A scalable distributed architecture for client and server-side software agents

A New Client-server Architecture for Distributed Query Processing a New Client-server Architecture for Distributed Query Processing

This paper presents the idea of \tuple bit-vectors" for distributed query processing. Using tuple bit-vectors, a new two-way semijoin operator called 2SJ++ that enhances the semijoin with an essentially \free" backward reduction capability is proposed. We explore in detail the beneets and costs of 2SJ++ compared with other semijoin variants, and its eeect on distributed query processing perform...

8. Component Architectures 8.1 Software Components 8.2 Client-side Component Architecture 8.3 Foundation for Server-side Component Architecture 8.4 Server-side Component Architecture

Transparent and Scalable Client-side Server Selection using Netlets

Replication of web content in the Internet has been found to improve service response time, performance and reliability offered by web services. When working with such distributed server systems, the location of servers with respect to client nodes is found to affect service response time perceived by clients in addition to server load conditions. This is due to the characteristics of the netwo...

AGENTS: A Distributed Client-Server System for Leaf Cell Generation

These servers communicate over a computer network using the TCP/IP Internet Protocol. The Placer server receives from its client the description and netlist of the circuit to be generated using EDIF (Electronic Design Interchange Format). The output to its client is the mask layout of the circuit, again codified in EDIF. The concept of agents as software components which have the ability to com...

A client-server architecture for distributed measurement systems

This paper describes a client–server architecture for the remote control of instrumentation over the Internet network. The proposed solution allows multiuser, multi-instrument sessions by means of a queueing and instrument locking capability. Client applications can be easily developed by using conventional high-level programming languages or well-assessed virtual instrumentation frameworks. Pe...