Methods and systems for adaptive scheduling of packets in a wireless broadband network

A method for adaptive scheduling of packets in a wireless broadband network, comprising:

• receiving, via a hardware processor, the packets from applications;
• analyzing, via the hardware processor, the packets to obtain one or more packet parameters;
• determining, via the hardware processor, a Dynamic-Packet-Level-Priority (DPLP) value for each of the packets based on the one or more packet parameters;
• placing, via the hardware processor, each of the packets n priority queues based on the DPLP value;
• scheduling, via the hardware processor, the packets present in the priority queues based on scheduling parameters and the DPLP value;
• determining a packet loss and a packet latency for a predefined interval of time;
• comparing the packet loss with a packet loss threshold value and the packet latency with a packet latency threshold value;
• and
• updating the one or more packet parameters, the scheduling parameters, and the DPLP value based on the comparing for dynamic configuration adaptation.

A non-transitory computer-readable medium storing processor-executable instructions for adaptive scheduling of packets in a wireless broadband network, the instructions comprising instructions for:

• receiving, via the hardware processor, the packets from applications;
• analyzing, via the hardware processor, the packets to obtain one or more packet parameters;
• determining, via the hardware processor;
• a Dynamic-Packet-Level-Priority (DPLP) value for each of the packets based on the one or more packet;
• placing, via the hardware processor;
• each of the packets in priority queues based on the DPLP value;
• scheduling;
• via the hardware processor, the packets present in the priority queues based on scheduling parameters and the DPLP value;
• determining a packet loss and a packet latency for a predefined interval of time;
• comparing the packet loss with a packet loss threshold value and the packet latency with a packet latency threshold value;
• and
• updating the one or more packet parameters, the scheduling parameters, and the DPLP value based on the comparing for dynamic configuration adaptation.