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- 01HSB7C5Z54V2DMYGGH587D7VZ classification C1.
- 01HSB7C5Z54V2DMYGGH587D7VZ date "2023".
- 01HSB7C5Z54V2DMYGGH587D7VZ language "eng".
- 01HSB7C5Z54V2DMYGGH587D7VZ type conference.
- 01HSB7C5Z54V2DMYGGH587D7VZ hasPart 01HSB7DKWKVV3VTEKZ7KFW7YQT.pdf.
- 01HSB7C5Z54V2DMYGGH587D7VZ subject "Technology and Engineering".
- 01HSB7C5Z54V2DMYGGH587D7VZ issn "1613-0073".
- 01HSB7C5Z54V2DMYGGH587D7VZ presentedAt urn:uuid:7e04fcd6-4146-4455-9756-4ea276b692c0.
- 01HSB7C5Z54V2DMYGGH587D7VZ volume "3565".
- 01HSB7C5Z54V2DMYGGH587D7VZ abstract "Link Traversal-based Query Processing (LTQP) is an integrated querying approach that allows the query engine to start with zero knowledge of the data to query and discover data sources on the fly. The query engine starts with some seed documents and dynamically discovers new data sources by dereferencing hyperlinks in previously ingested data. Given the dynamic nature of source discovery, query processing tends to be relatively slow. Optimization techniques exist, such as exploiting existing structural information, but they depend on a deep understanding of the link queue during LTQP. To this end, we investigate the evolution of the types of link sources in the link queue and introduce metrics that describe key link queue characteristics. This paper analyses the link queue to guide future work on LTQP query optimization approaches that exploit structural information within a Solid environment. We find that queries exhibit two different execution patterns, one where the link queue is primarily empty and the other where the link queue fills faster than the engine can process. Our results show that the link queue is not functioning optimally and that our current approach to link discovery is not sufficiently selective.".
- 01HSB7C5Z54V2DMYGGH587D7VZ author 115DF312-F0EE-11E1-A9DE-61C894A0A6B4.
- 01HSB7C5Z54V2DMYGGH587D7VZ author 2C0A9B2A-F0EE-11E1-A9DE-61C894A0A6B4.
- 01HSB7C5Z54V2DMYGGH587D7VZ author c932e1a5-95f1-11ed-9897-c72ef345eb55.
- 01HSB7C5Z54V2DMYGGH587D7VZ dateCreated "2024-03-19T11:26:03Z".
- 01HSB7C5Z54V2DMYGGH587D7VZ dateModified "2024-11-28T00:13:59Z".
- 01HSB7C5Z54V2DMYGGH587D7VZ editor urn:uuid:19e0b2d6-ca67-4c0d-bc9d-ffdcbcbbc864.
- 01HSB7C5Z54V2DMYGGH587D7VZ editor urn:uuid:611346c9-cb41-4ba0-a734-7bb86bb0cb15.
- 01HSB7C5Z54V2DMYGGH587D7VZ editor urn:uuid:8c793a11-ad02-4a0a-9bcd-da5f4ffff662.
- 01HSB7C5Z54V2DMYGGH587D7VZ editor urn:uuid:8fb81115-efe2-4cde-820c-10cbccb4f680.
- 01HSB7C5Z54V2DMYGGH587D7VZ editor urn:uuid:9384b84f-61d9-4e97-8fa4-ab7bb614a6eb.
- 01HSB7C5Z54V2DMYGGH587D7VZ editor urn:uuid:ec9755e8-8e90-441c-915c-67ed1518c858.
- 01HSB7C5Z54V2DMYGGH587D7VZ editor urn:uuid:f988e19b-a49e-4df7-b7c5-56bc6802604e.
- 01HSB7C5Z54V2DMYGGH587D7VZ name "How does the link queue evolve during traversal-based query processing?".
- 01HSB7C5Z54V2DMYGGH587D7VZ pagination urn:uuid:457d442c-d124-4b1c-943b-7047b9e693a2.
- 01HSB7C5Z54V2DMYGGH587D7VZ sameAs LU-01HSB7C5Z54V2DMYGGH587D7VZ.
- 01HSB7C5Z54V2DMYGGH587D7VZ sourceOrganization urn:uuid:62dd4ba0-9afe-4cee-95b0-50e4841dfe28.
- 01HSB7C5Z54V2DMYGGH587D7VZ sourceOrganization urn:uuid:aaacbaab-7dce-47da-bb58-b78672a8049d.
- 01HSB7C5Z54V2DMYGGH587D7VZ type C1.