Open AccessDesign of 3-Bit Digital RF Phase Shifter for Wireless Communication
Author(s) -
B. Nataraj,
K.R. Prabha
Publication year - 2019
Publication title -
international journal of recent technology and engineering
Language(s) - English
Resource type - Journals
ISSN - 2277-3878
DOI - 10.35940/ijrte.b2511.078219
Subject(s) - phase shift module , phased array , insertion loss , radio frequency , coplanar waveguide , electrical engineering , bandwidth (computing) , transmission line , 4 bit , electronic engineering , true time delay , hfss , microwave , engineering , wireless , antenna (radio) , telecommunications , microstrip antenna , cmos
The technology advancement in Internet of things has benefitted many real time scenario to emerge as a smart applications. The block chain technology is the recent advancement in the current world which facilitates on time operation upgradation to all the nodes. This prohibits the private process execution that leads harm to the application. It also enhances the authorization of work done by any individual and everyone in the network are aware of the job done by others. It is facilitated by the maintenance of the distributed ledger in the block chain system. The consensus and smart contract software is constantly processed by the block chain to prevent the entry of illegal users into the network. Due to cast advantage of blockchain and internet of things towards security and privacy, it is mainly focused to adapt these technologies in the banking, credit card transaction, trading and online applications. With this exploratory study, we focus to integrate the blockchain and internet of things to provide security and privacy to a greater extent. This paper attempts to design a Blockchain Integrated IOT Based Smart Home that effectively monitors the home and arrest the entry of harmful users. The famous private Blockchain software Ethereum blockchain is utilized to implement the smart home architecture and the obtained results are also for implementation and the results are also conferred.