| commit 6: | b0824ccd5f09 |
| parent 5: | 0a549da557af |
| branch: | default |
handout stampabile e outline (broken)
- View nolith's profile
-
nolith's public repos »
- redmine-mq-issue4455
- redmine-hg
- evetrader
- hgredmine
- hgredmine-patch
- dns_gen
- yubiruby
- ipv6 - fine del mondo
- redirector
- habtm-with-deferred-save
- avahiserve
- darkcast
- geany-stata
- intro_ipv6
- eveberry-bis
- redmine-bitbucket
- About Me
- home_dir
- ruby-beamer
- CaptureMJPEG
- PortableNotary
- test
- ldap
- macports
- about-me-dev
- Send message
9 months ago
Changed (Δ2.1 KB):
raw changeset »
Presentazione.tex (48 lines added, 32 lines removed)
ipv6.handout.tex (28 lines added, 0 lines removed)
Up to file-list Presentazione.tex:
42 |
42 |
{\begin{colorblock}{#1}\begin{itemize}} |
43 |
43 |
{\end{itemize}\end{colorblock}} |
44 |
44 |
|
45 |
\newcommand{\tlelement}[3] {\only< |
|
45 |
\newcommand{\tlelement}[3] {\only<presentation:#1>{\begin{tl_itm_year}{#2} #3 \end{tl_itm_year}}} |
|
46 |
46 |
|
47 |
47 |
|
48 |
48 |
\usepackage{multirow} |
| … | … | @@ -127,6 +127,22 @@ Facoltà di Ingegneria%\\Dipartimento di |
127 |
127 |
\pgfdeclareimage[height=1.15cm]{LogoUniF}{immagini/LogoUniF} |
128 |
128 |
\logo{\pgfuseimage{LogoUniF}} |
129 |
129 |
|
130 |
% Utilizza l'outline |
|
131 |
%\AtBeginSection[] |
|
132 |
%{ |
|
133 |
% \begin{frame} |
|
134 |
% \frametitle{Outline} |
|
135 |
% \tableofcontents[currentsection] |
|
136 |
% \end{frame} |
|
137 |
%} |
|
138 |
\AtBeginSubsection[] |
|
139 |
{ |
|
140 |
\begin{frame}<beamer> |
|
141 |
\frametitle{Sommario} |
|
142 |
\tableofcontents[currentsection,currentsubsection] |
|
143 |
\end{frame} |
|
144 |
} |
|
145 |
||
130 |
146 |
|
131 |
147 |
|
132 |
148 |
% Inizio Presentazione. |
| … | … | @@ -151,8 +167,8 @@ Facoltà di Ingegneria%\\Dipartimento di |
151 |
167 |
\draw[timeline] (-.5,0) -- (11.5,0); |
152 |
168 |
%red line |
153 |
169 |
\setbeamercovered{invisible} |
154 |
\uncover<8->{ \draw[timeline,color=red] (8,0) -- (11.5,0);} |
|
155 |
\uncover<11->{ |
|
170 |
\uncover<presentation:8->{ \draw[timeline,color=red] (8,0) -- (11.5,0);} |
|
171 |
\uncover<presentation:11->{ |
|
156 |
172 |
\draw (9,0) node[year label] (2011) {\small \color{red}{2011}} +(0,-3pt) -- +(0,3pt); |
157 |
173 |
\draw (9.5,0) node[year label] (2012) {\small \color{red}{2012}} +(0,-3pt) -- +(0,3pt); |
158 |
174 |
\path[today,color=red] (2011) -- +(0,+1cm); |
| … | … | @@ -172,29 +188,29 @@ Facoltà di Ingegneria%\\Dipartimento di |
172 |
188 |
\draw (8,0) node[year label] (2009) {\small 2009} +(0,-3pt) -- +(0,3pt); |
173 |
189 |
\draw (11,0) node[year label] (2016) {\small 2016} +(0,-3pt) -- +(0,3pt); |
174 |
190 |
%freccie today |
175 |
\only<1>{\path[today] (1993) -- +(0,+1cm);} |
|
176 |
\only<2>{\path[today] (1995) -- +(0,+1cm);} |
|
177 |
\only<3>{\path[today] (1997) -- +(0,+1cm);} |
|
178 |
\only<4>{\path[today] (1999) -- +(0,+1cm);} |
|
179 |
\only<5>{\path[today] (2000) -- +(0,+1cm);} |
|
180 |
\only<6>{\path[today] (2003) -- +(0,+1cm);} |
|
181 |
\only<7>{\path[today] (2004) -- +(0,+1cm);} |
|
182 |
\only<8>{\path[today] (2005) -- +(0,+1cm);} |
|
183 |
\only<9>{\path[today] (2006) -- +(0,+1cm);} |
|
184 |
\only<10>{\path[today] (2008) -- +(0,+1cm);} |
|
185 |
\only< |
|
191 |
\only<presentation:1>{\path[today] (1993) -- +(0,+1cm);} |
|
192 |
\only<presentation:2>{\path[today] (1995) -- +(0,+1cm);} |
|
193 |
\only<presentation:3>{\path[today] (1997) -- +(0,+1cm);} |
|
194 |
\only<presentation:4>{\path[today] (1999) -- +(0,+1cm);} |
|
195 |
\only<presentation:5>{\path[today] (2000) -- +(0,+1cm);} |
|
196 |
\only<presentation:6>{\path[today] (2003) -- +(0,+1cm);} |
|
197 |
\only<presentation:7>{\path[today] (2004) -- +(0,+1cm);} |
|
198 |
\only<presentation:8>{\path[today] (2005) -- +(0,+1cm);} |
|
199 |
\only<presentation:9>{\path[today] (2006) -- +(0,+1cm);} |
|
200 |
\only<presentation:10>{\path[today] (2008) -- +(0,+1cm);} |
|
201 |
\only<presentation:11>{\path[today] (2009) -- +(0,+1cm);} |
|
186 |
202 |
%fatti |
187 |
203 |
\draw (1993) node[fact label] {\tiny CIDR}; |
188 |
\uncover<2->{ \draw (1995) node[fact label] {\tiny IPv6}; } |
|
189 |
\uncover<3->{ \draw (1997) node[fact label] {\tiny SURFNet}; } |
|
190 |
\uncover<4->{ \draw (1999) node[fact label] {\tiny IPv6 Forum}; } |
|
191 |
\uncover<5->{ \draw (2000) node[fact label] {\tiny SixXS}; } |
|
192 |
\uncover<6->{ \draw (2003) node[fact label] {\tiny Parte 6bone - Asia}; } |
|
193 |
\uncover<7->{ \draw (2004) node[fact label] {\tiny Supporto a IPv6 dai vendor}; } |
|
194 |
\uncover<8->{ \draw (2005) node[fact label] {\tiny USA};} |
|
195 |
\uncover<9->{ \draw (2006) node[fact label] {\tiny Termina 6bone}; } |
|
196 |
\uncover<10->{ \draw (2008) node[fact label] {\tiny Root DNS - UE - Beijing}; } |
|
197 |
\uncover<11->{ \draw (2009) node[fact label] {\tiny OGGI}; } |
|
204 |
\uncover<presentation:2->{ \draw (1995) node[fact label] {\tiny IPv6}; } |
|
205 |
\uncover<presentation:3->{ \draw (1997) node[fact label] {\tiny SURFNet}; } |
|
206 |
\uncover<presentation:4->{ \draw (1999) node[fact label] {\tiny IPv6 Forum}; } |
|
207 |
\uncover<presentation:5->{ \draw (2000) node[fact label] {\tiny SixXS}; } |
|
208 |
\uncover<presentation:6->{ \draw (2003) node[fact label] {\tiny Parte 6bone - Asia}; } |
|
209 |
\uncover<presentation:7->{ \draw (2004) node[fact label] {\tiny Supporto a IPv6 dai vendor}; } |
|
210 |
\uncover<presentation:8->{ \draw (2005) node[fact label] {\tiny USA};} |
|
211 |
\uncover<presentation:9->{ \draw (2006) node[fact label] {\tiny Termina 6bone}; } |
|
212 |
\uncover<presentation:10->{ \draw (2008) node[fact label] {\tiny Root DNS - UE - Beijing}; } |
|
213 |
\uncover<presentation:11->{ \draw (2009) node[fact label] {\tiny OGGI}; } |
|
198 |
214 |
\end{tikzpicture} |
199 |
215 |
|
200 |
216 |
\tlelement{1}{1993}{\item Viene introdotto CIDR per arginare il problema della fine degli indirizzi IP.} |
| … | … | @@ -240,6 +256,7 @@ IPv6 \`e la nuova versione del protocoll |
240 |
256 |
\tikzstyle{ipv4}+=[rectangle,minimum size=1cm,fill=chameleongreen1,draw=chameleongreen3] |
241 |
257 |
\tikzstyle{na} = [baseline=-.5ex] |
242 |
258 |
|
259 |
\mode<beamer> { |
|
243 |
260 |
\begin{tikzpicture}[remember picture,overlay] |
244 |
261 |
\node at ($(current page.center) + (0,2cm) $) [ipv4] (ipv4) {} ; |
245 |
262 |
\coordinate (ipv6) at ($ (ipv4) + (2cm,-.5cm) $); |
| … | … | @@ -253,7 +270,7 @@ IPv6 \`e la nuova versione del protocoll |
253 |
270 |
\path[v6 arrow] (current page.west) -- +(+.5cm,0); |
254 |
271 |
\path[v6 arrow] (current page.east) -- +(-.5cm,0); |
255 |
272 |
\end{actionenv} |
256 |
\end{tikzpicture} |
|
273 |
\end{tikzpicture} |
|
257 |
274 |
|
258 |
275 |
\vspace{12em} |
259 |
276 |
|
| … | … | @@ -268,7 +285,7 @@ IPv6 \`e la nuova versione del protocoll |
268 |
285 |
\item<6-> Per mantenere le proporzioni dovremmo colorare di bianco l'intera superficie del Sistema Solare! |
269 |
286 |
\item<7-> Pi\`u di $6.66 \cdot 10^{23}$ indirizzi per metro quadrato della superficie terrestre (cioè 666 mila miliardi di miliardi). |
270 |
287 |
\end{itemize} |
271 |
\end{itemize} |
|
288 |
\end{itemize} } |
|
272 |
289 |
|
273 |
290 |
\end{frame} |
274 |
291 |
|
| … | … | @@ -346,9 +363,7 @@ Il Network Address Translation (NAT) è |
346 |
363 |
\end{frame} |
347 |
364 |
|
348 |
365 |
\section{IPv6 nel dettaglio} % (fold) |
349 |
\label{sec:ipv6_nel_dettaglio} |
|
350 |
366 |
\subsection{Struttura di un indirizzo} % (fold) |
351 |
\label{sub:struttura_di_un_indirizzo} |
|
352 |
367 |
\begin{frame}\frametitle{Struttura di un indirizzo} |
353 |
368 |
Un indirizzo IPv6 \`e un dato a 128 bit. Si utilizza una rappresentazione a |
354 |
369 |
gruppi di 4 cifre esadecimali separati dal simbolo ``\texttt{:}''\\ |
| … | … | @@ -645,7 +660,7 @@ Indirizzo destinazione del datagramma. |
645 |
660 |
\end{colorblock} |
646 |
661 |
\end{frame} |
647 |
662 |
|
648 |
|
|
663 |
%\subsubsection{Extension headers} |
|
649 |
664 |
\begin{frame}\frametitle{Header IPv6 - Extension header} |
650 |
665 |
In IPv6 \`e possibile estendere l'header attraverso gli |
651 |
666 |
\textit{Extension header}, la loro presenza \`e indicata dal campo |
| … | … | @@ -690,8 +705,7 @@ Indirizzo destinazione del datagramma. |
690 |
705 |
% section ipv6_nel_dettaglio (end) |
691 |
706 |
|
692 |
707 |
\section{Automatismi e routing} % (fold) |
693 |
\label{sec:automatismi_e_routing} |
|
694 |
||
708 |
\subsection{Introduzione} |
|
695 |
709 |
\begin{frame}\frametitle{Autoconfigurazione} |
696 |
710 |
Una delle novità introdotte da IPv6 è l'autoconfigurazione dei nodi di rete, che anche in assenza |
697 |
711 |
di un router sono in grado di generare autonomamente un indirizzo link-local unicast per garantire la |
| … | … | @@ -719,6 +733,7 @@ Indirizzo destinazione del datagramma. |
719 |
733 |
\end{colorblock} |
720 |
734 |
\end{frame} |
721 |
735 |
|
736 |
\subsection{EUI-64} |
|
722 |
737 |
\begin{frame}[fragile]\frametitle{Extended Unique Identifier (EUI-64) - Algoritmo} |
723 |
738 |
|
724 |
739 |
%\setlength{\byteheight}{4ex} |
| … | … | @@ -775,6 +790,7 @@ Indirizzo destinazione del datagramma. |
775 |
790 |
L'indirizzo link-local EUI-64 è \texttt{fe80::2:16:cb:ff:fe:8c:de:8b} |
776 |
791 |
\end{frame} |
777 |
792 |
|
793 |
\subsection{IPv6 Stateless Address Autoconfiguration} |
|
778 |
794 |
\begin{frame}[allowframebreaks]\frametitle{Configurazione stateless - Definizioni} % (fold) |
779 |
795 |
\label{sub:configurazione_stateless} |
780 |
796 |
La configurazione stateless offre la possibilità di ottenere un indirizzo global unicast e un router |
| … | … | @@ -882,7 +898,7 @@ Il procedimento fa uso di pacchetti ICMP |
882 |
898 |
% subsection configurazione_stateless (end) |
883 |
899 |
% section automatismi_e_routing (end) |
884 |
900 |
|
885 |
\section{ |
|
901 |
\section{Implementare IPv6} |
|
886 |
902 |
|
887 |
903 |
\subsection{Tunnel Broker} |
888 |
904 |
\begin{frame}\frametitle{Tunnel Broker} |
Up to file-list ipv6.handout.tex:
1 |
% Per evitare Warning con Pdf 1.5 Version. |
|
2 |
\pdfoptionpdfminorversion=5 |
|
3 |
||
4 |
% Classe Presentazioni [Beamer]. |
|
5 |
\documentclass[hyperref={pdfpagelabels=false},handout]{beamer} |
|
6 |
||
7 |
%permette un rendering buono a video (Font scalabili embedded) |
|
8 |
%\usepackage{ae,aecompl} |
|
9 |
||
10 |
\usepackage{pgfpages} |
|
11 |
%\pgfpagesuselayout{resize}[a4paper,border shrink=5mm,landscape] |
|
12 |
%This says “Resize all pages to landscape A4 pages, no what their original size was, but shrink the pages |
|
13 |
%by 5mm, so that there is a bit of a border around everything.” Naturally, instead of a4paper you can also use |
|
14 |
%letterpaper or any of the other standard paper sizes. For further options and details see the documentation |
|
15 |
%of pgfpages. |
|
16 |
%The second thing you might wish to do is to put several slides on a single page. This can be done as |
|
17 |
%follows: |
|
18 |
%\usepackage{pgfpages} |
|
19 |
\pgfpagesuselayout{2 on 1}[a4paper,border shrink=5mm] |
|
20 |
%This says “Put two pages on one page and then resize everything so that it fits on A4 paper.” Note that |
|
21 |
%this time we do not need landscape as the resulting page is, after all, not in landscape mode. |
|
22 |
%Instead of 2 on 1 you can also use 4 on 1, but then with landscape once more, and also 8 on 1 and |
|
23 |
%even 16 on 1 to get a grand (though unreadable) overview. |
|
24 |
%If you put several slides on one page and if these slides normally have a white background, it may be |
|
25 |
%useful to write the following in your preamble: |
|
26 |
%\mode<handout>{\setbeamercolor{background canvas}{bg=black!5}} |
|
27 |
||
28 |
\input{Presentazione} |
