energy-efficient active tag searching in large scale rfid systems We first propose an Energy-efficient tag Searching protocol in Multiple reader RFID systems, namely ESiM, which pushes per tag energy consumption to the limit as each tag needs to exchange only one bit data with the reader. Custom NFC Card Guideline. Safe printing space is 80 x 48mm. Text & logo needs to be within this area. Artwork size is 88 x 56mm. This .
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Energy efficiency is an important objective in designing RFID tag searching protocols for systems built with active tags. With the advantages in longer operational distance and rich .We first propose an Energy-efficient tag Searching protocol in Multiple reader RFID systems, namely ESiM, which pushes per tag energy consumption to the limit as each tag needs to . Two energy efficient tag searching protocols are proposed for large scale RFID systems built with active tags: ESiM and TESiM. ESiM is extremely energy efficient as it requires each tag to exchange only one bit data with readers, but its execution time may become long in large-scale RFID systems. Energy efficiency is an important objective in designing RFID tag searching protocols for systems built with active tags. With the advantages in longer operational distance and rich on-chip sensors, active tags are more likely to be used in large scale RFID systems.
We first propose an Energy-efficient tag Searching protocol in Multiple reader RFID systems, namely ESiM, which pushes per tag energy consumption to the limit as each tag needs to exchange only one bit data with the reader. We first propose an Energy-efficient tag Searching protocol in Multiple reader RFID systems, namely ESiM, which pushes per tag energy consumption to the limit as each tag needs to exchange only.rst propose an Energy-e cient tag Searching pro-tocol in Multiple reader RFID systems, namely ESiM, which pushes per tag energy consumption to the limit as each tag needs to exchange only one bit. The results demonstrate that the proposed tag searching protocol is highly efficient in terms of both time efficiency and transmission overhead, leading to good applicability and scalability for large-scale RFID systems.
Extensive simulation experiments reveal that, compared to state-of-the-art solution in the current literature, TESiM reduces per tag energy consumption by more than one order of magnitude subject to comparable execution time.Energy-efficient active tag searching in large scale RFID systems Zhang, Shigeng ; Liu, Xuan ; Wang, Jianxin ; et al. Cao, Jiannong ; Min, Geyong Date: 1 January 2015
Energy
One research issue of practical importance is to search for a particular group of tags in a large-scale RFID system. Time efficiency is a core factor that must be taken into consideration when designing a tag search protocol to ensure scalability.active tags are all unknown ones and will be collected by the classical Enhanced Dynamic Framed Slotted ALOHA (EDFSA) protocol [11] in the next unknown tags collection phase. BUIP-CF is able to identify all the unknown tags but is seriously time-consuming when the number of known tags is very large because it needs to deactivate all the known tags. Two energy efficient tag searching protocols are proposed for large scale RFID systems built with active tags: ESiM and TESiM. ESiM is extremely energy efficient as it requires each tag to exchange only one bit data with readers, but its execution time may become long in large-scale RFID systems. Energy efficiency is an important objective in designing RFID tag searching protocols for systems built with active tags. With the advantages in longer operational distance and rich on-chip sensors, active tags are more likely to be used in large scale RFID systems.
We first propose an Energy-efficient tag Searching protocol in Multiple reader RFID systems, namely ESiM, which pushes per tag energy consumption to the limit as each tag needs to exchange only one bit data with the reader. We first propose an Energy-efficient tag Searching protocol in Multiple reader RFID systems, namely ESiM, which pushes per tag energy consumption to the limit as each tag needs to exchange only.
rst propose an Energy-e cient tag Searching pro-tocol in Multiple reader RFID systems, namely ESiM, which pushes per tag energy consumption to the limit as each tag needs to exchange only one bit. The results demonstrate that the proposed tag searching protocol is highly efficient in terms of both time efficiency and transmission overhead, leading to good applicability and scalability for large-scale RFID systems.Extensive simulation experiments reveal that, compared to state-of-the-art solution in the current literature, TESiM reduces per tag energy consumption by more than one order of magnitude subject to comparable execution time.
Energy-efficient active tag searching in large scale RFID systems Zhang, Shigeng ; Liu, Xuan ; Wang, Jianxin ; et al. Cao, Jiannong ; Min, Geyong Date: 1 January 2015One research issue of practical importance is to search for a particular group of tags in a large-scale RFID system. Time efficiency is a core factor that must be taken into consideration when designing a tag search protocol to ensure scalability.
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energy-efficient active tag searching in large scale rfid systems|Energy