The ever-increasing demand for wireless communication has driven the development of
innovative technologies to address the issues that conventional communication networks …

Software-defined wireless mesh networks are being increasingly deployed in diverse
settings, such as smart cities and public Wi-Fi access infrastructures. The signal propagation …

To increase the redundancy and to provide seamless connectivity of the conventional
communication systems, an unmanned aerial vehicle (UAV) enabled on-demand forwarding …

Wireless mesh networks have risen to prominence as a critical component of wireless
communications. The mesh network topology is the interconnectedness of all nodes in the …

Currently, the volume of communication by mobile terminals are increasing owing to 5G and
other technologies. A robust network and appropriate routing control methods are requied to …

Software-defined networking makes forwarding devices easier to manage and provides
centralized control. Because of the centralization, a network administrator can programme …

Traditional networking solutions are unable to meet modern computing needs due to the
expanding popularity of the internet, which requires increased agility and flexibility. To meet …

The advancement of IT systems necessitates efficient communication methods essential
across various sectors, from streaming platforms to cloud-based solutions and Industry 4.0 …

Wireless mesh networks (WMNs) are familiar due to their unique characteristics such as
adaptability, flexibility and less time for transmitting data packets. The routing technique acts …

As applications grow, conventional MANETs have limitations in bandwidth optimisation,
node mobility, and power control. These issues affect network structure, organisational …