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About 10,000 papers for “Computer database”

Computer Science Database

Americanae (AECID Library) · 2002

This bilingual terminology database produced by Kaist Korterm consists of 76 272 entries in Korean and in English in the field of computer science.

Cited by 0

Computer Searchable Chemical Database

M. Ramesh · Indian Journal Of Applied Research · 2011

IJAR - Indian Journal of Applied Research (IJAR) IJAR is a double reviewed monthly print journal that accepts research works from scholars, academicians, professors, doctorates, lecturers, and corporate in their respective expertise of studies.

Cited by 0

Computer Systems/Database Simulation.

Lawrence L. Rose · Defense Technical Information Center (DTIC) · 1978

This report evaluates the database modeling capabilities of three large scale computer simulation facilities. The systems overviewed and contrasted are: (1) CASE, a TESDATA commercial product; (2) DIMUI, a TECHNION University research product; and (3) IPSS, an Ohio State University research product. Chapters are further provided which overview simulation techniques and the area of database management systems. Criteria are derived to form the basis for evaluation of the three subject systems. Upon consolidation into a linear objective function, the systems are rated: IPSS, DIMUI, and lastly CASE. System deficiencies are revealed and fruitful areas for further research are objectively discussed. (Author)

Cited by 1

Computer Aided Database Design

Albano,, DE ANTONELLIS, Valeria, A., Di Leva · Institutional Research Information System (Università degli Studi di Brescia) · 1985

Cited by 0

Database management systems on a multi-computer computer

M. Sinutko · ACM SIGMOD Record · 1977

This paper discusses fitting a database and database management system onto a particular research status computer constructed of a large array or network of closely-connected component computers. The findings may have application to other distributed computer architectures.

Cited by 0Open access

Database management on a personal computer

David B. Redwine, David L. Olive · The Journal of the American Association of Gynecologic Laparoscopists · 1996

Summary The four field types will allow even a novice to construct a customized data base using FoxPro. Users should become acquainted with your documentation manuals since they carry a lot more detail than can be presented here. Table 1 lists the important fields of my main data base all.dbf. Use it as a reference when creating your own data base. Next issue: writing programs to manipulate your data.

Cited by 5Open access

Computer architecture support for database applications

Kimberly Keeton, David A. Patterson · 1999

Computer Architecture Support for Database Applications by Kimberly Kristine Keeton Doctor of Philosophy in Computer Science University of California at Berkeley Professor David A. Patterson, Chair Database workloads are an important class of applications, responsible for one-third of the symmetric multiprocessor (SMP) server market. Despite their importance, they are seldom used in computer architecture performance evaluations, which favor technical applications, such as SPEC. Database applications are often avoided because they are difficult to study in fully-scaled configurations, for reasons including large hardware requirements and complicated software configuration and tuning issues. This dissertation addresses several of the challenges posed by database workloads. First, we characterize the architectural behavior of two standard database workloads, namely online transaction processing (OLTP) and decision support (DSS), running on a commercial database on a commodity Intel...

Cited by 9

Face recognition using computer-generated database

Won‐Sook Lee, Kyung-Ah Sohn · 2004

Many face database and recognition systems have been constructed in specially designed studios with various illuminations, poses, and expressions. However, none of these databases yet satisfies a large variation of poses and illuminations that permit the study of systematic 3D human face information, which results in an unsatisfactory success rate. It is caused primarily by the difficulty of data collection of facial images to satisfy the large variation of poses and illuminations to fully represent the 3D characteristics of human faces. We present how computer-generated database can be used for face recognition experiment focused on multiview face recognition/descriptor. We show multiview face data collection using rendering of 3D models. We also illustrate our approach how to build a face descriptor containing 3D information of human face using multiview concepts. This multiview face recognition descriptor is a 3D descriptor using the concept how much powerful a view influences over nearby views, so called as "quasiview " size.

Cited by 0