The growth of Internet services during the past few years has increased the demand for scalable distributed computing systems. Ecommerce systems concurrently serve many clients that transmit a large, number of requests. An increasingly popular and cost effective technique to improve server performance is load balancing, where hardware and/or software mechanisms decide which server will execute each client request. Load balancing mechanisms distribute client workload equally among server nodes to improve overall system responsiveness. Load balancers have emerged as a powerful new technology to solve this. This paper focuses on a new generation of adaptive/intelligent dynamic load balancing technique, which based on the J2EE technology and ca...
International audienceClouds provide to users on‐demand access to large computing and storing resour...
Popular Web sites cannot rely on a single powerful server nor on independent mirrored-servers to sup...
Popular Web sites cannot rely on a single powerful server nor on independent mirrored-servers to sup...
J2EE specifications haven t yet definitely defined any common service which provides load balance. T...
Distributed systems are the main architecture for enterprise applications. To develop a reliable dis...
With the fast growth of the WWW, the traffic to the websites is also increased. Due to which, client...
2015 IEEE 16th International Symposium on High Assurance Systems Engineering (HASE), Florida, United...
International audienceHigh-Assurance applications usually require achieving fast response time and h...
This paper deals with dynamic load balancing using PVM. In distributed environment Load Balancing an...
The Web is the preferred interface for the new generation of applications. Web services are an ubiqu...
Cloud computing refers to the services and applications that are accessible throughout the world fro...
The proliferation of servers on the Internet has led to the emergence of server load balance as an i...
There could be problems with server quality when resources are limited and this could lead to poor s...
International audienceThe purpose of network load balancers is to optimize quality of service to the...
Abstract—Modern computer applications, especially at enterprise-level, are commonly deployed with a ...
International audienceClouds provide to users on‐demand access to large computing and storing resour...
Popular Web sites cannot rely on a single powerful server nor on independent mirrored-servers to sup...
Popular Web sites cannot rely on a single powerful server nor on independent mirrored-servers to sup...
J2EE specifications haven t yet definitely defined any common service which provides load balance. T...
Distributed systems are the main architecture for enterprise applications. To develop a reliable dis...
With the fast growth of the WWW, the traffic to the websites is also increased. Due to which, client...
2015 IEEE 16th International Symposium on High Assurance Systems Engineering (HASE), Florida, United...
International audienceHigh-Assurance applications usually require achieving fast response time and h...
This paper deals with dynamic load balancing using PVM. In distributed environment Load Balancing an...
The Web is the preferred interface for the new generation of applications. Web services are an ubiqu...
Cloud computing refers to the services and applications that are accessible throughout the world fro...
The proliferation of servers on the Internet has led to the emergence of server load balance as an i...
There could be problems with server quality when resources are limited and this could lead to poor s...
International audienceThe purpose of network load balancers is to optimize quality of service to the...
Abstract—Modern computer applications, especially at enterprise-level, are commonly deployed with a ...
International audienceClouds provide to users on‐demand access to large computing and storing resour...
Popular Web sites cannot rely on a single powerful server nor on independent mirrored-servers to sup...
Popular Web sites cannot rely on a single powerful server nor on independent mirrored-servers to sup...