The document emphasizes the significance of C++ programming within the NS3 simulation framework, highlighting its role in linking programs, managing queues, and integrating Python scripts. It also discusses the FPVB protocol's critical functions, notably in optimizing data transfer times and conditions between network nodes. Additionally, key features of FPVB, such as fixed paths and adaptable bandwidth for data transfer, are outlined.

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Significance of C++ Program in NS3 Simulation
Hereby we have listed down the importance of the C++ Program in the ns3 simulator,
01
C++ main programs
is statically linked
with the Ns3 which
is built as a library
02 03 04 05
Ns3 simulation and
core models
implemented in
C++ programming
Length of queue is
control by an Active
Queue Management
system
Python scripts are
wrapped by C++
programs and Ns3
simulation modules
The start of simulation
and simulation
topologies define in
those libraries

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Functions of FPVB in NS3 Simulator
Hereby we have listed down the significance of the FPVB protocol in NS3 Simulator,
01
Entire data transfer
period the switching
restrict in Ns3
02
03
04
05
Transferring time of data
between two nodes are
decrease by algorithm
Fixed Path with
Variable Band width is
named as FPVB
Ns3 simulation
uses FPVB
Protocol
FPVB protocol which
plays vital role in Ns3
simulation

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Key Points of FPVB Protocol in NS3 Simulation
Hereby we have enlisted the substantial notes based on the FPVB Protocol in NS3 Simulation,
Possible of data transfer in any
number of contiguous time slots and
the minimum transfer end time
01
Stringent transport conditions by
fixing both path and bandwidth
impose by our proposed approach
02
Fixed path between the source and
destination nodes is select by this
algorithm when the packets transfer
03
Only be apply to small scale
networks with a limit number of time
slots by the optimal solution
05
Packets transfer in variable
bandwidth size. Continuously, in 10’s
the duration time for every packet
04

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