Abstract: A stereo lens apparatus includes two optical systems arranged in parallel. Each of the two optical systems includes, in order from an object side to an image side, first to third lens units. An optical path is bent at a position between the first and second lens units and at a position between the second and third lens units in each of the two optical systems so that an inter-optical axis distance between two third lens units is narrower than an inter-optical axis distance between two first lens units. Part of one holding mechanism of two holding mechanisms that are configured to respectively hold the two third lens units is located in a concave portion provided on the other holding mechanism, and part of the other holding mechanism is located in a convex portion provided on the one holding mechanism.

Abstract: An information processing apparatus according to the present application includes an acquiring unit and a selecting unit. The acquiring unit acquires a plurality of pieces of second triple information hierarchized based on a conceptual system in a plurality of pieces of first triple information indicating a relationship about three types of elements and statistical information indicating the number of pieces of the first triple information associated with each of the plurality of pieces of the second triple information. The selecting unit selects, based on the statistical information acquired by the acquiring unit and based on a predetermined standard related to the statistical information, from among the plurality of pieces of the second triple information, a plurality of pieces of target triple information to be used for a clustering process.

Abstract: A creating device according to the present application includes an acquiring unit, and a creating unit. The acquiring unit acquires a plurality of pieces of triple information indicating a relationship related to three types of elements. The creating unit creates, from among the pieces of the triple information acquired by the acquiring unit, association information that associates a triple information group having a predetermined relationship related to the three types of elements.

Abstract: A calculation device according to the present application includes an acquiring unit and a calculation unit. The acquiring unit that acquires a plurality of pieces of first triple information indicating a relationship related to three types of elements and a plurality of pieces of second triple information obtained based on a conceptual system in the plurality of pieces of the first triple information. The calculation unit that calculates statistical information related to the plurality of pieces of the first triple information based on the number of pieces of the first triple information associated with each of the plurality of pieces of the second triple information acquired by the acquiring unit.

Abstract: An information processing apparatus according to the present application includes an acquiring unit and a selecting unit. The acquiring unit acquires a plurality of pieces of second triple information hierarchized based on a conceptual system in a plurality of pieces of first triple information indicating a relationship about three types of elements and statistical information indicating the number of pieces of the first triple information associated with each of the plurality of pieces of the second triple information. The selecting unit selects, based on the statistical information acquired by the acquiring unit and based on a predetermined standard related to the statistical information, from among the plurality of pieces of the second triple information, a plurality of pieces of target triple information to be used for a clustering process.

Abstract: A calculation device according to the present application includes an acquiring unit and a calculation unit. The acquiring unit that acquires a plurality of pieces of first triple information indicating a relationship related to three types of elements and a plurality of pieces of second triple information obtained based on a conceptual system in the plurality of pieces of the first triple information. The calculation unit that calculates statistical information related to the plurality of pieces of the first triple information based on the number of pieces of the first triple information associated with each of the plurality of pieces of the second triple information acquired by the acquiring unit.

Abstract: A creating device according to the present application includes an acquiring unit, and a creating unit. The acquiring unit acquires a plurality of pieces of triple information indicating a relationship related to three types of elements. The creating unit creates, from among the pieces of the triple information acquired by the acquiring unit, association information that associates a triple information group having a predetermined relationship related to the three types of elements.

Abstract: A spring layout system or the like is then executed to nodes (A to U in FIG. 10) and edges (e1 to e15) defined in a binary relation model database to thereby automatically draw a graph. Nodes are replaced by rings and edges are replaced by springs, and a layout is calculated so that forces of the springs (a repulsive force and an attractive force) acting on the rings can realize a minimum energy state of the system. Node coordinate positions are determined based on the calculated forces, and the nodes and the edges are drawn in the form of a graph. The “repulsive force” is a force generated between every pair of nodes present within a certain distance, and the nodes are dispersed and overlaps of nodes are removed by the repulsive force. The “attractive force” is a force generated between every pair of nodes present within the certain distance. The nodes connected to each other by edges by the attractive force are closer to each other.

Abstract: In the present invention, a textual document is syntactically analyzed and knowledge is constructed from a single word or plural words. The knowledge is then marked, from the broken down knowledge (represented by the underscores in FIG. 1) or from a part-of-speech, as a related object (node) or a relation (edge) (represented by ‘n’ or ‘e’ shown in FIG. 1). In other words, in the present invention a textual document is treated as knowledge constructed from a single word or plural words. The knowledge extracted from the textual document is structured to form a knowledge structure (such as a graph structure constituted from nodes and edges). At least one link can be established between each of the knowledge structure elements and a semantically closest concept entry in a hierarchical concept dictionary.

Abstract: A user designates two targets a relation of which the user is to search as a search start target and a search end target, respectively. The user also designates various search conditions. A binary relation database that stores binary relational information extracted, in advance, from various types of biomolecular databases (e.g., databases that store sequence information on DNAs and the like, structural information on proteins and the like, etc), compound databases (e.g., databases that store characteristics of organic compounds and the like), and literature databases (e.g., databases that store technical literatures, papers, and the like) is accessed, and knowledge between the search start target and the search end target is automatically searched.

Abstract: A structured data described in a structured description language and a schema data that defines a structure of the structured data, are acquired from an external database. The structured data and the schema data are converted based on schema format conversion instruction information. The structured data and the schema data converted are registered in a database. A tool program and schema resource definition information are registered in a corresponding manner. When a tool program is started, the structured data and the schema data registered in the database are converted into a format suitable for the tool program, based on the schema resource definition information corresponding to the tool program. The structured data and the schema data after this conversion are input to the tool program.

Abstract: A method of retrieving a plurality of records stored in a database first generates a retrieval data set by selecting a plurality of records from the database. Then, an item element of a data item designated from a record in the retrieval data set is specified, and the difference in item elements between optional two records is numerically represented and computed as a dissimilarity. Next, the records in the retrieval data set are plotted and displayed on the display device. At this time, the records are displayed in such a way that the distance between the two records of the plotted records corresponds to the computed dissimilarity, and a new retrieval data set is specified from the displayed records on the basis of an object record designated by the user. Thus, a new retrieval data set can be easily generated within a short time, with mis-retrieval and unnecessarily entered records reduced by plotting the records such that the difference between the records can be readily recognized.