topology. There are two approaches you can take. The first is
to take data from a real world network and input this into
TOSSIM. The second is to generate it from applying a
- theoretical propagation model to a physical layout. TOSSIM has
- an example of the first from the <A
- HREF="https://mirage.berkeley.intel-research.net/">Mirage
- testbed</A> at Intel Research Berkeley. The network topology
- is from data gathered from one hundred micaZ nodes over an
- eight hour period in February 2006. It can be found in <code><A
- HREF="../../../tos/lib/tossim/topologies/mirage-1.txt">tos/lib/tossim/topologies/mirage-1.txt</A></code>, and has the following format:
+ theoretical propagation model to a physical layout. The standard
+ file format is
<pre>
noise n avg std
<p>The format of a configuration file is beyond the scope of
this document: the tool has its own <A
- HREF="">documentation</A>. TOSSIM has two sample configuration
+ HREF="usc-topologies.html">documentation</A>. TOSSIM has two sample configuration
files generated from the tool in
<code>tos/lib/tossim/topologies</code>. The first is <code><A
HREF="">grid.txt</A></code>, which is a 10x10 grid of nodes
all:
make micaz sim
g++ -g -c -o Driver.o Driver.c -I../../tos/lib/tossim/
- g++ -o Driver Driver.o build/micaz/tossim.o build/micaz/sim.o
+ g++ -o Driver Driver.o build/micaz/tossim.o build/micaz/sim.o build/micaz/c-support.o
</pre>
you how to configure a network, how to run a simulation, how to
inspect variables, how to inject packets, and how to compile with C++.
-
-<p><b><a href="lesson5.html">< Previous Lesson</a></b> | <b><a
- href="index.html">Top</a></b>
+<center>
+<p>< <b><a href="lesson10.html">Previous Lesson</a></b> | <b><a
+ href="index.html">Top</a></b> | <b><a href="lesson12.html">Next
+Lesson </a> ></b>
+</p>
+</center>
</body>
</html>