The e-Transaction abstraction is a recent formalization of end-to-end reliability properties for three-tier systems. In this work, we present a protocol ensuring the e-Transaction guarantees in case the back-end tier consists of a centralized database. Our proposal addresses the case of stateless application servers, and is both simple and effective since 1) it does not employ any distributed commit protocol and 2) does not require coordination among the replicas of the application server
Databases are hosted by a growing number of lightweight intelligent devices like palmtops, cellular ...
In this work, we build a general and adaptive transaction model, and based on this model, reliable t...
In this work, we build a general and adaptive transaction model, and based on this model, reliable t...
A reasonable end-to-end reliability guarantee for three-tier systems, called e-Transaction (exactly-...
In this paper, we address reliability issues in three-tier systems with stateless application server...
In this paper we address reliability issues in Web-based transactional systems. We are interested in...
In this work we present a protocol ensuring the e-Transaction guarantee (i.e. a recently proposed en...
A three-tier application is organized as three layers: human users interact with front-end clients (...
When dealing with fault tolerance in three-tier systems, two major problems need to be addressed, th...
When dealing with fault tolerance in three-tier systems, two major problems need to be addressed, th...
In this paper we describe a software infrastructure that unifies replication and transaction process...
Reports the design of three-level transaction processing model which provides efficient transaction ...
In this paper, we describe a software infrastructure that unifies transactions and replication in th...
Cluster-based server architectures combine good per-formance and low cost, and are commonly used for...
In recent years, multi-tier architectures have become the standard computing environment for web- an...
Databases are hosted by a growing number of lightweight intelligent devices like palmtops, cellular ...
In this work, we build a general and adaptive transaction model, and based on this model, reliable t...
In this work, we build a general and adaptive transaction model, and based on this model, reliable t...
A reasonable end-to-end reliability guarantee for three-tier systems, called e-Transaction (exactly-...
In this paper, we address reliability issues in three-tier systems with stateless application server...
In this paper we address reliability issues in Web-based transactional systems. We are interested in...
In this work we present a protocol ensuring the e-Transaction guarantee (i.e. a recently proposed en...
A three-tier application is organized as three layers: human users interact with front-end clients (...
When dealing with fault tolerance in three-tier systems, two major problems need to be addressed, th...
When dealing with fault tolerance in three-tier systems, two major problems need to be addressed, th...
In this paper we describe a software infrastructure that unifies replication and transaction process...
Reports the design of three-level transaction processing model which provides efficient transaction ...
In this paper, we describe a software infrastructure that unifies transactions and replication in th...
Cluster-based server architectures combine good per-formance and low cost, and are commonly used for...
In recent years, multi-tier architectures have become the standard computing environment for web- an...
Databases are hosted by a growing number of lightweight intelligent devices like palmtops, cellular ...
In this work, we build a general and adaptive transaction model, and based on this model, reliable t...
In this work, we build a general and adaptive transaction model, and based on this model, reliable t...