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Internet of Things (IoTs) is a technology to connect machines, objects, and people with electronic devices. Many researchers have focused their works on architecture design from different perspectives. The deployment of IoT applications contains a variety of things that are attached with end-point devices, such as sensors, actuators, and radio frequency identification tags to perform sensing, controlling,...
There are many researchers devote themselves to design Internet of Things (IoT) architecture and study related enabling technologies such as RFID and transducers. As we known, EPCglobal defines a collection of standard specifications utilizing RFID technology to support identification applications. And IEEE 1451 is a series of smart transducer standard to provide a unified way to access any type,...
There are many researchers devote themselves to the architecture design and enabling technologies of Internet of things (IoT). EPCglobal architecture framework is a collection of standard specifications utilizing RFID technology and IEEE 1451 is a set of standards defining data exchange format and communication protocols for transducer. We propose an IoT framework based on adding IEEE 1451 transducer...
Many architectures and enabling technologies of Internet of Things (IoT) are discussed in recent years. As the IoT is constantly progressing, RFID tags and transducer technologies are developed continuously. EPCglobal releases a collection of standard specifications utilizing RFID technology to support applications such as supply chain management. IEEE 1451 is a set of transducer standards defining...
In this paper, we present a uniform Electronic Product Coding (EPC) scheme to identify IEEE 1451 compatible transducers in Internet of Things (IoT) applications. IEEE 1451 is a series of standards that support plug-and-play smart transducers to fulfill standardization of legacy sensors and actuators. EPCglobal has released a collection of specification standards, known as EPCglobal architecture framework...
This paper presents the first published industrial practice (to the best of our knowledge) to reuse high-level/C++ system simulation model through OSCI TLM 2.0 Library to verify its corresponding RTL implementation in FPGA. ESL verification methodology is employed in the design regression of EPC C1Gen2 RFID tag. Around 200 times speedup is observed using ESL over conventional RTL simulation in regression...
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