Physical layer security (PLS) techniques hold promise for augmenting secure
communications in the 5 th generation of mobile wireless networks. Secret key generation …

Massive MIMO is a promising technology for delivering fifth and beyond generation mobile
communication networks. Generalized Spatial Modulation (GenSM) based massive MIMO …

Many real‐world applications, such as smart cities, industrial automation, health care, and
so forth, utilize IoT‐enabled devices as a part of wireless networks. IoT devices must have …

Abstract In several Wireless Sensor Networks applications, the sensitive nature of collected
information makes the security of data transmission a major concern. Different cryptography …

Abstract The security of Low-Power Wide-Area Network (LPWAN) mainly relies on
encryption for ensuring packet integrity and confidentiality. Unfortunately, the latest LPWAN …

Achieving communication security, along with high computational efficiency, is one of the
challenging issues in the advancement of modern resource constraint wireless networks …

There has been growing attention in physical layer security (PLS) techniques for wireless
networks. PLS techniques are based on physical layer characteristics and are less …

Physical Layer-based Secret Key Generation (PLSKG) between the legitimate nodes from
the reciprocal wireless channel is a vastly studied area of Physical Layer Security (PLS) …

Authentication is the process of confirming the legal identity of communicating entities, and it
is the first line of defense for security communication. Most of the existing tag-based physical …

Security and privacy of data are important factors in the Internet of Things (IoT), which
enables safe communication with emerging objects. The non-standardization of security …