A New Way to Implement Quantum Computation

A New Way to Implement Database Replication

Database designers often point out that eager, update everywhere replication suuers from high deadlock rates, message overhead and poor response times. In this paper, we show that these limitations can be circumvented by using a combination of known and novel techniques. Moreover, we show how the proposed solution can be incorporated into a real database system. The paper discusses the new prot...

A NEW WAY TO EXTEND FUZZY IMPLICATIONS

The main purpose of this paper is to use a new way to extend fuzzy implications $I$ from a generalized sublattice $M$ to a bounded lattice $L$, such that the extended implications preserve many of the considered properties of fuzzy implications on $M$.Furthermore, as a special case, we investigate the extension of $(S,N)-$implications. Results indicate that the extended implications preserve ma...

The One Way to Quantum Computation

Architectural Design of Quantum Cellular Automata to Implement Logical Computation

The limits to miniaturization of electronic devices are reached with sizes where quantum mechanics rules over the dynamics of the system. Because of this, enormous efforts are being made in search of new technologies to store and process information that can efficiently replace classic electronics. The proposal for quantum systems for carrying out computation represents an attempt to create a n...

One-way Quantum Computation A tutorial introduction

The circuit model of quantum computation [1, 2, 3] has been a powerful tool for the development of quantum computation, acting as both a framework for theoretical investigations and as a guide for experiment. In the circuit model (also called the network model), unitary operations are represented by a network of elementary quantum gates, for example the CNOT gate and single-qubit operations. Ma...