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protocols usually accomplish that by ooding the network with route request messages requesting information on the route from the source to the destination These route request messages originate at the source and are ooded throughout the network when the source needs to send data to the destination Eventually the destination (or a node that has recently communicated with the destination) receives the route request message and responds to it with the necessary path information Ad hoc on-demand distance vector (AODV) is a good example of such protocols (see Section 42) Proactive protocols are mostly concerned with minimizing the initial delay that data traf c experiences in reaching the destination from the source Since the routes are established before there is a need to send traf c between the source and destination, there is no need to discover the route when data traf c actually needs to be sent Therefore the traf c doesn t get delayed initially while waiting for the route establishment On the contrary, reactive routing protocols result in traf c being delayed because the route needs to be discovered before the data can be routed This delay only happens the rst time that traf c between the source and the destination needs to be routed After that, the routes are established and do not need to be recreated until there are node movements or link failures resulting in route changes The problem with proactive protocols is that they generate a lot of routing overhead This is especially so when there are frequent topology changes This is highly inef cient when there are routing updates for routes that carry traf c rarely A reactive protocol is much more appropriate for such situations since it generates signi cantly lower overhead in terms of the bandwidth used In fact, reactive routing protocols reduce (or eliminate) routing overhead in periods or areas of the network where there is little data traf c (or none at all) The problem with reactive routing protocols is that route updates as discussed earlier often delay traf c initially If latency is not a concern for a speci c application then reactive protocols are probably more suited for that application Since routing requests are ooded throughout the network, when there are a lot of changes in the network topology and a lot of requests for sending traf c among multiple nodes then overhead is a signi cant concern for reactive protocols It can be inferred from the above descriptions that the routing function in ad hoc networks is a cooperative function where all nodes in the network cooperate with each other As a result, it would be easy for an adversary to launch attacks on the routing protocols used in such networks Most routing disruption attacks are caused by modi cation of the routing data In order to prevent such attacks, it is necessary for a node that receives routing information to verify the origin and integrity of the routing data The various proposals to secure routing in ad hoc networks mainly focus on providing mechanisms to perform this veri cation Note that con dentiality might typically not be needed to protect the routing information5 We next look at several secure routing protocols proposed for ad hoc networks The secure routing protocols typically are extensions of well-known routing protocols The extensions add in various security attributes to the basic protocol Hence, in such cases, before explaining the secure routing protocol we brie y summarize the basic protocol We start with AODV and the secure routing extensions proposed to AODV.

This hypothesis of surprising formulation has long been considered to be related to the technique of the proof In fact, we will see by outlining the proof of [BEN 97b] that we cannot do better for a MBM and that the obstruction comes from the low frequencies Let us begin with the random series representation of the MBM (641), which we present differently: Bh (t) = where the function: (x, y) = e ix 1

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Page 167 possible Likewise, it may be appropriate to talk with several members within each stakeholder group People often hold varying opinions and the more data points we collect, the greater our confidence that we are collecting accurate information 4 Asking key informants about their decision process and criteria One common method for gaining information from project customers is to hold a series of lessons-learned meetings at the completion of a project While useful, lessons-learned meetings should never be confused with timely, usable information Feedback mechanisms, such as lessons-learned meetings, can tell us where we erred with a fair degree of accuracy The obvious problem is that such information may not be very helpful for ongoing projects Learning how we messed up is never an adequate substitute for learning how to avoid such mistakes Successful customer-based project organizations eschew simply holding post-project lessons-learned feedback sessions in favor of a series of regular meetings with customers It is much better to adopt a preference for concurrent project control, which allows the project firm to get answers to some fundamental questions, including: What are my customers key values and success criteria What are their key concerns How can my organization continue to satisfy their needs What are we doing today that could be done better tomorrow How do we operate to put ourselves at a strategic advantage with other competitors These questions and their answers are key to understanding what specific decision criteria our customers employ Note that the intent of the questions asked at these meetings is not to simply adjudicate disagreements and fire fight current problems Problem solving is important, but successful organizations also feel that the best method for fixing problems is addressing and clearly understanding customer goals before misinterpretation leads to downstream problems

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