Year: 2025
Type: article
Abstract: It is impossible to ignore this information centre segment because it is closely related to the Web of Material. Wireless sensor networks, which operate in a variety of situations, are essential to the web of Contents. They serve as the fundamental framework for the Internet of Things network in many important domains, including manufacturing operations, environmental tracking, as well as the artificially intelligent neighbourhood. Nevertheless, a multitude of obstacles which are for instance, security and technical issues arise alongside such integrated sensor networks, particularly when trying to scale them up and deploy them seamlessly. The inherent challenges of WSNs largely arise as a result of their constrained and defective nodes which can be attributed to power and computation while the bandwidth is limited. Included among the main technology challenges in WSNs guided by IoT bartered with the weighty data transmission with an energy concern cost the balance with the longevity of the deployment, as well as the security robustness against future threats. Most importantly, such issues need to be solved to eliminate any constraints for the integration of low-powered IoT devices. Energy efficiency remains an important design consideration in IoT-enabled WSNs as sensor nodes are for the most part powered by batteries with limited capacities. Network Layer Global Unique VLAN ID Confabulating features which are typical for uniform WSNs do deliver part of the answer, but few can cope with issues related to the complexity of heterogeneous.
Author: Anjali Gujar
Institution: JECRC University
Language: English
Subfield: Computer Networks and Communications
Field: Computer Science
Domain: Physical Sciences
Open Access status: diamond
OpenAlex ID: W4408479310