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receives the RREP packet will try to open the onion Only the proper node (which is the previous hop during the RREQ phase) can correctly open the onion using the key K The opening of the onion is also shown in Figure 424 Such a node (which can open the onion) then selects another random route pseudonym N0 , peels off a layer of the onion, replaces N with N0 and then locally broadcasts the RREP packet This node also stores the mapping between N and N0 in its forwarding table These actions will be repeated by all nodes until the source receives the RREP packet The source then veri es the proof of global trapdoor opening, and if this is found correct then the source is sure of communicating with the intended destination We would like to remark here that the destination can initiate the same RREP procedure to realize multiple anonymous paths between itself and the source At this point, an anonymous route making use of locally unique pseudonyms is set up between the source and the destination This route can then be used to forward data packets The source uses the outgoing route pseudonym to encapsulate the data packet, which is then broadcast locally This way neither the sender nor the local receiver can be identi ed Each local receiving node will have to look up the route pseudonym in their forwarding tables The packet is dropped by a node if no match is found If a match is found in the forwarding tables of a node, it changes the route pseudonym in the packet to the matching route pseudonym and rebroadcasts the packet This procedure is repeated until the packet arrives at the destination We show this in Figure 425 We see from this gure that the nodes that are not on the data forwarding path drop the received packet The nodes that are on the data forwarding path translate the pseudonyms and forward the packet An anonymous route maintenance procedure based on the use of route pseudonyms is also speci ed in ANODR ANODR is robust against node intrusion No node identity is revealed nor does it have a single point of failure Of course, ANODR has a strong assumption that each source shares a pairwise secret with each potential destination that is used in the trapdoor construction In addition, ANODR requires that every intermediate node try to open the trapdoor in the RREQ to see if it is the intended destination An intermediate node also needs to try to decrypt the RREP packet to determine if it is the correct forwarder This implies that the route discovery process in ANODR is computationally expensive ANODR is also sensitive to node mobility Finally, note that ANODR allows only the destination to initiate.

(671)

Customer-based project management represents a deceptively simple idea that has been yielding big dividends for the firms that have the vision to adopt it These companies have been quick to grasp the significance of offering a new model of customer service and the advantages they can attain in the marketplace through its use This

t1 }

We can now de ne an estimator: hN (t0 , t1 ) = VN/2 (t0 , t1 ) 1 log2 +1 2 VN (t0 , t1 ) (672)

which converges, when N + , towards: inf h(s), s ]t0 , t1 [ (as)

route replies Optimizations whereby intermediate nodes send the route replies if they have the path to the destination are not possible under ANODR 462 MASK

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Indeed, it is the worst H lderian regularity which is dominating for this estimate We deduce from this intermediate stage that we must reduce the size of the observation interval [t0 , t1 ] as N increases if we want to estimate h(t) Let us suppose: VN, (t) = VN (t , t + ) h

(673) (674)

VN/2, 1 log2 2 VN,

.

(675)

[t ,t+ ]

MASK [67, 68] is another routing protocol intended to prevent traf c analysis As in case of ANODR, this protocol provides countermeasures against traf c analysis from passive adversaries MASK facilitates routing without disclosing the identity (and hence the location) of the mobile nodes MASK is similar to ANODR in the sense that packets are routed based on link identi ers instead of real node identities In order to facilitate the working of MASK, a node needs to run its MAC interface in the promiscuous mode This allows the node to receive all MAC frames broadcast in its neighborhood In addition, every node also needs to be able to manipulate the source addresses of the outgoing MAC frames (as was done in ANODR) MASK uses the following phases to reach its objective:

It is clear that the larger is, the smaller the stochastic error due to a law of large numbers, since a great number of variables is added up; however, for a large , we introduce a signi cant distortion by having replaced: N 1 2h(t) by N 1 2h( N )

The choice of the convergence speed of towards 0 is carried out in the following theorem, extracted from [BEN 98a] THEOREM 610 Let X be a MBM of harmonizable representation: Bh (t) = 1 v h(t) e it 1 | | 2 +h(t)

W (d )

associated with a multifractional function h verifying Hypothesis 65 For with 0 < < 1 and N : 2 h For = N 1/3 : E h

.

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