Nontraditional Database SystemsYahiko Kambayashi, Katsumi Tanaka, Masaru Kitsuregawa, Akifumi Makinouchi, Shunsuke Uemura, Yoshifumi Masunaga CRC Press, 2003. gada 2. sept. - 270 lappuses Nontraditional Database Systems is the fifth volume in the Advanced Information Processing Technology series. It brings together the results of research carried out by the Japanese database research community in the field of nontraditional database systems. The book examines nontraditional types of applications, data types, systems and environments together with high-performance architecture to support nontraditional applications, such as web mining, data engineering and object processing. |
No grāmatas satura
1.–5. rezultāts no 33.
7. lappuse
... specifying a certain set of parameter values of a specified data type. For example, the next statement shows how to define a domain of 3-D shapes like the tables shown in Figure 4. The field statements specify a set of default values ...
... specifying a certain set of parameter values of a specified data type. For example, the next statement shows how to define a domain of 3-D shapes like the tables shown in Figure 4. The field statements specify a set of default values ...
9. lappuse
... specified. In designing a VWDB multi-modal database language, we noticed that an interaction initiated by a gesture or a voice instruction causes a “state change” of the target object, which is due to the change of the relationship ...
... specified. In designing a VWDB multi-modal database language, we noticed that an interaction initiated by a gesture or a voice instruction causes a “state change” of the target object, which is due to the change of the relationship ...
10. lappuse
... Specify a set of objects by touching them with hand(s). (b) Specify a set of objects by pointing at them with hand(s) ... specified in the voice instruction (v1). In the case of a gesture, an object changes its state from q0 to q2 or q3 ...
... Specify a set of objects by touching them with hand(s). (b) Specify a set of objects by pointing at them with hand(s) ... specified in the voice instruction (v1). In the case of a gesture, an object changes its state from q0 to q2 or q3 ...
11. lappuse
... specify that this object was the correct object to move (v2). Next, the user pointed his/her finger in the desired direction to move (g2), followed by the user uttering “there” to identify the direction (v5), “move” (v10) to initiate ...
... specify that this object was the correct object to move (v2). Next, the user pointed his/her finger in the desired direction to move (g2), followed by the user uttering “there” to identify the direction (v5), “move” (v10) to initiate ...
12. lappuse
... specify that the object was the one he/she wished to move (v2). Next, the user uttered “forward” to identify the direction (v7), then “move” (v10), and finally “stop” to finish the move (v11). Now, the first module, i.e., the multimodal ...
... specify that the object was the one he/she wished to move (v2). Next, the user uttered “forward” to identify the direction (v7), then “move” (v10), and finally “stop” to finish the move (v11). Now, the first module, i.e., the multimodal ...
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Nontraditional Database Systems Yahiko Kambayashi,Katsumi Tanaka,Masaru Kitsuregawa,Akifumi Makinouchi,Shunsuke Uemura,Yoshifumi Masunaga Ierobežota priekšskatīšana - 2003 |
Nontraditional Database Systems Yahiko Kambayashi,Katsumi Tanaka,Masaru Kitsuregawa,Akifumi Makinouchi,Shunsuke Uemura,Yoshifumi Masunaga Priekšskatījums nav pieejams - 2002 |
Nontraditional Database Systems Yahiko Kambayashi,Katsumi Tanaka,Masaru Kitsuregawa,Akifumi Makinouchi,Shunsuke Uemura,Yoshifumi Masunaga Priekšskatījums nav pieejams - 2002 |
Bieži izmantoti vārdi un frāzes
applications approach association attribute becomes called camera client color commands communication Computer Conference consider construction contents Cooperative corresponding cost created data model database systems defined describe disk distributed documents edge elements Engineering environment example execution expressions extension extract Figure functions graph human implemented important individual integration interval introduce Japan language meaning mechanism metadata method mining multimedia nodes objects operation parallel path performance person picture position present problem Proc processing proposed provides query realize received reference relational represented result retrieval rule scene Science selected semantic sequence Shape shared shown shows spatial specified stored stream structure Technology transaction types University update users values video data virtual space visual VWDB XML documents