Intelligent Control and Management Matrix, Apparatus, System, and a Method Thereof

A system for controlling data packet transmission in a data network of a communication system comprising:

• defining a first level of packet transmission rate, which first level establishes a queue system for lower priority data packets based on one of at least one first criteria calculations, and at least one second criteria calculations;
• defining a second level of packet transmission rate, which second level diverts lower priority data packets into said queue system based on type of data packet;
• defining a third level of packet transmission rate, which third level diverts lower priority data packets into said queue system based on protocol precedence of data packet;
• transmitting data packets over a data network;
• determining rate of data packet transmission over said data network;
• determining type of data packet transmitted over said data network;
• responsive to a packet transmission rate exceeding said first level, establishing a queue system for lower priority data packets based on said one of at least one first criteria calculations, and at least one second criteria calculations;
• responsive to a packet transmission rate exceeding said second level, diverting lower priority data packets into said queue system based on type of data packet;
• and
• responsive to a packet transmission rate exceeding said third level, diverting lower priority data packets into said queue system based on protocol precedence of data packet.

A non-transitory computer-readable storage medium with an executable program application stored thereon, the program application configured for controlling data packet transmission in a data network, the program application configured to be accessible over a communications network, wherein the program application instructs a computer processor to perform the following steps of:

• defining a first level of packet transmission rate, which first level establishes a queue system for lower priority data packets based on one of at least one first, criteria calculations, and at least one second criteria calculations;
• defining a second level of packet transmission rate, which second level diverts lower priority data packets into said queue system based on type of data packet;
• defining a third level of packet transmission rate, which third level diverts lower priority data packets into said queue system based on protocol precedence of data packet;
• transmitting data packets over a data network;
• determining rate of data packet transmission over said data network;
• determining type of data packet transmitted over said data network;
• responsive to a packet transmission rate exceeding said first level, establishing a queue system for lower priority data packets based on said one of at least one first criteria calculations, and at least one second criteria calculations;
• responsive to a packet transmission rate exceeding said second level, diverting lower priority data packets into said queue system based on type of data packet;
• and
• responsive to a packet transmission rate exceeding said third level, diverting lower priority data packets into said queue system based on protocol precedence of data packet.