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About 581 papers for “Open Database Connectivity”

odbc.resourcer: Open Database Connectivity Resource Resolver

Yannick Marcon · 2025

A database resource that is accessible through the Open Database Connectivity ('ODBC') API. This package uses the Resource model, with URL "resolver" and "client", to dynamically discover and make accessible tables stored in a 'MS SQL Server' database. For more details see Marcon (2021) &lt;<a href="https://doi.org/10.1371%2Fjournal.pcbi.1008880" target="_top">doi:10.1371/journal.pcbi.1008880</a>&gt;.

Cited by 0Open access

Analysis of VijeoCitect SCADA system open database connectivity.

Butkutė, Gintarė, · KTUePubl (Repository of Kaunas University of Technology) · 2015

In industry, there are used large amounts of data. Data are organized and stored in a database. There are a lot of databases, that is used in industry. One of the most popular industrial databases is InSQL (Industrial SQL). The communication between databases and computer programs working with them is executed through a database management system (DBMS). Database management system supports, such as organizing, storing, deleting or retrieving the data in a database. All these actions are executed through specific SQL commands. SQL is structured query language. It is the most famous relational database standard too. The connection to the database via ODBC (Open DataBase Connectivity) driver has a lot of advantages. The goal of ODBC is to make it possible to access any data from any application, regardless of which database management system is handling the data. ODBC manages this by inserting a middle layer, called a database driver, between an application and the DBMS. The purpose of this layer is to translate the application's data queries into commandsthat the DBMS understands. In this project it is analyzed database InSQL, the package of VijeoCitect, and systems architecture topologies on VijeoCitect. As well as, there is designed database, in which is data table in SQL Server. In project, this database is downloaded from SQL Server to VijeoCitect and uploaded from VijeoCitect to SQL Server. There is researching Process Analyst possibilities working with trends. The main aim of working with databases in VijeoCitect SCADA system is to show a lot of advantages of ODBC driver in VijeoCitect.

Cited by 0Open access

Using SMILES strings for the description of chemical connectivity in the Crystallography Open Database

Quirós, Miguel, Gražulis, Saulius, Girdzijauskaitė, Saulė et al. · Figshare · 2018

Abstract Computer descriptions of chemical molecular connectivity are necessary for searching chemical databases and for predicting chemical properties from molecular structure. In this article, the ongoing work to describe the chemical connectivity of entries contained in the Crystallography Open Database (COD) in SMILES format is reported. This collection of SMILES is publicly available for chemical (substructure) search or for any other purpose on an open-access basis, as is the COD itself. The conventions that have been followed for the representation of compounds that do not fit into the valence bond theory are outlined for the most frequently found cases. The procedure for getting the SMILES out of the CIF files starts with checking whether the atoms in the asymmetric unit are a chemically acceptable image of the compound. When they are not (molecule in a symmetry element, disorder, polymeric species,etc.), the previously published cif_molecule program is used to get such image in many cases. The program package Open Babel is then applied to get SMILES strings from the CIF files (either those directly taken from the COD or those produced by cif_molecule when applicable). The results are then checked and/or fixed by a human editor, in a computer-aided task that at present still consumes a great deal of human time. Even if the procedure still needs to be improved to make it more automatic (and hence faster), it has already yielded more than 160,000 curated chemical structures and the purpose of this article is to announce the existence of this work to the chemical community as well as to spread the use of its results.

Cited by 0Open access

Using SMILES strings for the description of chemical connectivity in the Crystallography Open Database

Quirós, Miguel, Gražulis, Saulius, Girdzijauskaitė, Saulė et al. · Figshare · 2018

Abstract Computer descriptions of chemical molecular connectivity are necessary for searching chemical databases and for predicting chemical properties from molecular structure. In this article, the ongoing work to describe the chemical connectivity of entries contained in the Crystallography Open Database (COD) in SMILES format is reported. This collection of SMILES is publicly available for chemical (substructure) search or for any other purpose on an open-access basis, as is the COD itself. The conventions that have been followed for the representation of compounds that do not fit into the valence bond theory are outlined for the most frequently found cases. The procedure for getting the SMILES out of the CIF files starts with checking whether the atoms in the asymmetric unit are a chemically acceptable image of the compound. When they are not (molecule in a symmetry element, disorder, polymeric species,etc.), the previously published cif_molecule program is used to get such image in many cases. The program package Open Babel is then applied to get SMILES strings from the CIF files (either those directly taken from the COD or those produced by cif_molecule when applicable). The results are then checked and/or fixed by a human editor, in a computer-aided task that at present still consumes a great deal of human time. Even if the procedure still needs to be improved to make it more automatic (and hence faster), it has already yielded more than 160,000 curated chemical structures and the purpose of this article is to announce the existence of this work to the chemical community as well as to spread the use of its results.

Cited by 0Open access

Using SMILES strings for the description of chemical connectivity in the Crystallography Open Database

M. Quirós, S. Gražulis, Saulė Girdzijauskaitė et al. · Journal of Cheminformatics · 2018

Computer descriptions of chemical molecular connectivity are necessary for searching chemical databases and for predicting chemical properties from molecular structure. In this article, the ongoing work to describe the chemical connectivity of entries contained in the Crystallography Open Database (COD) in SMILES format is reported. This collection of SMILES is publicly available for chemical (substructure) search or for any other purpose on an open-access basis, as is the COD itself. The conventions that have been followed for the representation of compounds that do not fit into the valence bond theory are outlined for the most frequently found cases. The procedure for getting the SMILES out of the CIF files starts with checking whether the atoms in the asymmetric unit are a chemically acceptable image of the compound. When they are not (molecule in a symmetry element, disorder, polymeric species,etc.), the previously published cif_molecule program is used to get such image in many cases. The program package Open Babel is then applied to get SMILES strings from the CIF files (either those directly taken from the COD or those produced by cif_molecule when applicable). The results are then checked and/or fixed by a human editor, in a computer-aided task that at present still consumes a great deal of human time. Even if the procedure still needs to be improved to make it more automatic (and hence faster), it has already yielded more than 160,000 curated chemical structures and the purpose of this article is to announce the existence of this work to the chemical community as well as to spread the use of its results.

Cited by 244Open access

PEMBUATAN WEB APLIKASI INVENTARIS LABORATORIUM TEKNIK&#13;\nELEKTRO UMS DENGAN ACTIVE SERVER PAGES ( ASP ) DAN&#13;\n DATABASE OPEN DATABASE CONNECTIVITY ( ODBC )&#13;\n

PURNOMO, HENRI · UMS Library Center of Academic Activities (Universitas Surakarta) · 2011

Pada saat ini proses input alat di laboratorium masih banyak dilakukan secara&#13;\nmanual, terutama dalam pencatatan alat masuk dan keluar, laporan-laporan. Hal ini&#13;\nmenyebabkan sering timbulnya kesalahan yang dapat berdampak pada keberadaan&#13;\nstock alat. Oleh karena itu, perlu dibutuhkannya proses komputerisasi untuk&#13;\nmengatasi kelemahan tersebut.&#13;\n Pembuatan aplikasi inventaris dimulai dengan membuat desain dari sistem&#13;\nyang digunakan laboratorium saat ini. Setelah model terbentuk lalu dikonfirmasikan&#13;\ndengan admin, untuk memperoleh kesatuan pandangan untuk menyimpan data. Fitur&#13;\nyang dapat diakses oleh admin yang telah login yaitu form pengeditan data alat, form&#13;\npenambahan data alat, laporan stock alat, laporan peminjaman alat,dan laporan&#13;\npenerimaan alat, laporan master alat laboratorium, kemudian tahap selanjutnya&#13;\nadalah merancang database yang digunakan untuk menyimpan data.&#13;\n Aplikasi inventaris laboratorium teknik elektro UMS dengan menggunakan&#13;\nMacromedia Dreamweaver dengan ASP sebagai bahasa script dan Microsoft Access&#13;\nsebagai penyimpan database akan membantu mengatasi masalah mengenai proses&#13;\nmencari data alat laboratorium, jumlah alat laboratorium yang selanjutnya data-data&#13;\npeminjaman dapat dilihat dalam bentuk laporan.&#13;\n Hasil dari perancangan aplikasi yang dibuat adalah web inventaris yang dapat&#13;\nmembantu pengguna untuk melakukan input alat laboratorium 24 jam. Penggunaan&#13;\naplikasi ini dapat memberikan hasil yang cepat, efisien, serta mengatasi kesulitan&#13;\nmencari dan memanipulasi data alat laboratorium.&#13;\n

Cited by 0Open access

Web Database Development

Nikolaos A. Tsardas · Defense Technical Information Center (DTIC) · 2001

This thesis explores the concept of Web Database Development using Active Server Pages (ASP) and Java Server Pages (JSP). These are among the leading technologies in the web database development. The focus of this thesis was to analyze and compare the ASP and JSP technologies, exposing their capabilities, limitations, and differences between them. Specifically, issues related to back-end connectivity using Open Database Connectivity (ODBC) and Java Database Connectivity (JDBC), application architecture, performance, and web security were examined. For demonstration purposes, two applications were developed, one with ASP and another with JSP. The user interface and the functionality of these two applications were identical, while the architecture, performance, and back-end connectivity was totally different.

Cited by 35

Datenbank-Anbindung in Web-Sites mit Active Server Pages

Rothbächer, Dieter · HdM ePub (Media University Stuttgart) · 2003

IIS) 4.0, der Datenbankschnittstelle Open Database Connectivity (ODBC), dem Datenbanksystem Access und der Web-Server-Erweiterung Active Server Pages (ASP).

Cited by 0Open access

Internet/Intranet access to a multimedia cardiology information system

M. Back, Thomas Norgall, M. Rommel et al. · 2003

Presents a client/server concept for the secure transmission of ECG data from a SQL-database server via Internet/Intranet to multiple JAVA-based presentation clients. Architectural aspects of server and client are considered. For the server database access, both ODBC (Open Database Connectivity) and JDBC (Java Database Connectivity) interfaces are discussed. Secure Data transmission requirements are fulfilled by a SSL (Secure Socket Layer) implementation. Client and server prototypes were tested in different realistic system environments. In integrated healthcare, similar systems could enable healthcare professionals to access shared patient-related collections of cardiological data.

Cited by 4

DATABASE OPERATION USING ODBC/JDBC IN THE KEK 8GeV LINAC Abstract

Masahiko Tanaka, Isamu Abe, Hitoshi Kobayashi et al. · 2008

using an operation database consisting of PCs (personal computers) and MS-SQL [1] on a Windows NT server. An automatic database logging system for Linac operation and attendant problems has been completed. The Linac has both static and dynamic databases, which store accelerator data, a troubleshooting log and operator’s notes [2,3]. The console is composed of an MS-Access integrated, and GUI (graphical user interface) and applications written in VB (visual basic) linked to the database using ODBC (open database connectivity). Recently, the need for web-based applications linked to a database has grown [4] , and JDBC (Java database connectivity) has enabled this. This treatise compares ODBC and JDBC, both of which are used in the Linac PC system, and reports the issue of their application.

Cited by 0

Database programming using Java

M. Swain, J.A. Anderson, R. Korrapati et al. · 2003

Focuses on database programming using Java. Java provides a very good approach to working with different database. A discussion is provided about database programming using Java for the Microsoft Access DBMS. Some concepts are reviewed along the way, like relational databases, components of databases, Open Database Connectivity (ODBC) data sources, the Java SQL package and methods. The Java programming language has the potential of working with different databases like SQL Server, Oracle, Informix, Sybase, Microsoft Access and others. Java uses the JDBC (Java Database Connectivity) tool to work with the database. Programs developed with the Java programming language and JDBC are platform- and vendor-independent. This paper introduces the concept of a JDBC-ODBC bridge for Microsoft Access, which is a useful system for understanding and teaching database programming. Examples of simple Java programs for Microsoft Access are provided as illustrations of the concept of database programming.

Cited by 2

Gathering requirements from remote users

Thomas L. Leonard, V. Berzins, Maretta Holden · Zenodo (CERN European Organization for Nuclear Research) · 2002

We describe a distributed requirements engineering environment using computer aided software engineering tools linked together through the Internet. We created this distributed requirements engineering environment using Microsoft's Personal Web Server (PWS), Microsoft's Open Database Connectivity (OPEC) technology, Netscape Communicator, Microsoft's Internet Explorer, Microsoft's Access97 database, and a set of PERL scripts that are executed by users of the environment to perform database operations. We show how we added basic security features to the Internet accessible database.

Cited by 11Open access

Delphi in Depth

Cary Jensen · 1996

Leveraging ODBC (open database connectivity) programming the Borland database engine writing client/server applications using ReportSmith for Delphi32 essential Windows 95 API calls Delphi and object-oriented programming building custom Delphi components creating OCX controls with Delphi32 multi-threaded applications exploiting OLE automation writing custom components planning advanced applications Windows NT and Windows 95 issues world-wide web publishing with Delphi.

Cited by 4

Access in Client-Server-Umgebungen und im Netzwerkeinsatz

Ernst Tiemeyer, Klemens Konopasek · 1997

„Open Database Connectivity“ oder ODBC hat sich in den letzten Jahren als Standard für den Zugriff auf verschiedene Datenbanksysteme etabliert. ODBC ist eine standardisierte Schnittstelle, die den Datenaustausch zwischen den verschiedensten DBMS (DBMS = Datenbankmanagementsystemen) über die Verwendung von SQL-Anweisongen (SQL = Structured Query Language)unterstützt.

Cited by 0