*** Q^2 Simulation As a proof of concept, we've a written the q2sim.py, a simulator implementing the core of the QSPN v2. The q2sim is an event-oriented Discrete Event Simulator. Each (event,time) pair is pushed in a priority queue. The main loop of the program retrieves from the queue the event having the lowest `time' value. This "popped" event is executed. In this case, the events are the packets sent on the network.
The results of the QSPN v2 simulation can be found in the paragraph "12. Simulating the QSPN v2" of the Q^2 document: http://netsukuku.freaknet.org/doc/main_doc/qspn.pdf Given the results of these simulations, the QSPN v2 will substitute the earlier version. *** Cryptographic QSPN A node could easily forge a TP, injecting in the network false routes and links information. The attack would just create a temporary local damage, thanks to the distributed nature of the QSPN. However the optimal solution is to prevent these attacks. The solution is described in the paragraph "11.5 Cryptographic QSPN" of the document: http://netsukuku.freaknet.org/doc/main_doc/qspn.pdf Best Regards -- :wq! "I don't know nothing" The One Who reached the Thinking Matter '.' [ Alpt --- Freaknet Medialab ] [ GPG Key ID 441CF0EE ] [ Key fingerprint = 8B02 26E8 831A 7BB9 81A9 5277 BFF8 037E 441C F0EE ]
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