prediction unit predicts, in a case where a set of commands to be processed is assigned to a server process, whether or not a load that is equal to or higher than a reference value is applied, on the basis of the history recorded in the history database. An assigning unit assigns at least one command included in the set of commands to be processed to a different server process, in accordance with prediction that a load that is equal to or higher than the reference.

Abstract: A command process load balancing system performs load balancing of received commands among a number of server processes to resolve access contention for virtual software resources. These contentions are resolved through a history recording unit that records a history including contents of a processed command and a response time of a process for the command into a history database. A prediction unit predicts, in a case where a set of commands to be processed is assigned to a server process, whether or not a load that is equal to or higher than a reference value is applied, on the basis of the history recorded in the history database. An assigning unit assigns at least one command included in the set of commands to be processed to a different server process, in accordance with prediction that a load that is equal to or higher than the reference.

Abstract: [Problem] To provide a device for manufacturing composite particles constructed by flow paths having relatively great widths and capable of controlling an adsorption ratio of particles, and to provide a method for manufacturing composite particles using this manufacturing device. [Solution] A device for manufacturing composite particles includes at least one first inlet flow path (2) for supplying a first fluid, at least one second inlet flow path (3) for supplying a second fluid, and a mixing flow path (5) for merging the first fluid and the second fluid supplied respectively from the first inlet flow path and the second inlet flow path and allowing the two kinds of fluids to flow down for a predetermined length while mixing the two kinds of fluids. The mixing flow path is a continuous flow path and has a heterogeneous cross-sectional flow path area in a continuity direction thereof.

Abstract: Performing data processing for data sets stored in each of a plurality of storage devices includes collecting access data indicating details of accesses to each of the plurality of storage devices and computing predicted changes in access frequency for each of the storage devices on the basis of the access data for each of the plurality of storage devices in response to a request to reserve a storage area for storing a new data set. A storage device in which the storage area for storing the new data set is to be reserved is selected from among the plurality of storage devices on the basis of the predicted changes for each storage device.

Abstract: Embodiments relate to selecting an object displayed on a display device of a computer. Aspects include moving a movable pointer in the display device in response to a user input, determining whether the pointer is in a predetermined temporary selection state, and based on a determination that the pointer is in the temporary selection state, acquiring an object pointed to by the pointer and storing the object in the storage device as a temporarily selected object. Aspects further include acquiring an second object pointed by the pointer in response to the user performing a predetermined object selection operation, comparing the second object with the temporarily selected object, and based on a determination that the second object is identical to the temporarily selected object, determining that the second object is selected.

Abstract: Performing data processing for data sets stored in each of a plurality of storage devices includes collecting access data indicating details of accesses to each of the plurality of storage devices and computing predicted changes in access frequency for each of the storage devices on the basis of the access data for each of the plurality of storage devices in response to a request to reserve a storage area for storing a new data set. A storage device in which the storage area for storing the new data set is to be reserved is selected from among the plurality of storage devices on the basis of the predicted changes for each storage device.

Abstract: Performing data processing for data sets stored in each of a plurality of storage devices includes collecting access data indicating details of accesses to each of the plurality of storage devices and computing predicted changes in access frequency for each of the storage devices on the basis of the access data for each of the plurality of storage devices in response to a request to reserve a storage area for storing a new data set. A storage device in which the storage area for storing the new data set is to be reserved is selected from among the plurality of storage devices on the basis of the predicted changes for each storage device.

Abstract: The present invention provides for debugging a target program with a computer comprising a storage unit and a processing unit. In one aspect, this comprises: storing, in the storage unit, reliability information including the reliability of individual indices of classification items of the program; reading, by the processing unit, the reliability information of the target program from the storage unit and determining a reliable code area and an unreliable code area by using the reliability of the individual indices in the reliability information; and executing debugging of the debug target program only for the unreliable code area while omitting debugging of the reliable code area. A graphical user interface to support debugging of only unreliable code areas is also disclosed.

Abstract: Embodiments relate to generating application-processable commands from character strings. An aspect includes preparing a database in which are recorded keywords for presenting commands as conversion candidate objects, conversion candidate objects, and commands generated when a conversion candidate object has been selected. Another aspect includes receiving a plurality of character strings inputted by a user for an application. Another aspect includes converting a character string of the plurality of character strings to generate a completion candidate character string. Another aspect includes referencing the database when the character string includes a keyword, and presenting, to the user, completion candidate character strings and conversion candidate objects as a conversion candidate list. Another aspect includes generating a command corresponding to a selected conversion candidate object in response to selection of one of the conversion candidate objects from the conversion candidate list by the user.

Abstract: A command process load balancing system performs load balancing of received commands among a number of server processes to resolve access contention for virtual software resources. These contentions are resolved through a history recording unit that records a history including contents of a processed command and a response time of a process for the command into a history database. A prediction unit predicts, in a case where a set of commands to be processed is assigned to a server process, whether or not a load that is equal to or higher than a reference value is applied, on the basis of the history recorded in the history database. An assigning unit assigns at least one command included in the set of commands to be processed to a different server process, in accordance with prediction that a load that is equal to or higher than the reference.

Abstract: A command process load balancing system performs load balancing of received commands among a number of server processes to resolve access contention for virtual software resources. These contentions are resolved through a history recording unit that records a history including contents of a processed command and a response time of a process for the command into a history database. A prediction unit predicts, in a case where a set of commands to be processed is assigned to a server process, whether or not a load that is equal to or higher than a reference value is applied, on the basis of the history recorded in the history database. An assigning unit assigns at least one command included in the set of commands to be processed to a different server process, in accordance with prediction that a load that is equal to or higher than the reference.

Abstract: Embodiments includes techniques for retrieving revisions in source code from a plurality of revision history data sets including link information to the source code and version information. The revision history data includes a function unit specified by a user is extracted from the plurality of revision history data sets, and a list of the extracted revision history data is displayed on the display device. Also, the display of this list includes displaying on the display device or creating in a storage area source code or information associated with the source code corresponding to at least two different revision history data sets in this first list.

Abstract: Embodiments relate to generating application-processable commands from character strings. An aspect includes preparing a database in which are recorded keywords for presenting commands as conversion candidate objects, conversion candidate objects, and commands generated when a conversion candidate object has been selected. Another aspect includes receiving a plurality of character strings inputted by a user for an application. Another aspect includes converting a character string of the plurality of character strings to generate a completion candidate character string. Another aspect includes referencing the database when the character string includes a keyword, and presenting, to the user, completion candidate character strings and conversion candidate objects as a conversion candidate list. Another aspect includes generating a command corresponding to a selected conversion candidate object in response to selection of one of the conversion candidate objects from the conversion candidate list by the user.

Abstract: A method, system and computer program product for efficiently developing software and supporting creation of source code so as to develop software that meets the requirements. A plurality of test cases defining a plurality of respective tests to be executed to check the conformity of the software to the requirements are used. In a test execution step, one or more specific test cases selected from the plurality of test cases are executed or the specific test cases are caused to be executed. Furthermore, a test result of a test case executed or caused to be executed in the test case execution step is added to the source code.

Abstract: A method for efficiently developing software and supporting creation of source code so as to develop software that meets the requirements. A plurality of test cases defining a plurality of respective tests to be executed to check the conformity of the software to the requirements are used. In a test execution step, one or more specific test cases selected from the plurality of test cases are executed or the specific test cases are caused to be executed. Furthermore, a test result of a test case executed or caused to be executed in the test case execution step is added to the source code.

Abstract: Embodiments relate to selecting an object displayed on a display device of a computer. Aspects include moving a movable pointer in the display device in response to a user input, determining whether the pointer is in a predetermined temporary selection state, and based on a determination that the pointer is in the temporary selection state, acquiring an object pointed to by the pointer and storing the object in the storage device as a temporarily selected object. Aspects further include acquiring an second object pointed by the pointer in response to the user performing a predetermined object selection operation, comparing the second object with the temporarily selected object, and based on a determination that the second object is identical to the temporarily selected object, determining that the second object is selected.

Abstract: A command process load balancing system performs load balancing of received commands among a number of server processes to resolve access contention for virtual software resources. These contentions are resolved through a history recording unit that records a history including contents of a processed command and a response time of a process for the command into a history database. A prediction unit predicts, in a case where a set of commands to be processed is assigned to a server process, whether or not a load that is equal to or higher than a reference value is applied, on the basis of the history recorded in the history database. An assigning unit assigns at least one command included in the set of commands to be processed to a different server process, in accordance with prediction that a load that is equal to or higher than the reference.