AbstractXML has become a standard for data exchange in many fields of application. Thus, a huge amount of data in this format is spread around Web and is stored in different ways. In order to manage the access of this data, concurrency control techniques have been adopted. Nevertheless, most of these techniques are developed on centralized environments and, approaches for distributed environments do not take into account the specificity of XML data. This paper presents DTX, a mechanism for distributed concurrency control of XML data, based on specific techniques for this kind of data. Aiming to evaluate DTX, experiments were conducted in order to measure its performance
Existing work on processing of XML documents has been concentrated on: query optimization, storage ...
Today, neither transactional provisions, in general, nor concurrency control, in particular, of DBMS...
The eXtensible Markup Language (XML) is well accepted in several different Web application areas. As...
AbstractXML has become a standard for data exchange in many fields of application. Thus, a huge amou...
XML has become a widely used standard for data representation and exchange among Web applications. C...
In this thesis, we propose an optimistic concurrency control mechanism for XML database systems. Us...
Abstract For concurrency control of XML data, this paper proposes a new locking method based on XPat...
Nowadays, concurrency control for XML data is a big research prob-lem. There are a number of researc...
Abstract: Increasing significance and popularity of XML is the main reason why many commercial objec...
As XML gains popularity as the standard data representation model, there is a need to store, retriev...
Concurrency occurs when two or more execution flows are able to run simultaneously. Concurrency cont...
The main purpose of this thesis is to make a survey of how XML data, stored as values in the distrib...
Processing XML documents in multi-user database management environments requires a suitable storage ...
Abstract. Nowadays, modern commercial relational database management systems (RDBMS) enable function...
AbstractOne of the most important features of a database in a multi-user environment is its concurre...
Existing work on processing of XML documents has been concentrated on: query optimization, storage ...
Today, neither transactional provisions, in general, nor concurrency control, in particular, of DBMS...
The eXtensible Markup Language (XML) is well accepted in several different Web application areas. As...
AbstractXML has become a standard for data exchange in many fields of application. Thus, a huge amou...
XML has become a widely used standard for data representation and exchange among Web applications. C...
In this thesis, we propose an optimistic concurrency control mechanism for XML database systems. Us...
Abstract For concurrency control of XML data, this paper proposes a new locking method based on XPat...
Nowadays, concurrency control for XML data is a big research prob-lem. There are a number of researc...
Abstract: Increasing significance and popularity of XML is the main reason why many commercial objec...
As XML gains popularity as the standard data representation model, there is a need to store, retriev...
Concurrency occurs when two or more execution flows are able to run simultaneously. Concurrency cont...
The main purpose of this thesis is to make a survey of how XML data, stored as values in the distrib...
Processing XML documents in multi-user database management environments requires a suitable storage ...
Abstract. Nowadays, modern commercial relational database management systems (RDBMS) enable function...
AbstractOne of the most important features of a database in a multi-user environment is its concurre...
Existing work on processing of XML documents has been concentrated on: query optimization, storage ...
Today, neither transactional provisions, in general, nor concurrency control, in particular, of DBMS...
The eXtensible Markup Language (XML) is well accepted in several different Web application areas. As...