Skip to main content

Table 1 Related work comparison

From: Scheduling M2M traffic over LTE uplink of a dense small cell network

Reference Scenario ICI Model Allocation metric QoS metric Algorithm Contiguous RBs Solving time estimation 3GPP compliant sys. level simulator M2M support
[28] M/Mu Y MIP Channel-aware Fairness H Y N N N
[29] M/S N N Channel-aware QoS class H Y N N N
[9] M/F Y Markov chain Max. throughput Fairness H Y N N N
[30] M/Mu Y N Multi-cell channel-aware Fairness H N N N N
[31] M/S N N Channel-aware Many H Y N N N
[13] M/Mu N Search tree Fairness Max. profit O Y N N N
[32] M/Mu N MIP Channel-aware Maximization profit H Y N Y N
[33] M/S/Mu N Y Channel-aware QoS class H N N N N
[34] M/S N Game theory Max. throughput Max. throughput P N N N N
[35] S N N Max. throughput Max. throughput H Y N N N
[14] Mu N N Group-based Delay H NS N N Y
[36] S N N Channel-aware Delay H N N N Y
[16] S N N Semi-static Max. throughput H Y N Y Y
[17] S N N Aware bit-rate QoS class H NS N N Y
[20] S N N App specific parameters Quality of video (QoV) H NS N N Y
[15] S N N Channel-aware M2M/H2H QoS H Y N Y Y
[18] S N MIP Channel-aware M2M/H2H QoS H Y N N Y
[19] S N MIP Channel-aware M2M/H2H QoS H Y N N Y
  1. M macrocell, F femtocell, S single cell, Mu multi-cell, H heuristic, P polynomial, O optimal, NS not specified