In 5G and beyond cellular networks, the typical cell size has been reducing to provide higher
data rates and meet the low latency requirements. Such ultra-dense deployments of base …

Session-aware recommender systems capture user-specific preferences that emerge within
multiple user sessions by leveraging the sequential nature of user interactions. Existing …

Millimeter wave (mmWave) technology, with its abundant spectrum resources and ultra‐high
bandwidth, plays a crucial role in meeting the ultra‐high throughput requirements of future …

Cloud radio access network (C-RAN) is a potential mobile network architecture providing
seamless connectivity to users with high data rates by integrating it with the small-cell …

Radio network planning is a core problem in cellular networks. It includes coverage,
capacity and parameter planning. This paper investigates the Antenna Positioning Problem …

With the surge in mobile data traffic, leveraging Wi-Fi has become pivotal to alleviate the
strain on LTE networks. An essential challenge lies in selecting the optimal Wi-Fi access …

In the future, communication networks such as fifth-generation new radio (5G NR) and sixth-
generation (6G) will require large data rates and capacities. As a result, mmWave and …

Handover management is crucial for wireless networks and is more challenging for Fifth
Generation (5G) networks due to strict requirements in quality of service (QoS), such as ultra …

Next-generation wireless network is the revolutionary technology envisioned to support the
legions of heterogeneous data traffic and unprecedented deployment scenarios. In …

In ultra dense heterogeneous wireless networks, a vertical handoff algorithm considering
Load Balancing and User Experience (LBUE) is proposed to solve the problem of network …