Sentence examples for joint interference from inspiring English sources

Using the simplified model in (15), a joint interference reconstruction and multiple-user detection algorithm is proposed in this section.

Then, we derive the joint interference reconstruction and multiple-user detection (MUD) algorithm using the factor graph framework.

As the joint interference management and cell association has been proposed for two-tier networks with CA, it is beyond the scope of this paper.

Studies have shown that the overall system throughput performance is significantly improved if the joint interference management and cell association in time and frequency domains is employed [6].

With the increase in N due to the number of terminals that experience high interference mitigated by feedback, the joint interference cancellation and DAS femtocell clustering yields significant sum rate improvement compared with the conventional system.

According to the simplified MAI model, we propose an iterative detection algorithm with joint interference reconstruction and cancellation without the knowledge of hopping patterns of the interfering users for SFH/BPSK systems.

Wang et al. studied joint interference-aware routing and TDMA link scheduling to improve the throughput in multihop wireless networks [15].

Numerous simulations show that the proposed algorithm could improve the network throughput in cellular networks with D2D communications, and the algorithm outperforms the compared non-joint interference management algorithm in terms of D2D throughput, cellular throughput, and further the overall network throughput.

In cognitive two-way networks, closed-form solutions for optimal PA were derived in [16] under the joint peak interference constraint for PU.

Hybrid joints were compared to both adhesive joints in clearance conditions and interference joints.

The findings presented in this paper could be applied to the design of joint inter-cell interference mitigation techniques combining some of the discussed options, including both network-based coordination and receiver-side interference suppression.