http://zksi.iitis.pl/wiki/ 2010-09-08T21:17:36+02:00 http://zksi.iitis.pl/wiki/ http://zksi.iitis.pl/wiki/lib/images/favicon.ico text/html 2008-07-07T18:40:55+02:00 http://zksi.iitis.pl/wiki/projects:grant2008?rev=1215448855&do=diff Projekt grantowy - lipiec 2008 * Tytuł roboczy: Analiza bezpieczeństwa protokołów kryptograficznych z wykorzystaniem metod geometrycznych. * Zespół docelowy: metody komputerowe lub informatyka teoretyczna * Termin: 31 lipca Wykonawcy * Jan Sładkowski (Zakład Kosmologii, Uniwersytet Śląski, Katowice) * Edward Piotrowski (Instytut Matematyki, Uniwersytet w Białymstoku) * Ryszard Winiarczyk (IITiS PAN) text/html 2008-05-25T00:03:03+02:00 http://zksi.iitis.pl/wiki/projects:kulka?rev=1211666583&do=diff Project information * Number: N206 013 31/2258 * Dates: 07.11.2006 - 06.05.2008 Project goals * Implementation of the quantum programming language kulka * Development of the syntax supporting new quantum-oriented data types Recent publications and reports * J. A. Miszczak, [Initialisation of quantum registers based on probability distribution], IITiS Technical report, March 2007. ([Presentation in Polish]) text/html 2010-08-11T18:55:05+02:00 http://zksi.iitis.pl/wiki/projects:mathematica-qi?rev=1281545705&do=diff Overview QI is a package for Mathematica computer algebra system, which implements number of functions used in the analysis of quantum states. In contrast to many available packages for symbolic and numerical simulation of quantum computation, the presented package is focused on geometrical aspects of quantum information theory. text/html 2010-08-19T09:05:55+02:00 http://zksi.iitis.pl/wiki/projects:past?rev=1282201555&do=diff Past projects * Environment for programming, simulation and analysis of quantum algorithms. * Probabilistic aspects of quantum programming languages (PhD project). * High level programming for quantum computation (PhD project). text/html 2010-08-30T12:20:39+02:00 http://zksi.iitis.pl/wiki/projects:qdist?rev=1283163639&do=diff Participants * Ryszard Winiarczyk (IITiS PAN), * Jan Sładkowski (University of Silesia), * Piotr Gawron (IITiS PAN), * Radosław Grzymkowski (IITiS PAN and Silesian University of Technology), * Jerzy Klamka (IITiS PAN and Silesian University of Technology), * Jarosław Adam Miszczak (IITiS PAN), * Zbigniew Puchała (IITiS PAN) text/html 2009-07-23T13:08:14+02:00 http://zksi.iitis.pl/wiki/projects:qide?rev=1248347294&do=diff Developed software * QI package for Mathematica * Quantum-octave package for GNU Octave Project meetings * July 7, 2009 - Gliwice, Baltycka 5 * March 16, 2009 - Gliwice, Baltycka 5 * August 15, 2007 - Gliwice, Baltycka 5 * March 1, 2007 - Gliwice, Baltycka 5, 10:00 * April 19, 2007 - Katowice, Bankowa 14, 10:00 text/html 2009-11-03T09:02:58+02:00 http://zksi.iitis.pl/wiki/projects:quantum-octave?rev=1257235378&do=diff News * New release 0.2.0 with new file names. --- Jarek Miszczak 2009/07/13 10:27 * We have switched to SVN, and CVS repository wont be supported. --- Jarek Miszczak 2007/05/16 15:18 General information Package quantum-octave is a set of GNU Octave functions for simulations of quantum computers and quantum systems. It allows to operate on regisetrs, build complex quantum gates and perform calculations with mixed states. Most functions uses only basic algebraic operation and should work … text/html 2010-07-05T14:33:01+02:00 http://zksi.iitis.pl/wiki/projects:shadow?rev=1278333181&do=diff TODO: Z pliku matrices-images wybrać rysunki 1a) Figure 2(a): D2 = diag(0, 1, 3) Complex States 1b) Figure 3(a): D3 = diag(0, 1, 3, 5) Complex States 2a) Figure 8(a): D8 = diag(1, i, −i) Complex States 2a') dorobić dla diag(exp((2 i pi)/3), exp(-(2 i pi)/3), 1) 3a) Figure 6(a): D7 = diag(1, i, −1, −i) Complex States 3b) Figure 3(b): D3 = diag(0, 1, 3, 5) Real States 5a) Figure 15(a): O1 = Complex State 5b) Figure 15(b): O1 = Real States 6a) Figure 18(a): O4 = Complex States 6b) Figure 19(a):… text/html 2009-07-09T18:24:59+02:00 http://zksi.iitis.pl/wiki/projects:sidebar?rev=1247156699&do=diff quantum-octave QI for Mathematica