A Study on Control Method to Reduce Collisions and Interferences between Multiple RFID Readers and RFID Tag

Kim, Sun-Youb; Park, Hyoung-Keun; Lee, Jung-Ki; Ra, Yu-Chan; Lee, Seung-Woo

doi:10.1109/niss.2009.231

Cited by 8 publications

(9 citation statements)

References 3 publications

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“…To get a messaging app that has good performance such as speed and security and can be used on mobile devices, now you can use the Application Telegram, the Telegram messages can be synchronize on all computer equipment, including mobile equipment (Kamoun, 2009;Kim, Park, & Lee. 2009;Said, et.al.2014;Rusok, et.al.…”

Section: Telegram Messengermentioning

confidence: 99%

Student Presence Using RFID and Telegram Messenger Application: A Study in SMK Unggulan Terpadu Pgii Bandung, Indonesia

Chaniago¹,

Junaidi²

2019

IJHE

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Students in Indonesia have been cutting classes for some time now and it has become a bad habit. They leave their house toward their educational institutions, either school or college, but in fact, they go somewhere else. The issue was supported by the lack of communication between the schools and parents related to the student attendance. Dealing with the problems mentioned above, it is required to create a Telegram Messenger application for student presence as a solution. Application-based student presence Telegram Messenger was made to ensure that students attend classes, by steps as follow: firstly, students must hand in the ID card to the teacher on duty, then the teacher will tap the card, and finally the data will be recorded and be saved in the database automatically. The data will be saved automatically every day, and then it will be sent personally to their parents who had their mobile phones registered to receive information regarding their children presence at school on the particular date and hour. In addition, this application provides service for the parents to find the information on daily and monthly basis. This application can also be a part of consideration in decision making for the principals by downloading student attendance data in Microsoft Excel file format. The implementation of the applications based on Telegram Messenger for students’ presence at school was expected to be a solution for the problems of student absence due to skipping school. This application has been tested in SMK Unggulan Terpadu PGII Bandung with very satisfying results and the level of student absence was able to be fixed.

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Section: Telegram Messengermentioning

confidence: 99%

Student Presence Using RFID and Telegram Messenger Application: A Study in SMK Unggulan Terpadu Pgii Bandung, Indonesia

Chaniago¹,

Junaidi²

2019

IJHE

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“…Other approaches such as HiQ in [11] use an analysis of collision patterns over consecutive time-slots to improve scheduling policies. Regarding coverage-based algorithms, two types of scheme can be commonly found: those that reduce the overlapping coverage area between readers (e.g., [12]), and those that monitor interference to adapt power levels accordingly (e.g., [4]). …”

Section: Rfid Technology and Previous Workmentioning

confidence: 99%

An RFID Anti-Collision Algorithm Assisted by Multi-Packet Reception and Retransmission Diversity

Sámano‐Robles¹,

Prasad²,

Gameiro³

2013

Radio Frequency Identification From System to Applications

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“…Multipath efficiency [12], NLOS may result in failure of selecting tags and even worse lead to discontinuities in the target's trajectory in the process of tracking device-free target. To solve this problem, paper [14] proposed a cleaning strategy based on the probability model.…”

Section: Filling Of Missing Pathmentioning

confidence: 99%

ARNS: Adaptive RFID Network Scheduling for Device-Free Tracking

Sun

Zhou

Luo

et al. 2013

2013 IEEE 9th International Conference on Mobile Ad-Hoc and Sensor Networks

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In many RFID applicati ons, we conduct a RFID reader network to monitor a large number of tagged items. We also want to utilize this network to trace untagge d i te ms. In this paper, we pr opose ARNS-Adapti ve RFID Network Scheduling scheme for device-free tracking. In particular, we firstly depl oy a set of readers and reference tags into the monitored area. Then, we di vi de the tags within the read region of a reader i nto two groups, one in reader-to-reader collision area while the other not. We monitor the area by normal sampling model i n which we need two phases to separately query the two groups. When an un-tagged target appears in the monitored area, we adopt tracking sampling model. In tracking sampling mode, the reader who detects the tags' frequency vari ations will adapti vely query all tags in its read range to obtain the target's full trace. Meanwhile, we fill the missing path using shortest-path algorithm to recovery the trajectory. Experi mental results show that ARNS achieves high tracking accuracy for certain applicati ons.

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A Study on Control Method to Reduce Collisions and Interferences between Multiple RFID Readers and RFID Tag

Cited by 8 publications

References 3 publications

Student Presence Using RFID and Telegram Messenger Application: A Study in SMK Unggulan Terpadu Pgii Bandung, Indonesia

Student Presence Using RFID and Telegram Messenger Application: A Study in SMK Unggulan Terpadu Pgii Bandung, Indonesia

An RFID Anti-Collision Algorithm Assisted by Multi-Packet Reception and Retransmission Diversity

ARNS: Adaptive RFID Network Scheduling for Device-Free Tracking

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