References
[1]. H. Stockman, (1948), Communication by Means of
Reflected Power, Proc. IRE, 35 1196-1204.
[2]. G. Roussos, (2008). Networked RFID, Systems, Software
and Services, Springer-Verlag London Limited, Chapter 1,
pages: 7,
[3]. S. R. Jeffery, M. Franklin, and M. Gaorfalakis, (2008), An
adaptive RFID middleware for supporting metaphysical
data independence, The VLDB Journal, 17(3) 265-289.
[4]. Y. Zhangi, (2010). RFID and Sensor Networks
Architectures Protocols, Security and Integrations, Taylor
and Francis Group, LLC, Chapter 1,2, pages: 1-58.
[5]. C. Law, K. Lee, and K.Y. Siu, (2000), Efficient
Memoryless Protocol for Tag Identification, Discrete
Algorithms and Methods, Mobile Computing and Comm,
75-84.
[6]. F. Zhou, D. Jin, C. Huang, and M. Hao, (2003), Optimize
the power consumption of passive electronic tags for anticollision
schemes, 5th International Conference on ASIC 2
1213-1217.
[7]. F. Zhou, D. Jin, C. Huang, and H. Min, (2004),
Evaluating and optimizing power consumption of anticollision
protocols for applications in RFID systems,
ISLPED04: Proceedings of the 2004 International
Symposium on Low Power Electronics and Design 357-
362.
[8]. V. Namboodiri and L. Gao, (2007), Energy-aware tag
anti-collision protocols for RFID systems, PerCom 07: Fifth
Annual IEEE International Conference on Pervasive
Computing and Communications 23-36.
[9]. V. Namboodiri and L. Gao, (2010). Energy-aware tag
anti-collision protocols for RFID systems, IEEE transaction on
Mobile Computing 9 , 44-59.
[10]. K. Wu and Y. Liu, (2010). A New Energy-Aware Scheme
for RFID System Based on ALOHA, Second International
Conference on Future Networks , 149-152.
[11]. R. Metcalfe, Steady State Analysis of a Slotted
and Controlled Aloha System with Blocking, Proc. Sixth
Hawaii Conf. System Science.
[12]. V. Anantharam, (1991). The Stability Region of the
Finite-User Slotted ALOHA Protocol, IEEE Trans. Information
Theory, 37, 535-540.
[13]. P. Medagliani, G. Ferrari, and M. Marastoni, (2010).
Hybrid Zigbee-RFID Networks for Energy Saving and
Lifetime Maximization, Remote Instrumentation and Virtual
Laboratories, Springer US, Chapter 7, pages: 473-491.
[14]. J. Sung, .T Sanchez lopez, and D. Kim, (2007). The EPC
sensor network for RFID and WSN integration, infrastructure
Pervasive Computing and Communications Workshops,
Fifth Annual IEEE International Conference PerCom
Workshops, 07, 618-621.
[15]. L. Zhang and Z. Wang, (2006), Integration of RFID into
wireless Sensor networks: Architectures, opportunities and
challenging problems, 5th International Conference on
Grid and Cooperative Computing Workshops (GCCW06)
(1973 463-469.
[16]. N. Pastos and R. Viswanathan, A modified
grouped-tag TDMA access protocol for radio frequency
identification networks, IEEE Wireless Communications and
Networking Conference 2 .
[17]. X. Yan and X. Liu, (2011). Evaluating the energy
consumption of the RFID tag collision resolution protocols,
Springer Netherlands, 1-8.
[18]. A. Ruiz, K. Dheeraj, Klair, and K. Chin, (2009). A
Simulation Study on the Energy efficiency of Pure and
Slotted Aloha based RFID Tag Reading Protocols,
Consumer Communications and Networking
Conference, CCNC IEEE 6 , 1-5.
[19]. D.K. Klair, K-W. Chin, and R. Raad,(2007). An
Investigation into the Energy Efficiency of Pure and Slotted
Aloha Based RFID Anti- Collision Protocols, IEEE Intl Symp. a
World of Wireless, Mobile and Multimedia Networks
(WoWMoM07) , 1-4.