The basic idea of DBT [5] was proposed without any actual implementation and simulation
study. In our first part of research a modification was made to the previous proposed protocol
and implemented in addition to comprehensive simulation study.
The remainder of this chapter is organized as follows; Sections 4.3 to 4.5 will explain SReM
protocol and its details while at Section 4.6 the implementation and results will be discussed
in Section 4.7.
4.2.1 Definitions
In this section, definitions of terminologies and messages used in the proposed protocol are
explained. These messages and terminologies will be discussed in details during the
explanation of the proposed protocol in this chapter, which are summarized in Table 4.1.
Table 4.1 Terminologies used in SReM
|
Terminology |
Description |
|
LMR |
Local Multicast-enabled Router, a multicast group |
|
IMR |
Intermediate Multicast-enabled Router, a multicast |
|
BNR |
Branching Node Router, an IMR with the ability to |
|
MFT |
Multicast Forwarding Table, a table maintained by |
|
DBT |
Dynamic Branching node-based Tree, a kind of |
The proposed protocol uses a set of messages for constructing and maintaining the multicast
tree. Table 4.2 summarizes these messages used in the proposed protocol.
58
More intriguing information
1. Neighborhood Effects, Public Housing and Unemployment in France2. The name is absent
3. Confusion and Reinforcement Learning in Experimental Public Goods Games
4. EXECUTIVE SUMMARIES
5. The name is absent
6. Lumpy Investment, Sectoral Propagation, and Business Cycles
7. The East Asian banking sector—overweight?
8. Modellgestützte Politikberatung im Naturschutz: Zur „optimalen“ Flächennutzung in der Agrarlandschaft des Biosphärenreservates „Mittlere Elbe“
9. Evaluating Consumer Usage of Nutritional Labeling: The Influence of Socio-Economic Characteristics
10. The Triangular Relationship between the Commission, NRAs and National Courts Revisited