Title :
Complex life science multidatabase queries
Author :
Ben Miled, Zina ; Li, Nianhua ; Kellett, Glen M. ; Sipes, Bob ; Bukhres, Omran
Author_Institution :
Electr. & Comput. Eng. Dept., Indiana Univ., Indianapolis, IN, USA
fDate :
11/1/2002 12:00:00 AM
Abstract :
Recent advances in the development of new, high throughput screening technologies have resulted in a wealth of life science data. The complexity and volume of these data require technology beyond that of traditional database systems. Open research issues include the seamless, semantic-based integration of geographically distributed, autonomous web databases. Biological And Chemical Integration Information System (BACIIS) addresses these issues. This paper discusses the challenges associated with the integration of life science web databases and the techniques used in BACIIS to address these challenges. Particularly, the execution of life science, multidatabase queries is investigated, and an approach that can overcome the limitations of the query capabilities of each individual life science web database participating in the integration is presented. This approach hides the heterogeneity of the individual databases from the user while providing an efficient execution plan for complex, life science, multidatabase queries.
Keywords :
biology computing; database management systems; query processing; scientific information systems; BACIIS; Biological And Chemical Integration Information System; Proteomics; biological phenotype analysis; biomedical phenotype analysis; complex life science multidatabase queries; experimental observation; geographically distributed autonomous web databases; high throughput screening technologies; interoperability; larger scale understanding synthesis; life science data; seamless semantic-based integration; web databases; Chemical technology; Couplings; Database systems; Distributed databases; Electronic switching systems; Information systems; Paper technology; Proteomics; Throughput; Warehousing;
Journal_Title :
Proceedings of the IEEE
DOI :
10.1109/JPROC.2002.804683