Data Analysis and Reporting with BrioQuery 6.5
... All rights reserved. Printed in the USA. This product and related products and documentation are protected by copyright and are distributed under licenses restricting their use, copying, distribution, and decompilation. No part of this product or related documentation may be reproduced in any form b ...
... All rights reserved. Printed in the USA. This product and related products and documentation are protected by copyright and are distributed under licenses restricting their use, copying, distribution, and decompilation. No part of this product or related documentation may be reproduced in any form b ...
chapter 11
... The ORDER BY clause is optional. If a field from the SELECT clause is placed after the ORDER BY the rows of data are sorted in ascending order based on that field. The keywords ASC or DESC can be placed after the field name to explicitly specify the order the data will be sorted in. The WHERE clause ...
... The ORDER BY clause is optional. If a field from the SELECT clause is placed after the ORDER BY the rows of data are sorted in ascending order based on that field. The keywords ASC or DESC can be placed after the field name to explicitly specify the order the data will be sorted in. The WHERE clause ...
Towards heterogeneous multimedia information systems: the Garlic
... in Figure 1. It is the responsibility of this component to present Garlic applications with a unified, objectoriented view of the contents of a Garlic database and to process users’ and applications’ queries, updates and method invocation requests against this data; queries are expressed in an objec ...
... in Figure 1. It is the responsibility of this component to present Garlic applications with a unified, objectoriented view of the contents of a Garlic database and to process users’ and applications’ queries, updates and method invocation requests against this data; queries are expressed in an objec ...
Architectures for MLS Database Management Systems
... then decomposed and stored within the appropriate single-level relation fragments. Fragments with the same relation type and level can then be stored in the same operating system segment, and it is unnecessary to store labels with the DBMS objects. To recompose multilevel tuples to satisfy a user se ...
... then decomposed and stored within the appropriate single-level relation fragments. Fragments with the same relation type and level can then be stored in the same operating system segment, and it is unnecessary to store labels with the DBMS objects. To recompose multilevel tuples to satisfy a user se ...
NATIVE XML DATABASES vs. RELATIONAL DATABASES IN
... a (logical) model for an XML document, as opposed to the data in that document (its contents). It represents logical XML document model (not XML document data model), and stores and manipulates documents according to that model [2]. Basic characteristics of an NXD are the following: • a logical unit ...
... a (logical) model for an XML document, as opposed to the data in that document (its contents). It represents logical XML document model (not XML document data model), and stores and manipulates documents according to that model [2]. Basic characteristics of an NXD are the following: • a logical unit ...
Slide 1
... Oracle In-Memory Database Cache Accelerator for Oracle Database Applications • Reduced response time and increased throughput for Oracle Database applications • Oracle Database tables cached in the application-tier – Groups of related tables – All or subset of rows and columns ...
... Oracle In-Memory Database Cache Accelerator for Oracle Database Applications • Reduced response time and increased throughput for Oracle Database applications • Oracle Database tables cached in the application-tier – Groups of related tables – All or subset of rows and columns ...
The design and implementation of an object-oriented
... benefits of new data models and languages quickly. Our aim now is to show how we use this approach in the design and implementation of an object-oriented interface for the multimodel/multilingual database system. To further support our reason to design and implement an object-oriented interface vice ...
... benefits of new data models and languages quickly. Our aim now is to show how we use this approach in the design and implementation of an object-oriented interface for the multimodel/multilingual database system. To further support our reason to design and implement an object-oriented interface vice ...
ppt
... column names. In general, you process results by knowing in advance the order of the columns in the result—for example, selecting authorID and lastName from table authors ensures that the columns will appear in the result with authorID as the first column and lastName as the second column. Programs ...
... column names. In general, you process results by knowing in advance the order of the columns in the result—for example, selecting authorID and lastName from table authors ensures that the columns will appear in the result with authorID as the first column and lastName as the second column. Programs ...
Database System Concepts - Chapter 13: Query
... For σA≥V (r ) use index to find first index entry ≥ V and scan index sequentially from there, to find pointers to records For σA≤V (r ) just scan leaf pages of index finding pointers to records, till first entry > v In either case, retrieve records that are pointed to requires an I/O for each record ...
... For σA≥V (r ) use index to find first index entry ≥ V and scan index sequentially from there, to find pointers to records For σA≤V (r ) just scan leaf pages of index finding pointers to records, till first entry > v In either case, retrieve records that are pointed to requires an I/O for each record ...
Oracle 9i to Oracle 10g Upgrade Guide
... IMPORTANT: The kernel.shmmax parameter specifies the maximum shared memory segment size. The value given here (4294967295, approximately 4 GB) assumes that your database server machine has 4 GB of physical memory. If you have more than 4 GB, this value should be adjusted so that it is greater than o ...
... IMPORTANT: The kernel.shmmax parameter specifies the maximum shared memory segment size. The value given here (4294967295, approximately 4 GB) assumes that your database server machine has 4 GB of physical memory. If you have more than 4 GB, this value should be adjusted so that it is greater than o ...
SQL Pass-Through and the ODBC Interface
... relying on implicit pass-through to translate code and pass portions through when it can. Using a LIBNAME statement with statements which SAS cannot pass through (such as outer joins or SAS functions which cannot be translated successfully to the RDBMS) does the processing work in SAS on the user’s ...
... relying on implicit pass-through to translate code and pass portions through when it can. Using a LIBNAME statement with statements which SAS cannot pass through (such as outer joins or SAS functions which cannot be translated successfully to the RDBMS) does the processing work in SAS on the user’s ...
External overview for field use
... have reduced overall processing time to run our forecasting model from 36 hours to 1 hour and 15 minutes.” > Thomas Tileston, Vice President of Business Decision Support, Warner ...
... have reduced overall processing time to run our forecasting model from 36 hours to 1 hour and 15 minutes.” > Thomas Tileston, Vice President of Business Decision Support, Warner ...
ResultSet
... column names. In general, you process results by knowing in advance the order of the columns in the result—for example, selecting authorID and lastName from table authors ensures that the columns will appear in the result with authorID as the first column and lastName as the second column. Programs ...
... column names. In general, you process results by knowing in advance the order of the columns in the result—for example, selecting authorID and lastName from table authors ensures that the columns will appear in the result with authorID as the first column and lastName as the second column. Programs ...
1 - Fordham University
... column names. In general, you process results by knowing in advance the order of the columns in the result—for example, selecting authorID and lastName from table authors ensures that the columns will appear in the result with authorID as the first column and lastName as the second column. Programs ...
... column names. In general, you process results by knowing in advance the order of the columns in the result—for example, selecting authorID and lastName from table authors ensures that the columns will appear in the result with authorID as the first column and lastName as the second column. Programs ...
Performance Modeling and Access Methods for Temporal
... are classified into four types: snapshot, rollback, historical, and temporal. Each of the four types has different semantics and different implementation issues. Database systems with temporal support maintain history data on line together with current data, which causes problems in terms of both sp ...
... are classified into four types: snapshot, rollback, historical, and temporal. Each of the four types has different semantics and different implementation issues. Database systems with temporal support maintain history data on line together with current data, which causes problems in terms of both sp ...
CSI Lawyer® Windows Phone® Client Development and Data Synchronization Arvind Sedha
... Law and consulting firms’ employees travel often to different customer sites and do their work mainly outside their offices. Due to the number of smartphones used by law and consulting firms’ employees, there is a great need for a mobile application which allows them to access customer information a ...
... Law and consulting firms’ employees travel often to different customer sites and do their work mainly outside their offices. Due to the number of smartphones used by law and consulting firms’ employees, there is a great need for a mobile application which allows them to access customer information a ...
Active using asp (Active Server Pages)
... in a file and Delete records from a file. In the examples in this document we will be using the SHU Oracle instance, which is running on a database server called Ivy, and the CMS application server, which is called Pertinax. Refer to separate notes on using Ivy. The Oracle database and RDBMS (Relati ...
... in a file and Delete records from a file. In the examples in this document we will be using the SHU Oracle instance, which is running on a database server called Ivy, and the CMS application server, which is called Pertinax. Refer to separate notes on using Ivy. The Oracle database and RDBMS (Relati ...
Migrating External Loader Sessions to Dual Load
... Mapping External Loader Properties to TPT API Properties. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 Mapping TPump to Dual Load. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 Mapping Mload to Dual Load. . . ...
... Mapping External Loader Properties to TPT API Properties. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 Mapping TPump to Dual Load. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 Mapping Mload to Dual Load. . . ...
Easy SQL Query for N..
... on the database schema and data instances. Then, the query forms are generated based on the selected attributes. One problem of the aforementioned approaches is that, if the database schema is large and complex, user queries could be quite diverse. In that case, even if we generate lots of query for ...
... on the database schema and data instances. Then, the query forms are generated based on the selected attributes. One problem of the aforementioned approaches is that, if the database schema is large and complex, user queries could be quite diverse. In that case, even if we generate lots of query for ...