![]() Two scenarios are designed and simulated using Optimized Network Engineering Tool (OPNET). Third, two separate rate limiters (policers), one for each strict priority queue. ![]() Second, four Class Based Weighted Fair Queues (CBWFQ) scheduling mechanisms, with activation of strict priority feature in the first two queues. The model is composed of four components, first, classifier to classify the incoming traffic in router interface. In addition, issues like starvation of lower priority queues and bandwidth allocation are addressed. The main objective of this model is to achieve minimum delay and improve the QoS for real time applications (like Live Video and Voice over LTE). ![]() In this work, a Multiple Low Latency Queuing scheduling mechanism model is developed to improve the QoS performance for real time and critical mission data traffic in LTE mobile networks.
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