TESTING AND IMPLEMENTATION OF FORWARDING STRATEGY IN MINI-NDN-BASED NAMED DATA NETWORKING TESTBED
Named Data Networking is a promising candidate for future internet architecture, but its forwarding strategy has not been thoroughly explored. Exploration of NDN generally still uses simulators. This research uses an emulator in the form of Mini- NDN to get closer to natural conditions. The res...
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Format: | Theses |
Language: | Indonesia |
Online Access: | https://digilib.itb.ac.id/gdl/view/68645 |
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Institution: | Institut Teknologi Bandung |
Language: | Indonesia |
Summary: | Named Data Networking is a promising candidate for future internet architecture,
but its forwarding strategy has not been thoroughly explored. Exploration of NDN
generally still uses simulators. This research uses an emulator in the form of Mini-
NDN to get closer to natural conditions. The research aims to implement various
forwarding strategies on the Mini-NDN emulator. Theoretically, the best route
strategy will choose the best route but has the potential for poor round-trip time
because of retransmission; the multicast strategy will forward the packet to all
upstream links, resulting in low round-trip time but high bandwidth; the access
router strategy is a middle ground of the trade-off between multicast strategy and
best route strategy; and the ASF strategy is designed to choose the lowest-RTT
route. This research also aims to measure the round-trip time, packet loss
percentage, and throughput. Those will then be compared with theoretical concepts
and used for usage recommendations. The results show that the ASF and best route
strategy produce low round-trip time values, the multicast strategy can be used in
scenarios that require low packet loss, the multicast strategy is not suitable for
scenarios with limited link bandwidth, and ASF and best route strategies can be use
in limited link bandwidth scenario. |
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