Abstract
In distributed systems it is often useful to ensure that messages sent between processes in a group are received by all group members. This thesis presents Reliable Non-Ordered Multicast Protocol (RNOMP). We argue that it achieves reliable multicast between processes in groups that processes can leave and join arbitrarily. The protocol has been implemented on top of a group membership simulation which allows evaluation of the performance of the protocol while varying packet loss and the frequency at which processes leaves and joins groups. After analyzing how the protocol handles certain situations we conclude that our protocol achieves reliability and performs well within certain parameter values.
BACKGROUND OF THE STUDY
Most business established nowaday...
Chapter One: Introduction
1.1 Background of the Study
Voter registration is a critical component...
ABSTRACT
The incidence of the infestation of plasmodium species (P.Falciparum, P. Vivax, P.Ovale, and P...
Background of the Study
Private equity (PE) investment has emerged as a significant driver of growth for small and medium-s...
ABSTRACT: This research examined the effects of environmental toxins on early c...
Chapter One: Introduction
ABSTRACT: Exploring the use of simulation-based learning in vocational training highlights the innovative application of virtual environments...
Background of the Study
Business continuity planning (BCP) is a critical component for organizations, e...
Chapter One: Introduction
1.1 Background of the Study
Brand loyalty is a key factor in the success of businesses, particularly...
Background of the Study
The influence of media trials—where ongoing legal cases are sensationalized in the press&m...