The accuracy of a system is based on the quality of the specification of measurement stage. Technology has improved the specifications of data acquisition systems and more accuracy of electrophysiological phenomena’s) can be analyzed using the power of computers. Also, the evolution of hardware techniques has increased the speed of acquisition system to capture higher frequency. The technology of embedded systems has created science measurements system, that the scientists can take measurements everywhere using minimal equipment. The main aim of special issue is to provide a issue for high quality reports on Theory, Technology and Applications of Wireless Sensor Network and IoT for electrophysiological phenomena in production, education and biomedical applications

The Journal of wireless networking and communication is one of the highly reputed peer- reviewed journals of Scientific & Academic Publishing. This journal is declaring the special issue for publication on the entitled “Novel Antenna designs and techniques for dualband, Multiband and broadband applications” which insert the novel innovation in field of antennas and its application in various fields. The objective of this special issue is to present exclusive outputs of research and industrial works in the field of wireless communication such as electromagnetic metrology, radar , terrestrial and space-based communications, mobile, satellite and telecommunications, multi-antenna systems, transmitting and receiving antennas, microwave, millimeter-wave and sub-millimeter techniques and technology, RFID, industry applications, biomedical and medical applications. Review papers are welcomed but the papers demonstrated without the use of antenna applications in the field of wireless communications are out of the scope of this special issue.

5G technologies are the next evolutionary path after 4G for wireless technologies. They are expected to support a tremendous growth of mobile data traffic that can explode to 1000 times its current volume in 10 years. 5G technologies will also handle the connections for at least 100 billion devices, and user rate of 10Gb/s. this is considered a real challenge to the researchers within the field to work on innovative ideas and efficient solutions. This special issue target to publish quality research papers that provides ideas to what 5G communication systems might look like and contributions that serves to convey to 5G.

This special issue of the Journal of wireless and Networking Communications aims to bring together current state of the art research from both simulation based and empirical perspectives of computer networks in the areas of network performance and network security.

Such research such place a continuous effort in developing understanding of large networked systems and highlight recommendations in network design suitable to drive the next generation of network infrastructures that have to support heterogeneous network applications and high demands of time and non-time dependent network traffic.

The rapid proliferation of wireless networks and mobile computing applications has changed the landscape of network security. Recently, Wireless sensor networks (WSNs) are quickly emerging as vital area in mobile networking research. Moreover, applications of WSNs are abundant and growing; numerous of them are even security critical such as military or safety applications. However, strong security practice should be deployed to secure the network from a variety of attacks. While there are no intrusion prevention measures is perfect, intrusion detection turn into a crucial second wall to protect and keep the network safe from any malicious attack. The (WSN) contains distinctive nature which is unlike from other sort of networks. It includes a huge amount of small sensing devices which are limited in energy, computation, and communication capabilities. These sensing devices are designed for specific applications, and they interact directly with their physical environments. Providing adaptive new intrusion detection measures still a demanding research problem. The intent of this research is to investigate the characteristics and vulnerabilities of WSNs and highlight the use of IDS framework to protect the network security. Moreover, the general guidelines for applying IDS to static sensor networks will be investigate in details, and introduce a novel technique to optimally watch over the communications of the sensors’ neighbourhood on certain scenarios.