The application of NCR yields a speedup of 1.57, 1.55, and 1.34, respectively, over the standalone versions, while maintaining delay-insensitivity.
The first of these classes was the expedited forwarding (EF), in which the queue of the EF class maintained delay sensitivity for real time traffic flows.
M-LWDF [34] can provide a QoS guarantee by ensuring a minimum throughput guarantee and also maintains delays smaller than a predefined threshold value with a given probability for each user.
Moreover, region-of-interest analyses revealed that PM versus OG task only was associated with greater BOLD signal in left lateral rPFC, reflecting the requirement to maintain delayed intentions.
Our considered scheduler can achieve higher throughput compared to the simple extension of conventional modified largest weighted delay first (MLWDF) scheduler while maintaining the delay performance for QoS class traffic.
We show that the proposed gateway design is able to offer low delay for high priority packets while maintaining the delay of FTTX traffic and the reliability of the WSN at desired levels under various loads, concentrations of service levels and aggressive/non-aggressive bursting mechanisms.
The proposed algorithm can achieve high end-user perceived throughput, while maintaining low delay, loss, and good fairness in the transport network.
Apart from this, we would emphasis our effort on developing novel entropy-based techniques so as to enrich the integrity of aggregated content, thereby maintaining a delay constrain on the computational efficiency.
In order to find the optimal packet aggregation number which minimizes the packet loss rate while maintaining the delay requirement, we employ a semi-Markov process model to analyze the random access procedure with packet aggregation.
The class 4 applications adjust their transmission rates according to available radio resources while maintaining moderate delays.
