초록 ▼

A computer program method enables a user to find the most relevant documents by searching of distributed databases, i.e., the World Wide Web. The program employs the user's profile, based on the user's foci of interest, the user's query and a semantic analysis of the query and documents. In one embo

A computer program method enables a user to find the most relevant documents by searching of distributed databases, i.e., the World Wide Web. The program employs the user's profile, based on the user's foci of interest, the user's query and a semantic analysis of the query and documents. In one embodiment, the retrieved documents are ranked according to relevancy based on the user's profile and query.

대표청구항 ▼

A computer program method enables a user to find the most relevant documents by searching of distributed databases, i.e., the World Wide Web. The program employs the user's profile, based on the user's foci of interest, the user's query and a semantic analysis of the query and documents. In one embo

A computer program method enables a user to find the most relevant documents by searching of distributed databases, i.e., the World Wide Web. The program employs the user's profile, based on the user's foci of interest, the user's query and a semantic analysis of the query and documents. In one embodiment, the retrieved documents are ranked according to relevancy based on the user's profile and query. oncluding that creation of sequence identifiers has been restarted and performing a corresponding correction. 11. The method according to claim 3, further comprising: a range of variation of sequence identifiers being smaller than a largest possible number of packets during a connection; and if the sequence identifiers differ from each other by an amount that is close to the range of variation of the sequence identifiers, a receiving network element concluding that creation of sequence identifiers has been restarted and performing a corresponding correction. 12. The method according to claim 2, further comprising the transmitter attaching sequence identifiers to the frame only when a location of the transmitter changes; and a network element following the transmitter in a direction toward the receiver attaching sequence identifiers to the frame, until a location of the transmitter changes again. 13. The method according to claim 3, further comprising the transmitter attaching sequence identifiers to the frame only when a location of the transmitter changes; and a network element following the transmitter in a direction toward the receiver attaching sequence identifiers to the frame, until a location of the transmitter changes again. 14. The method according to claim 4, further comprising the transmitter attaching sequence identifiers to the frame only when a location of the transmitter changes; and a network element following the transmitter in a direction toward the receiver attaching sequence identifiers to the frame, until a location of the transmitter changes again. 15. The method according to claim 5, further comprising the transmitter attaching sequence identifiers to the frame only when a location of the transmitter changes; and a network element following the transmitter in a direction toward the receiver attaching sequence identifiers to the frame, until a location of the transmitter changes again. 16. The arrangement according to claim 7, further comprising the transmitter attaching sequence identifiers to the frame only when a location of the transmitter changes; and a network element following the transmitter in a direction toward the receiver attaching sequence identifiers to the frame, until a location of the transmitter changes again. 17. The method according to claim 8, further comprising the transmitter attaching sequence identifiers to the frame only when a location of the transmitter changes; and a network element following the transmitter in a direction toward the receiver attaching sequence identifiers to the frame, until a location of the transmitter changes again. 18. The method according to claim 9, further comprising the transmitter attaching sequence identifiers to the frame only when a location of the transmitter changes; and a network element following the transmitter in a direction toward the receiver attaching sequence identifiers to the frame, until a location of the transmitter changes again. 19. The method according to claim 10, further comprising the transmitter attaching sequence identifiers to the frame only when a location of the transmitter changes; and a network element following the transmitter in a direction toward the receiver attaching sequence identifiers to the frame, until a location of the transmitter changes again. 20. The method according to claim 11, further comprising the transmitter attaching sequence identifiers to the frame only when a location of the transmitter changes; and a network element following the transmitter in a direction toward the receiver attaching sequence identifiers to the frame, until a location of the transmitter changes again. ota, 370/252