Systematic Analysis of Safety and Security Risks in Smart Homes

查看全文 作　　者：Habib Ullah [1]Khan;Mohammad Kamel [1]Alomari;Sulaiman [2]Khan;Shah [2]Nazir;Asif Qumer [3]Gill;Alanoud Ali Al-[4]Maadid;Zaki Khalid Abu-[1]Shawish;Mostafa Kamal [1]Hassan 机构地区：[1]Department of Accounting and Information Systems,College of Business and Economics,Qatar University,Doha,Qatar;[2]Department of Computer Science,University of Swabi,Swabi,Pakistan;[3]School of Software,University of Technology Sydney,Sydney,Australia;[4]Department of Finance&Economics,College of Business&Economics,Qatar University,Doha,Qatar 出　　处：《Computers, Materials & Continua》索引2021年第7期,共20页 基　　金：supported by Qatar University Internal Grant No.IRCC2020-009. 摘　　要：The revolution in Internet of Things(IoT)-based devices and applications has provided smart applications for humans.These applications range from healthcare to traffic-flow management,to communication devices,to smart security devices,and many others.In particular,government and private organizations are showing significant interest in IoT-enabled applications for smart homes.Despite the perceived benefits and interest,human safety is also a key concern.This research is aimed at systematically analyzing the available literature on smart homes and identifying areas of concern or risk with a view to supporting the design of safe and secure smart homes.For this systematic review process,relevant work in the most highly regarded journals published in the period 2016–2020(a section of 2020 is included)was analyzed.A final set of 99 relevant articles(journal articles,book sections,conference papers,and survey papers)was analyzed in this study.This analysis is focused on three research questions and relevant keywords.The systematic analysis results and key insights will help researchers and practitioners to make more informed decisions when dealing with the safety and security risks of smart homes,especially in emergency situations. 关 键 词：Smart buildings IOT smart homes systematic literature review prototype model