Závěrečná práce: Urvekkumar Chandravadan Shah: Flow-based Analysis of QUIC Protocol
Diplomová práce
Flow-based Analysis of QUIC Protocol
Anotace
The diploma thesis describes the newly developed, fully encrypted, under standardization QUIC protocol. The focus area is on the design-development of monitoring and measurement toolset of the QUIC protocol using IP flow technology. The QUIC process plugin along with measurement toolset achieved protocol identifcation, parsing of multiplexed frames, extract relevant QUIC information, flow creation and …více
Abstract
The diploma thesis describes the newly developed, fully encrypted, under standardization QUIC protocol. The focus area is on the design-development of monitoring and measurement toolset of the QUIC protocol using IP flow technology. The QUIC process plugin along with measurement toolset achieved protocol identifcation, parsing of multiplexed frames, extract relevant QUIC information, flow creation and …více
Zadání práce
- Analysis of QUIC protocol – description of QUIC protocol standardization process in IETF, protocol history, design goals, current features, implementations, and deployment experience. The thesis should provide sample packet traces showing key features of QUIC protocol.
- Proposal of the measurement system architecture to measure QUIC protocol – selection of a proper method for large-scale QUIC protocol measurements, selection of information elements available in QUIC network traffic, selection of aggregation schema to provide a complex view on QUIC use.
- Implementation and validation of proposed measurement system – development of a toolset able to generate and collect IP flows with QUIC information elements (IPFIX). Laboratory testing of proposed toolset using packet samples of QUIC network traffic. Toolset finalization and package preparation for operational measurement in a real network environment.
- Proposal of use-cases based on traffic analysis of QUIC protocol – description of use-cases based on visibility in QUIC protocol in two domains: (1) network performance monitoring and diagnostics, and (2) network security.
- Thesis conclusion should provide a summary of achieved results and potential future work in the measurement and analysis of QUIC protocol.
13. 12. 2018 18:57, prof. Ing. Pavel Čeleda, Ph.D., učo 206086
- Zadáno/změněno 5. 2. 2019 10:54, Helena Kryštofová
- Záznam založen 14. 11. 2018 10:16, Jana Zemanová, učo 9619
- Zveřejnit od 13. 12. 2018 14:58, Alena Dvořáková
- Práce převzata 13. 12. 2018 14:58, Alena Dvořáková
Přílohy
shah-quic-protocol-monitoring-master.zip
Literatura
- HOFSTEDE, Rick; Pavel ČELEDA; Brian TRAMMELL; Idilio DRAGO; Ramin SADRE; Anna SPEROTTO a Aiko PRAS. Flow Monitoring Explained: From Packet Capture to Data Analysis With NetFlow and IPFIX. IEEE COMMUNICATIONS SURVEYS AND TUTORIALS. PISCATAWAY: IEEE-INST ELECTRICAL ELECTRONICS ENGINEERS INC, 2014, roč. 16, č. 4, s. 2037-2064. ISSN 1553-877X. Dostupné z: https://doi.org/10.1109/COMST.2014.2321898.
Práce na příbuzné téma
Seznam prací, které mají shodná klíčová slova.
-
Monitorování síťových toků protokolu SMB
Mgr. Ondřej Kozák -
Monitorování síťových toků databáze MySQL
Mgr. Tibor Zauko -
Monitorování síťových toků protokolu TDS
Mgr. Šimon Struk, učo 422522 -
Monitorování síťových toků protokolu TNS
Bc. Peter Topor -
Analýza síťového provozu protokolu RADIUS
Mgr. Tomáš Babulík -
Network Traffic Collection with IPFIX Protocol
RNDr. Radek Krejčí -
Monitorování protokolu FIX pro elektronické obchodování na burze
Mgr. Jan Čech -
Processing of a Flexible Network Traffic Flow Information
RNDr. Petr Velan, Ph.D., učo 255519




