National Repository of Grey Literature 3 records found  Search took 0.01 seconds. 
Mitigation of DDoS Attacks Exploiting Packet Fragmentation
Nešpor, Patrik ; Vrána, Roman (referee) ; Kučera, Jan (advisor)
This bachelor's thesis deals with the development of new mitigation strategies that are designed to suppress DDoS attacks that exploit packet fragmentation. It analyses fragmented traffic primarily emphasizing  the order of fragmented packets. Based on the result of the analysis,  it implements a new heuristic method for port numbers inference. The work also measures the latency and throughput of newly implemented functionalities. All new methods are integrated in a project developed  by the CESNET association.
Prostředí pro měření síťových parametrů přenosu transportních protokolů
Nešpor, Patrik
The thesis focuses on the development of a methodology and environment for measuring network parameters of transmission using the QUIC and TCP transport protocols. To validate the methodology, the SCP protocol was selected, which can also be used through the QUIC protocol. Manipulation of network parameters was conducted through experimentation with the Linux tool Traffic Control. The thesis also includes predefined scenarios designed to simulate real traffic in various situations. The measured results for each predefined scenario indicate that the QUIC protocol for SCP exhibits certain shortcomings, and optimization is needed for both the QUIC protocol for different application protocols and the adaptation of application protocols to the QUIC protocol.
Mitigation of DDoS Attacks Exploiting Packet Fragmentation
Nešpor, Patrik ; Vrána, Roman (referee) ; Kučera, Jan (advisor)
This bachelor's thesis deals with the development of new mitigation strategies that are designed to suppress DDoS attacks that exploit packet fragmentation. It analyses fragmented traffic primarily emphasizing  the order of fragmented packets. Based on the result of the analysis,  it implements a new heuristic method for port numbers inference. The work also measures the latency and throughput of newly implemented functionalities. All new methods are integrated in a project developed  by the CESNET association.

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4 Nešpor, Pavel
3 Nešpor, Petr
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