Nowadays, quantum computing is one of the popular subjects in computer science. The quantum infor... more Nowadays, quantum computing is one of the popular subjects in computer science. The quantum information, which was completed between 1920 and 1930 in general terms, then began to be combined with quantum physics and computer science with the development of computer technology. Theoretical quantum information in physics theoretically shows that it can work both as '' yes '' and '' no '' while working with the knowledge of '' yes '' and '' no '' while performing calculations of classical computers simply through 0 and 1. This calculation technique led scientists to join two sciences, physics and computer science, to create a new science. Quantum computing and quantum computers. Recent studies show that this is very serious. I. INTRODUCTION Quantum Computer is a computer system that operates by quantum mechanics laws. What is quantum mechanics? Quantum mechanics examines particles that bring this atom to the centre of a substance or atom, which is also present in very small levels of light [1]. They try to solve the movements of the particles and their communication with each other. However, how can this information be reflected in quantum computing and quantum computers? The smallest unit of information used in today's computers is called bit and QUBIT in quantum computers. From a physical point of view, the bit is a logical value prepared according to the binary numerical system. These values are; Yes / No, True / False, or simply 1/0. Computers have capacitors. We can say that information goes through these capacitors as well. The voltage difference between the surfaces of this Capacitor forms the bit information. Charged capacitor one represents zero if it is unloaded. According to the physical system to be used in quantum systems, qubit, different movements of light, different states of electrons can be called spin. Spin is the name of the movement of an electron that moves perfectly in a very short time at great speeds. At the same time, the qubit can also indicate energy levels of the atom. We can say that all systems that can be counted as two levels conforming to quantum laws carry a bit of information.
The time synchronization and channel allocation are important research topics in the wireless sen... more The time synchronization and channel allocation are important research topics in the wireless sensor networks. In this paper, a scheduling mechanism based on learning automata is proposed for the association of cluster members with cluster headers. It was to management of network channel that can be shared between all node nodes. Learning automaton-based algorithms can be very suitable model for use in the sensor networks. Because they show such desirable performance in such distributed environments. In addition, they have good performance in the energy consumption because they behaviors based on its local information and do not have more computational overheads. In addition, the learning automata have the ability to adapt to changes in the environment and it is a very good option for these networks, which have a dynamic structure. In this paper, we implemented the proposed algorithm on the LEACH protocol and compared the result of proposed algorithm with TDMA based protocol. The simulation results are presented in two scenarios that in the received data rates the proposed algorithm is compared with two protocols in average received data in time and traffic load axis. It is observed that the proposed method gives better results than TDMA.
Nowadays, quantum computing is one of the popular subjects in computer science. The quantum infor... more Nowadays, quantum computing is one of the popular subjects in computer science. The quantum information, which was completed between 1920 and 1930 in general terms, then began to be combined with quantum physics and computer science with the development of computer technology. Theoretical quantum information in physics theoretically shows that it can work both as '' yes '' and '' no '' while working with the knowledge of '' yes '' and '' no '' while performing calculations of classical computers simply through 0 and 1. This calculation technique led scientists to join two sciences, physics and computer science, to create a new science. Quantum computing and quantum computers. Recent studies show that this is very serious. I. INTRODUCTION Quantum Computer is a computer system that operates by quantum mechanics laws. What is quantum mechanics? Quantum mechanics examines particles that bring this atom to the centre of a substance or atom, which is also present in very small levels of light [1]. They try to solve the movements of the particles and their communication with each other. However, how can this information be reflected in quantum computing and quantum computers? The smallest unit of information used in today's computers is called bit and QUBIT in quantum computers. From a physical point of view, the bit is a logical value prepared according to the binary numerical system. These values are; Yes / No, True / False, or simply 1/0. Computers have capacitors. We can say that information goes through these capacitors as well. The voltage difference between the surfaces of this Capacitor forms the bit information. Charged capacitor one represents zero if it is unloaded. According to the physical system to be used in quantum systems, qubit, different movements of light, different states of electrons can be called spin. Spin is the name of the movement of an electron that moves perfectly in a very short time at great speeds. At the same time, the qubit can also indicate energy levels of the atom. We can say that all systems that can be counted as two levels conforming to quantum laws carry a bit of information.
The time synchronization and channel allocation are important research topics in the wireless sen... more The time synchronization and channel allocation are important research topics in the wireless sensor networks. In this paper, a scheduling mechanism based on learning automata is proposed for the association of cluster members with cluster headers. It was to management of network channel that can be shared between all node nodes. Learning automaton-based algorithms can be very suitable model for use in the sensor networks. Because they show such desirable performance in such distributed environments. In addition, they have good performance in the energy consumption because they behaviors based on its local information and do not have more computational overheads. In addition, the learning automata have the ability to adapt to changes in the environment and it is a very good option for these networks, which have a dynamic structure. In this paper, we implemented the proposed algorithm on the LEACH protocol and compared the result of proposed algorithm with TDMA based protocol. The simulation results are presented in two scenarios that in the received data rates the proposed algorithm is compared with two protocols in average received data in time and traffic load axis. It is observed that the proposed method gives better results than TDMA.
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IRJCS Published Papers by Farzad Kiani
Papers by Farzad Kiani