Integrated environment for testing IoT and RFID technologies applied on intelligent transportation system in Brazilian scenarios

Abstract

Brazil is approving a series of new regulations, standards for RFID and loT components applied in transportation scenarios. At this stage, there is already a need for interoperability and Brazilian regulators require that interoperability should satisfy recognized standards such as NTCIP, SINIA V, and ISO/IEC 18000-6. Although there are studies of the higher evolutionary level of loT, much more are needed on the standardization of interfaces and communication protocols. The infrastructure created at IPT will grow to allow testing of products, environments, services, and innovative RFID solutions with applications in the context of the Internet of Things. The main purposes for laboratory are for teaching and research, and the next step involves the connection with experimental networks of Future Internet. Thus, enabling researchers, teachers, and students to conduct experimental research using innovative technologies offered by these systems. Consequently, we can form a critical mass of knowledge and skills required to identify and seize new business opportunities, mainly in V21 and V2V environment.

Decentralized power grid fault traceability system based on internet of things and blockchain technology

“…The development of 5G technology provides a foundation for the application of IoT technology in the construction of power grids (Khalid, 2020). Widely applied in the fields of smart home (Wagner et al, 2016), smart transportation (Leal et al, 2014), smart agriculture and smart grid, the IoT technology in the power grid also enables different modules in the power grid to realize information interaction and control functions (Poldrack and Poline, 2015). Blockchain technology appeared in 2008, and then it has been widely used in many fields due to its decentralization, security and reliability (Wang et al, 2019).…”

Localização Indoor Baseada Em Sistemas Rfid Para O Ambiente Industrial

“…Na automação industrial existe a necessidade de identificação rápida e a localização em tempo real de insumos, componentes e ferramentas, garantindo um monitoramento contínuo dos produtos [1]. Existe uma tendência de aumento na utilização da tecnologia de Identificação por Radiofrequência (Radio Frequency Identification -RFID) na automação industrial, bem como em outros setores: manufatura, varejo, aviação, indústria e transportes [2].…”

Reverse Engineering and Security Evaluation of Commercial Tags for RFID-Based IoT Applications

“…Among the different technologies to perform identification, RFID (Radio Frequency Identification) is currently one of the best positioned, since it has been proven successful for identifying elements in multiple practical applications, like animal identification [ 1 ], healthcare [ 2 ], passport control [ 3 ], transportation [ 4 ], supply chain traceability [ 5 , 6 ], maritime freight container tracking [ 7 ], protective equipment verification [ 8 ], or toll payments [ 9 , 10 ]. There are already a number of RFID-based developments explicitly designed for IoT applications in different areas, like logistics [ 11 ], ITS (Intelligent Transportation Systems) [ 12 ], smart environments [ 13 ], parking systems [ 14 ], defense and public safety [ 15 ], assisted-living [ 16 ], smart power sockets [ 17 ] or vehicle tracking [ 18 ]. These are just some examples, since the list of possible RFID-based IoT applications is huge ( Figure 1 shows some of the most popular).…”