Fig 2 - uploaded by Ming-Shen Jian
Content may be subject to copyright.
Source publication
In this paper, an Environmental Affection Based RFID Potential Bio-Disease Tracking/Tracing
System (RFID-BDT) is proposed. Bio-information of cultivation and disease prevention are important for the
agriculture economy. The RFID system is used to record the information (cultivation history) and for
identifying different objects. In addition, the lo...
Contexts in source publication
Context 1
... proposal application system structure is shown as Fig. 2 and described as follows paragraphs. The proposed system can be divided into two parts: hardware infrastructure and software framework. In Fig. 2, the hardware infrastructure with the RFID devices are used in the Production Operations. On the other hand, the software framework is the programs that about the Capture Procedure and the ...
Context 2
... proposal application system structure is shown as Fig. 2 and described as follows paragraphs. The proposed system can be divided into two parts: hardware infrastructure and software framework. In Fig. 2, the hardware infrastructure with the RFID devices are used in the Production Operations. On the other hand, the software framework is the programs that about the Capture Procedure and the RFID data management in Fig. ...
Context 3
... as follows paragraphs. The proposed system can be divided into two parts: hardware infrastructure and software framework. In Fig. 2, the hardware infrastructure with the RFID devices are used in the Production Operations. On the other hand, the software framework is the programs that about the Capture Procedure and the RFID data management in Fig. ...
Similar publications
In this paper, the adoption of passive Radio Frequency Identification (RFID) tag-to-tag communication paradigm within the context of a smart parking system is evangelised, in terms of achieving improved energy-efficiency and operational effectiveness. To demonstrate that the joint routing and RFID readers’ transmission power minimisation problem is...
¿Cuál o cuáles serían los mecanismos para apoyar a la industria farmacéutica en cuanto a la mejora de sus procesos con herramientas tecnológicas para combatir los medicamentos espurios? Ante este planteamiento se enfrentan las sociedades a nivel mundial, quienes ven con preocupación cómo el mercado de medicamentos falsificados aumenta en una propor...
The prevalence of counterfeiting in construction has serious consequences for safety of workers and occupants. It is difficult to block low-quality imported products from the route to the construction site, so there is a need for anti-counterfeiting education. Reviewing and examining literature on counterfeit construction products and materials wil...
Citations
... Most popular application is radio frequency identification (RFID) system. Radio Frequency IDentification (RFID) is the popular wireless induction system [1][2][3][4]. When an independent RFID tag approaches the RFID antenna, the induction between RFID tag and antenna happens. ...
In this research, a wireless power charger with dynamic pivoting antenna module based on electromagnetic coupling of coil is proposed for the various wireless sensor system. The wireless charger consists of two partitions: a cuttable soft-substrate power charger circuit and the dynamic and adaptive pivoting antenna module. Wireless sensor system can obtain the power without physical wire connection. Considering the real sensor system implementation environment, the proposed pivoting antenna module can be dynamically adopted and constructed for the suitable size or the number of coil. In addition, by using the proposed cuttable soft-substrate power charger circuit, the original wireless sensors can obtain the power with less space. Especially, the proposed cuttable soft-substrate power charger circuit can be cut as any shape and any size. Based on the proposed system, the on demand designed circuit size and fixed size of antenna are needless.
... Radio Frequency identification (R FID) is the popular wireless induction system [5][6][7]. RFID consist of Tag, Reader, Antenna [5][6][7]. ...
... Radio Frequency identification (R FID) is the popular wireless induction system [5][6][7]. RFID consist of Tag, Reader, Antenna [5][6][7]. Each RFID tag with a unique ID (U ID) which records the on demand information can be used as the individual identification. ...
... Since the RFID systems today are popular and ripe for distinguishing individual target [5][6][7], the unique characteristic or identification of RFID can be the solution for the continuous assessment of individual system user. When an independent RFID tag approaches the RFID antenna, the induction between RFID tag and antenna happens. ...
For general teachers, in order to product digital teaching games more in line with the teaching theory and principles, the Education Theory and Vertical Curricular Organization Based with Individual RFID Integrated Modular Scenario Design of Game-Learning for Primary Education is proposed. This designed RPG learning games are based on the structure of primary curriculum courses according to the Vertical Curricular Organization method. By the completed modular digital games, in addition to be easy for changing the module game units, the information of individual system user such as the learning situations, the degree of understanding, the accuracy of problem solving can be storage into the RFID tag. Through the RFID system and the game central servers, the information of individual user can be exchanged between different computers. Users can connect to the learning-game system any where any time for the continued learning. In addition, the continuous assessment for teachers or directors can be enhanced. Furthermore, the primary students can learn advanced courses themselves by playing the advanced scenarios of the game-learning even without the assistant of teachers. The verification and experiment results show that the teaching performance is obviously outstanding.
... Considering the management and continuous assessment requirements corresponding to an individual student, RFID technology is included in this paper. Jian (2011) presents that Radio Frequency identification (RFID) is a popular wireless induction system. An RFID system consists of the RFID Tag, the RFID Reader, and the related applications according to the researches proposed by Jian (2011). ...
... Jian (2011) presents that Radio Frequency identification (RFID) is a popular wireless induction system. An RFID system consists of the RFID Tag, the RFID Reader, and the related applications according to the researches proposed by Jian (2011). Each RFID tag is equipped with a unique ID (UID) which records the on demand information that can be used for individual identification. ...
... In other words, each Act of the learning game designed according to the proposed procedure in this paper follows education theory. Since the RFID systems today are popular and ripe for distinguishing individual targets [5][6][7], the unique characteristic or identification of RFIDs can be the solution for the continuous assessment of an individual system user. When an independent RFID tag approaches the RFID antenna, the initiation between the RFID tag and the antenna occurs. ...
In this paper, the Cloud Based Remote Game-Learning Design and Education System with Individual RFID Information is proposed based on the cloud structure, RFID system, and the educational content corresponding to the vertical curricular organization method. Based on remote system in cloud, the learning game designer can construct the scenario or content of the learning game remotely without powerful hardware resources. The modular designed game can be easily re-modified and embedded into the existing game learning platform which established in cloud. The RFID of each game learning system user can record the information such as learning state, the degree or accuracy of understanding, etc. The information will be synchronized between RFID of individual user and database in cloud. The game learning system is implemented via virtual machines in cloud. The image which consists of game learning system and operation system for the virtual machine can be repeatedly used without individual user information maintenance. Each virtual machine is independent from others and can be initialized for any new user without further hardware cost. The results showed that the continuous assessment for teachers or directors can be enhanced via the on-line game learning system.
According to the proposed learning system, the scenario or content of the digital learning game can be easily changed and re-modified. The modular game content can be embedded into the existing learning game platform in cloud. Furthermore, the information of the individual game learning system user such as the learning situations, the degree of understanding, the accuracy of problem solving, and the total time for problem solving can be stored in the individual user’s RFID tag and the cloud database. Through the RFID and the remote game system, the information of individual user can be exchanged between different local-side computers accessed by the user. Users can connect to the learning-game system via the Internet for continued learning. Based on the cloud virtual machine, the user does not need to install or configure the learning system on a local computer. In addition, by integrating RFID and cloud technology, the game can be initialized for any new user without further hardware cost. The results showed that the continuous assessment for teachers or directors can be enhanced via the on-line game learning system. Additionally, the system is able to enhance primary students’ learning achievement. The primary students can learn advanced courses themselves by playing the advanced scenarios of the game-learning system without the assistance of a teacher.
IoT is one of the popular topics for the past few years. The study achieves the data in the internet collecting and sharing by data transmission wired or wireless from information carriers. In most of IoT application, the main information devices are embedded systems and micro sensors. Due to the hardware limitations, most of information devices use the wireless transmission to do the data exchange like Wi-Fi, NFC, and Bluetooth. However, most of these devices are powered by batteries. In the other words, there are some problems that the user has to face: time limit, hard to replace batteries, and different specifications. In order to solve these problems, a dynamic antenna-based wireless power charger based on electromagnetic coupling of coil is proposed to replace traditional batteries in this chapter. Flexible printed circuit can allow the user changes in the circuit into a suitable shape by cutting, reversing, and coiling. In this way, the user can improve the electricity supply effect by adjusting the power of wireless transmission.
In this research, a Wireless Green Energy Power Transmission System Based on Assembly Method and Pivoting Antenna Module is proposed and consists of wireless charger and green energy transmission module. The green energy transmission module implements the dynamically constructed pivoting antenna with various green energy power sources. The pivoting antenna can be dynamically extended and connected. Based on the implementation of proposed system, the original power-load units can obtain the power wirelessly without using mercury battery or wired power line.
