Radio Frequency Identification and Mobile Ad-Hoc Network: Theories and Applications

Radio Frequency Identification and Mobile Ad-Hoc Network: Theories and Applications

Kijpokin Kasemsap (Suan Sunandha Rajabhat University, Thailand)
DOI: 10.4018/978-1-5225-1785-6.ch003
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Abstract

This chapter explains the components of Radio Frequency Identification (RFID); the aspects of RFID; the barriers to RFID utilization; the privacy and security issues of RFID; the RFID applications in supply chain management; the RFID applications in the health care industry; the RFID applications in modern business; the Near Field Communication (NFC) in mobile devices; the overview of Mobile Ad-Hoc Network (MANET); the security concern of MANET; and the advanced issues of MANET in the digital age. RFID and MANET become the growing components of Information and Communication Technology (ICT) applications and can be effectively utilized in global operations. The chapter argues that RFID and MANET have the potential to increase the efficiency of operations in various industries, improve asset visibility and traceability, decrease reliance on manual processes, reduce operation costs, and provide useful data for business analytics.
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Introduction

The number of applications for radio frequency identification (RFID) systems is rapidly growing (Cui, Wang, Zhao, & Chen, 2016). Many professions, businesses, and industries have integrated the RFID technology into their procedures and it has resulted in the great advances in the accuracy of data, operational efficiencies, logistics enhancements, and other process improvements (Pang, Morgan-Morris, & Howell, 2010). RFID technology is utilized in various fields (e.g., manufacturing, retail, logistics, transportation, inventory control, health care, and business). For many companies, RFID suggests not only a new alternative to the existing tracking methods, but also a method to a wide range of previously cost-prohibitive internal control and supply chain coordination innovations (Bendoly, Citurs, & Konsynski, 2007).

Because of its low cost and ease of deployment, RFID technology offers the great potential for all applications that require identification (Akgün, Bayrak, & Çaǧlayan, 2015). As RFID can quickly identify an object without requiring physical contact, it provides efficient identification for the verification of individual objects (Chen & Wu, 2014). RFID systems rely on the significant technology of the remote and automatic identification with the small and low-cost radio frequency elements to securely complete radio frequency communications among all entities (Cheng, Liu, Chang, & Chang, 2013). RFID is a small electronic device that transmits and receives several types of data using electromagnetic radiations (Sarwar & Shah, 2015) and constitutes an important part of what has become known as the Internet of Things (IoT) that is the accessible and interconnected machine (Rekleitis, Rizomiliotis, & Gritzalis, 2014).

Mobile ad-hoc network (MANET) is recognized as one of the most important emerging wireless communication scenarios (Yang, 2010) and is a collection of communication devices or nodes that wish to communicate without any fixed infrastructure (Singh, 2016). MANET plays an important role in supporting visions toward the creation of the world of ubiquitous computing where computation is integrated into the environment, rather than having computers that are the distinct objects (Sim, Chin, & Tan, 2007). MANET is prone to confront a lot of challenges in designing a proper quality of service (QoS) model where transmission reliability has an important contribution (Das & Chaudhuri, 2017). Providing QoS assurances in MANET is difficult due to node mobility, contention for channel access, a lack of centralized coordination, and the unreliable nature of the wireless channel (Hanzo & Tafazolli, 2011).

MANET is dynamic in the sense that each node is free to join and leave the network in a non-deterministic way (Trivedi, Arora, Kapoor, & Sanyal, 2009). In MANET, the nodes need to cooperate each other to establish the multi-hop routes (Chand, 2007) for the out-of-range wireless communication (Wang, Zhang, & Naït-Abdesselam, 2015) and for maintaining the routes to other nodes in the network (Cornetta, Touhafi, Santos, & Vázquez, 2011). To minimize communication interference, the selected path may not be the shortest path or may increase the number of hops in the routing path (Zadin & Fevens, 2015). In MANET, messages hop from node to node until they reach their destination, which requires each node to be more intelligent than the conventional terminals found in other wireless networks, such as mobile networks (Fleury, Qadri, Altaf, & Ghanbari, 2011). Every node has the ability to handle the congestion in its queues during traffic overflow (Natsheh, 2009).

This chapter aims to bridge the gap in the literature on the thorough literature consolidation of RFID and MANET. The extensive literature of RFID and MANET provides a contribution to practitioners and researchers by explaining the theories and applications of RFID and MANET in order to maximize the technological impact of RFID and MANET in the digital age.

Key Terms in this Chapter

Tag: A microchip with an integrated circuit packaged with an antenna used to identify the objects.

Mobile Ad-Hoc Network: A network that has many autonomous nodes, often composed of mobile devices or other mobile pieces, that can arrange themselves in various ways and operate without strict top-down network administration.

Barcode: The machine-readable printed symbol representing the textual and numerical information.

Technology: The purposeful application of information in the design, production, and utilization of products and services.

Radio Frequency Identification: An automatic identification of packages, products, and machinery through attached transponders.

Near Field Communication: A short-range wireless connectivity standard that utilizes the magnetic field induction to enable communication between devices when they are touched together.

Antenna: The device used to communicate between tag and reader.

Reader: A device that reads data from the tag and writes data to the tag.

Information: The data that is accurate and organized for the specific purpose.

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