Information processing apparatus, information processing system, information processing method, and computer readable non-transitory medium

• US 8,751,517 B2
• Filed: 06/23/2010
• Issued: 06/10/2014
• Est. Priority Date: 08/18/2009
• Status: Active Grant

• Current Assignee: NEC Corporation
• Original Assignee: NEC Corporation
• Inventors: Umezu, Keisuke
• Primary Examiner(s): SYED, FARHAN M
• Application Number:
  US13/391,233
• Publication Number:
  US 20120150892A1
• Time in Patent Office: 1,448 Days
• US Class Current: 707/758
• CPC Class Codes: G06F 9/451 Execution arrangements for user interfaces

Abstract

In general information processing apparatuses, determination on what sort of operational interface is appropriate to be provided for which application (AP, hereinafter) is left up to the user.

An information processing apparatus in an exemplary embodiment of the present invention comprises: an operation-definition storage means for storing a record including a function name, a function ontology and an operation type, with respect to each of a plurality of applications (APs); and an operation modification means for acquiring from the above-mentioned operation-definition storage means a set of records having an identical function ontology (identical ontology set) or a set of identifiers of the records belonging to the identical ontology set, and for replacing an operation type of a record including the above-mentioned identical function ontology of a designated AP with an operation type having a high appearance frequency (high frequency type) in the identical ontology set.

Claims

1. An information processing apparatus, comprising:

an operation-definition storage device configured to store a record including a function name, a function ontology and an operation type, with respect to each of a plurality of APs which are applications; and

an operation modification unit configured to acquire from said operation-definition storage device an identical ontology set which is a set of records having an identical function ontology or a set of identifiers of the records belonging to said identical ontology set, and replace an operation type of a record including said identical function ontology of a designated AP with a high frequency type which is an operation type having a high appearance frequency in said identical ontology set;

a function search unit configured to search said operation-definition storage device for a record matching both an inputted AP name and an operation type of a detected operation, and output a function name of the extracted said record and said inputted AP name to a function execution unit which is configured to execute a function of an AP identified by the AP name and the function name;

a context-definition storage device configured to store a context name and a sensor value and to relate the context name and the sensor value to each other;

said operation-definition storage device configured to store said record with respect to each context of each of said plurality of APs;

said function search unit configured to;

acquire from said context-definition storage device a context corresponding to an inputted sensor value,

search said operation-definition storage device for said context, a record matching said context, for an inputted AP name, and for an inputted operation type, and

output a function name of the extracted said record and said inputted AP name to said function execution unit configured to execute a function of an AP identified by the AP name and the function name; and

said operation modification unit configured to acquire from said operation-definition storage device a set of records having both an identical context and an identical function ontology, as said identical ontology set.

2. The information processing apparatus according to claim 1, comprising:

an external operation storage device configured to store a record including a function name, a function ontology and an operation type, with respect to each of a plurality of APs identical with or different from said plurality of APs; and

said operation modification unit configured to acquire said identical ontology set from both said operation-definition storage device and said external operation storage device.

3. The information processing apparatus according to claim 1, wherein said high frequency type is an operation type having the highest appearance frequency among said identical ontology set or having an appearance frequency equal to or larger than a predetermined value.

4. An information processing system including:

a peripheral device comprising said function execution unit, and the information processing apparatus according to claim 1.

5. A computer readable non-transitory medium storing the information processing program for enabling a computer, the computer comprising an operation-definition storage device which stores a record including a function name, a function ontology and an operation type with respect to each of a plurality of APs which are applications, to execute an operation modification process in which comprises the steps of:

acquiring from said operation-definition storage device an identical ontology set which is a set of records having an identical function ontology or a set of identifiers of the records belonging to said identical ontology set;

replacing an operation type of a record including said identical function ontology of a designated AP with a high frequency type which is an operation type having a high appearance frequency in said identical ontology set;

the information processing program further including a function search process wherein the computer is enabled to perform steps of;

searching said operation-definition storage device for a record matching both an inputted AP name and an operation type of a detected operation; and

outputting a function name of the extracted said record and said inputted AP name to a function execution unit executing a function of an AP identified by the AP name and the function name; and

storing a context name;

storing a sensor value relating the context name and the sensor value to each other and said operation-definition storage device for storing said record with respect to each of said plurality of AP names, to execute;

acquiring from said context-definition storage device a context corresponding to an inputted sensor value, of searching said operation-definition storage device for a record matching said context, an inputted AP name and an inputted operation type, and of outputting a function name of the extracted said record and said inputted AP name to said function execution unit executing a function of an AP identified by the AP name and the function name; and

said operation modification process of acquiring from said operation-definition storage device a set of records having both an identical context and an identical function ontology, as said identical ontology set.

6. A computer readable non-transitory medium storing the information processing program according to claim 5 for enabling said computer, the computer further comprising an external operation storage device which stores a record including a function name, a function ontology and an operation type with respect to each of a plurality of APs identical with or different from said plurality of APs, to execute

said operation modification process of acquiring said identical ontology set from both said operation-definition storage device and said external operation storage device.

7. A computer readable non-transitory medium storing the information processing program according to claim 5, wherein said high frequency type is an operation type having the highest appearance frequency among said identical ontology set or having an appearance frequency equal to or larger than a predetermined value.

8. A computer-implemented information processing method comprising the steps of:

storing in an operation-definition storage device a record including a function name, a function ontology and an operation type, with respect to each of a plurality of APs which are applications;

acquiring from said operation-definition storage device an identical ontology set which is a set of records having an identical function ontology or a set of identifiers of the records belonging to said identical ontology set;

the information processing program further including a function search process wherein the computer is enabled to perform steps of;

replacing an operation type of a record including said identical function ontology of a designated AP with a high frequency type which is an operation type having a high appearance frequency in said identical ontology set;

searching said operation-definition storage device for a record matching both an inputted AP name and an operation type of a detected operation;

outputting a function name of the extracted said record and said inputted AP name to a function execution unit executing a function of an AP identified by the AP name and the function name;

storing in a context-definition storage device a context name and a sensor value, relating them to each other;

storing said record in said operation-definition storage device, with respect to each context of each of said plurality of APs;

acquiring from said context-definition storage device a context corresponding to an inputted sensor value;

searching said operation-definition storage device for a record matching said context, an inputted AP name and an inputted operation type;

outputting a function name of the extracted said record and said inputted AP name to said function execution unit executing a function of an AP identified by the AP name and the function name; and

acquiring from said operation-definition storage device a set of records having both an identical context and an identical function ontology, as said identical ontology set.

9. The information processing method according to claim 8 comprising the steps of:

storing in an external operation storage device a record including a function name, a function ontology and an operation type, with respect to each of a plurality of APs identical with or different from said plurality of APs; and

acquiring said identical ontology set from both said operation-definition storage device and said external operation storage device.

10. The information processing method according to claim 8, wherein said high frequency type is an operation type having the highest appearance frequency among said identical ontology set or having an appearance frequency equal to or larger than a predetermined value.

11. An information processing apparatus comprising:

an operation-definition storage means configured for storing a record including a function name, a function ontology and an operation type, with respect to each of a plurality of applications (APs);

an operation modification means configured for acquiring from said operation-definition storage means a set of records having an identical function ontology set which is a set of records having an identical function ontology or a set of identifiers of the records belonging to said identical ontology set, and for replacing an operation type of a record including said identical function ontology of a designated AP with a high frequency type which is an operation type having a high appearance frequency in said identical ontology set;

a function search means configured to search said operation-definition storage means for a record matching both an inputted AP name and an operation type of a detected operation, and output a function name of the extracted said record and said inputted AP name to a function execution means which is configured to execute a function of an AP identified by the AP name and the function name;

a context-definition storage means configured to store a context name and a sensor value and to related the context name and the sensor value to each other;

said operation-definition storage means configured to store said record with respect to each context of each of said plurality of APs;

said function search means configured to acquire from said context-definition storage means a context corresponding to an inputted sensor value, and search said operation-definition storage means for said context, a record matching said context, an inputted AP name and an inputted operation type, and output a function name of the extracted said record and said inputted AP name to said function execution means configured to execute a function of an AP identified by the AP name and the function name; and

said operation modification means configured to acquire from said operation-definition storage means a set of records having both an identical context and an identical function ontology, as said identical ontology set.