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Electronic and Mechanical Engineering and Information Technology

A study for transmission scheme of entanglement signaling of quantum mobile communication radio interface

Jiang Jinya, Min Nie, Xiaohui Liu

Published Aug 1, 2011• 0 citations
Publisher

Abstract

Quantum mobile communication is one of the hot-topics in the field of information, but entanglement signaling of quantum mobile communication radio interface transmission scheme is still a gap till now. Hence, this article firstly raises the concept of the Quantum Entanglement Signaling (QES) and frame structure of QES based on the conception. For the Quantum Mobile Terminal (QMT), this article studies the location registration, location update, and signaling processing and transmission scheme during the routing process. Then, the capacity between the Quantum Mobile Terminal (QMT) and the Quantum Mobile Base (QMB) in two-way communication is discussed. The results of the study indicate that quantum entanglement signaling transmission scheme and the capacity of radio interface proposed in this article can meet the needs of quantum mobile network for signaling transmission in the future.

DOI
10.1109/emeit.2011.6023942

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Quantum mobile communication is one of the hot-topics in the field of information, but entanglement signaling of quantum mobile communication radio interface transmission scheme is still a gap till now. Hence, this article firstly raises the concept of the Quantum Entanglement Signaling (QES) and frame structure of QES based on the conception. For the Quantum Mobile Terminal (QMT), this article studies the location registration, location update, and signaling processing and transmission scheme during the routing process. Then, the capacity between the Quantum Mobile Terminal (QMT) and the Quantum Mobile Base (QMB) in two-way communication is discussed. The results of the study indicate that quantum entanglement signaling transmission scheme and the capacity of radio interface proposed in this article can meet the needs of quantum mobile network for signaling transmission in the future.
According to quantum mechanics,quantum communication has the advantages in information security than the classical communication,and so it has been studied as new hot spot in communication field.Mobile quantum communication is one of the most important parts in the future quantum communication.Quantum entanglement relay is one of the key technologies in mobile quantum communication systems.However,there are so many kinds of interference and noise in wireless channel,that it is very hard to realize the relay of the quantum states.To address and solve the problem,the two quanta relay schemes based on mobile terminals and base stations are presented firstly.The layered structure of wireless quantum communication and the routing protocol of the quantum states transmission in wireless(QMRP) are presented also.Theory analysis results show that the scheme above can transmit quanta states with no EPR pairs shared by source and objective nodes,and the time delay in transmission has nothing to do with the number of wireless hopping.It proves that the model and scheme are optimal.
Wireless quantum communication is one of the most important parts in the future quantum communication.Quantum entanglement relay is one of the key technologies in wireless quantum communication systems.However,there are so many kinds of interference and noise in wireless channel that it is very hard to realize the relay of the quantum states.To solve the problem,the two quanta relay schemes based on mobile terminals and base stations are presented firstly.The layered structure of wireless quantum communication and the quantum states routing protocol(RQCP) in wireless transmission are presented also.Theory analysis results show that the scheme above can transmit quanta states although no EPR pairs shared by source and objective nodes,and the time delay in transmission has nothing to do with the number of wireless hopping.It proved that the model and scheme are optimal.
Signaling is an important part to the communication system,as well as quantum mobile communication.However,the handover strategy to quantum mobile communication signaling in adjacent cells has been researched.Quantum entanglement is the basis of the future quantum mobile communication.With the change of the position of mobile users,the entanglement degree between users and base station changes constantly.A handover strategy based on entanglement degree calculation quantum signaling in adjacent cells is proposed.Firstly,the relationship between signaling entanglement degree and distance is defined.Secondly,changes of signaling entanglement degree in adjacent cells is studied due to the change of the position of users,and a handover algorithm based on the threshold value of entanglement degree is proposed.The simulation results show that the proposed signaling handover strategy can obtain high reliability and realize smooth handover between base stations.Therefore this research will play an extremely important technical support role and standards set in constructing the signaling system quantum mobile communication network.
Quantum mobile communication with superiority of flexibility,high efficiency,security and confidentiality is a kind of new communication technology connected quantum mechanics and mobile communication.A kind of entanglement signaling handover strategy among different sector antennas in the same cell is put forward based on the entanglement degree calculation.The relationships between quantum mobile communication terminal and sector antenna with variable distance and angle respectively are studied,and the entanglement signaling the handover strategy is simulated and analyzed.The simulation results show that the proposed handover strategy has high reliability,which has a great technology supporting function for the future quantum mobile communication system and its standard formulation.
The distributed wireless quantum communication network (DWQCN) has a distributed network topology and transmits information by quantum states. In this paper, we present the concept of the DWQCN and propose a system scheme to transfer quantum states in the DWQCN. The system scheme for transmitting information between any two nodes in the DWQCN includes a routing protocol and a scheme for transferring quantum states. The routing protocol is on-demand and the routing metric is selected based on the number of entangled particle pairs. After setting up a route, quantum teleportation and entanglement swapping are used for transferring quantum states. Entanglement swapping is achieved along with the process of routing set up and the acknowledgment packet transmission. The measurement results of each entanglement swapping are piggybacked with route reply packets or acknowledgment packets. After entanglement swapping, a direct quantum link between source and destination is set up and quantum states are transferred by quantum teleportation. Adopting this scheme, the measurement results of entanglement swapping do not need to be transmitted specially, which decreases the wireless transmission cost and transmission delay.
The frame structure of layered quantum signaling is proposed in this paper, and the major functions of each layer are analyzed. We propose a scheme of multi-encapsulated time division quantum signaling frame for the application of the framing layer in the quantum signaling network. The simulation results show that the proposed layered model of quantum signaling where each layer have perfect function not only to meet the needs of multi-user quantum communication, but also the realizable strategy of the framing layer function can be adapted to different situations of quantum communication networks.