Simulation of Si:P spin-based quantum computer architecture

A New Security Architecture for Sip Based P2p Computer Networks

Many applications are transferred from C/S (Client/Server) mode to P2P (Peer-to-Peer) mode such as VoIP (Voice over IP). This paper presents a new security architecture, i.e. a trustworthy authentication algorithm of peers, for Session Initialize Protocol (SIP) based P2P computer networks. A mechanism for node authentication using a cryptographic primitive called one-way accumulator is proposed...

Simulation of Factoring on a Quantum Computer Architecture

Architecture Framework for Trapped-ion Quantum Computer based on Performance Simulation Tool

Architecture Framework for Trapped-Ion Quantum Computer based on Performance Simulation Tool

A Location-based Push Architecture using SIP

Service developers and standardization bodies have focused on push concepts for the mobile Internet recently. Because of the convergence of IP and mobile networks a common architecture for push scenarios is possible. We discuss several use-cases for push communication concepts and their technological implications. Finally we present and evaluate a unified push service architecture, based on SIP.

Toward a Silicon - Based Nuclear - Spin Quantum Computer

quantum computing is to identify a system that can be scaled up to the number of qubits needed to execute nontrivial quantum algorithms. Peter Shor’s algorithm for finding the prime factors of numbers used in public-encryption systems (numbers that typically consist of more than a hundred digits) would likely require a quantum computer with several thousand qubits. Depending on the error correc...