George P. Copeland
- JR Abrial, "Data Semantics, " in Data, Base Management, J W Klimbie and K L Koffeman, eds , North-Holland Pub Co (1974)Google Scholar
- D S Batory, "On Searching Transposed Files, " ACM Transactions On Database Systems, Vol 4, No 4 (December 1979) Google ScholarDigital Library
- D S Batory, "Modeling The Storage Architectures Of Commercial Database Systems," University of Texas at Austin (1984)Google Scholar
- R Bayer and E McCreight, "Organization And Maintenance Of Large Ordered Indexes, " Acta Infornatica, Vol 1 (1972)Google Scholar
- R Bayer and K Unterauer, "Prefix B-Trees, " ACM Transactions On Database Systems, Vol 2. No 1 (March 1977 ) Google ScholarDigital Library
- J L Bentley, "Multidimensional Binary Search Trees In Database Applications," IEEE Transactions On Software Engineering, Vol SE-5, No 4 (July 1979)Google Scholar
- R Burnett and J Thomas, "Data Management Support For Statistical Data Editing," Proceedings Of The First Lawrence Berkeley Laboratory Workshop On Statistical Database Management (December 1981) Google ScholarDigital Library
- D Bitton, H Boral, D J Dewitt and W K Wilkinson, "Parallel Algorithms For The Execution Of Relational Database Operations, I' ACM Transactions On Database Systems, Vol 8, No 3 (September 1983) Google ScholarDigital Library
- AF Cardenas , "Analysis And Performance Of Inverted Data Base Structures," Communications Of The ACM, Vol 18, No 5 (May 1975) Google ScholarDigital Library
- JM Chang and K S Fu, "Dynamic Clustering Techniques For Physical Database Design," School of Electrical Engineering. Purdue University TREE 78- 49 (December 1978)Google Scholar
- D L Childs, "Extended Set Theory A General Model For Very Large, Distributed, Backend Information Systems, n Proceedings Of The Third International Conference On Very Large Databases (October 1977)Google Scholar
- EF Codd , "Extending The Data Base Relational Model To Capture More Meaning," ACM Transactions On Database Systems, Vol 4, No 4 (December 1979) Google ScholarDigital Library
- G P Copeland and D Maier, "Making Smalltalk A Database System, " Proceedings Of The ACM SIGMOD Conference, SIGMOD Record, Vol 14, No 2 (June 1984) Google ScholarDigital Library
- A Deliyanni and R A Kowalski, "Logic And Semantic Networks," Proceedings of the Workshop On Logic And Data Bases, Toulouse (November 1977)Google Scholar
- SJ Eggera, F Olken and A Shoshani, "A Compression Technique For Large Statistical Databases, " Proceedings Of The Seventh International Conference On Very Large Databases (September 1981)Google Scholar
- R Fagin, "Multivalued Dependencies And A New Normal Porn For Relational Databases, " ACM Transactions On Database Systems, Vol 2, No 3 (September 1977) Google ScholarDigital Library
- A Goldberg and D Robson, Snalltalk-80 The Language And Its Implementation, Addison-Wesley Pub Co (1983) Google ScholarDigital Library
- A J Hoffer, "An Integer Programming Formulation Of Computer Data Base Design Problems," Information Sciences 11 (1978)Google Scholar
- R A Kowalski, "Logic For Data Description," in Logic And Data Bases, H Gallaire and J Winker (eds ), Plenum Press, New York (1978)Google Scholar
- R A Lorie and A J Symonda, "A Relational Access Method For Interactive Applications, 11 Data Base Systems, Courant Computer Science Symposia, Vol 8, Prentice-Hall (1971)Google Scholar
- S T March and D G Severance, "The Determination Of Efficient Record Segmentations And Blocking Factors For Shared Data Files," ACM Transactions On Database Systems, Vol 2, No 3 (September 1977) Google ScholarDigital Library
- S T March and G D Scudder, 'On The Selection Of Eeficient Record Segmentations And Backup Strategies For Large Shared Files," ACM Transactions On Database Systems, Vol 9, No 3 (September 1984) Google ScholarDigital Library
- K Murakami, T Kakuta and R Onai, "Architectures And Hardware Systems Parallel Inference Machine And Knowledge Base Machine," Proceedings Of The International Conference On Fifth Generation Computer Systems, Tokyo (Noveuber 1984)Google Scholar
- J Nievergelt, H Hinterberger and K C Sevcik, "The Grid File An Adaptable, Symmetric Multikey File Structure," ACM Transactions On Database Systems, Vol 9, No 1 (March 1984) Google ScholarDigital Library
- D Patterson and D Ditzel, "The Case For The Reduced Instruction Set Computer, " Computer Architecture News, Vol 8, No 8, ACM (October 1980) Google ScholarDigital Library
- DC Severance and C M Lehman, "Differential Files Their Application To The Maintenance Of Large Databases, " ACM Transactions On Database Systems, Vol 1, No 3 (September 1978) Google ScholarDigital Library
- S Shibayama, T Kakuta, N Miyazaki, H Yokota and K Murakami , A Relational Database Machine With Large Semiconductor Disk And Hardware Relational Algebra Processor, " New Generation Computing Vol 2 (1984)Google Scholar
- A Shoshani , F Olken and HKT Wang , "Characteristics Of scientific Databases," Lawrence Berkeley Laboratory, LBL-17582 (1982)Google Scholar
- JM Smith and D C P Smith, "Principles of Database Conceptual Design," Proceedings Of The NYU Symposium On Database Design, New York (May 1978) Google ScholarDigital Library
- Y Tanaka, "A Data-Stream Database Machine With Large Capacity," in Advanced Database Machine Architectures, D K Hsiao, ed , Prentice-Hall (1983)Google Scholar
- R F Teitel. "Relational Database Models and Social Science Computing, 11 Proceedings Of Computer Science And Statistics Tenth Annual Symposium On The Interface, Gaitheraburg, Maryland, National Bureau Of Standards (April 1977)Google Scholar
- M J Turner R Hammond and F Cotton, "A DBMS For Large Statistical Databases," Proceedings Of The Fifth International Conference On Very Large Databases (October 1979)Google Scholar
- G Wiederhold, J F Fries and S Weyl, "Structured Organization Of Clinical Data Bases," Proceedings Of The National Computer Conference, AFIPS Press (Hay 1975)Google Scholar
Index Terms
- A decomposition storage model
Recommendations
A flash-based decomposition storage model
DASFAA'12: Proceedings of the 17th international conference on Database Systems for Advanced ApplicationsThe traditional HDD-based columnar storage is an important technology to improve the performance of query-intensive database. However, some features of HDD weaken the advantages of columnar storage. In this paper, we study the advantages of SSD over HDD ...
Comments