POSTER: “Roommate Wi-Fi Sharing"
In shared living environments, optimizing Internet resources is crucial for cost efficiency and user satisfaction. This study aims to estimate the maximum number of roommates who can share an Internet subscription using an IEEE 802.11a/b/g/n wireless router without compromising a decent Internet experience for each user. By modelling user Internet activity with Markov chains and considering the upstream and downstream capacity limits alongside the router's capacity, we develop an analytical framework to determine the optimal number of users. The results provide valuable insights for network planning in residential settings.
- Traffic Models.
- Markov chains.
- M/M/1/B Queue Systems
- QoS Parameters.
- IEEE 802.11a/b/g/n Wireless Networks.
- Python Scripting (iterative approaches, User Interface, Plots)
“Network Configuration and Security: ASA Stateful Firewall - Next-Generation Firewall Configuration”
- Demonstrate a comprehensive understanding of network topology setup and firewall configurations.
- Exhibit proficiency in implementing the Zero-Trust security concept.
- Configure various Next-Generati on Firewall (NGFW) features and modules.
- Cisco ASA Firewall.
- Palo Alto Networks Intrusion Prevention System.
- Kali Linux.
- Nmap.
- Metasploit.
- SSL Inspection.
- URL Filtering.
- Antivirus - Threat Vulnerabilities.