Master network traffic management through interactive visualizations of QoS mechanisms, queuing algorithms, and bandwidth optimization techniques
Understanding the key steps in Quality of Service implementation
Identify and categorize network traffic based on application type, priority, and requirements
Control traffic rate and ensure compliance with bandwidth policies using policing and shaping techniques
Implement queuing algorithms to prioritize critical traffic and manage packet scheduling
Apply congestion avoidance techniques to prevent network overload and ensure optimal performance
Packets are processed in the order they arrive. Simple but can cause delays for high-priority traffic when low-priority packets are queued first.
Packets are classified into priority queues. Higher priority queues are serviced first, ensuring critical traffic gets preferential treatment.
Assigns weights to different traffic classes and allocates bandwidth proportionally. Provides both fairness and priority handling.
Allows administrators to define custom service policies for different traffic types with specific bandwidth allocations and scheduling rules.