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Following this Bob determines its own nonce n2 He then calculates a ticket (denoted as ticketB) as a hash of the common shared key, pseudonym of Alice (PSA), Bob s own pseudonym (PSB), as well as the two nonces n1 and n2 The ticket is calculated as H2(KBA kPSAkPSBkn1kn2k0), where H2 is another hash function Bob then transmits a message to Alice The message includes Bob s own pseudonym, which is Bellcor in this case, the ticket and the nonce n2 Alice on receiving this message can also calculate the common key KAB as f[H1(Bob s pseudonym], Alice s secret point) The properties of function f() ensure that this key is the same as KBA calculated by Bob (assuming that both Bob and Alice are given the corresponding pseudonyms and secret points by the TA accurately) Alice also calculates if ticketB provided by Bob is valid by computing H2(KABkPSAkPSBkn1kn2k0) If the ticket is valid, then Alice calculates another ticket (denoted as ticketA below) as H2(KABkPSAkPSBkn1kn2k1) Alice then transmits a message with this ticket to Bob, who can then verify it As a result of the veri cation of these tickets, both Alice and Bob are convinced that they both belong to the same group Note that the identity of either party is not known to the other This completes the anonymous neighborhood authentication phase To summarize, the following message exchange is used in this phase: 1 Alice ! Bob: ,Alice s pseudonym (PSA), n1 2 Bob ! Alice: ,Bob s pseudonym (PSB), ticketB, n2 3 Alice ! Bob: ,ticketA Alice and Bob then calculate L pairs of link identi ers to be used for the link between them and the shared session keys to be used with each link identi er Each pair of neighboring nodes thereby shares multiple link identi ers uniquely, that is, no two links have the same link identi er, while the same link has multiple link identi ers Hence, when one node broadcasts a packet identi ed by the link identi er, only the neighboring node which shares this link identi er can interpret and accept the packet These link identi ers (linkIDs) and the shared session keys are used in the routing process The anonymous route discovery in MASK is similar to that in AODV The difference, though, is in the use of the anonymity property Each node maintains four tables:.

where 2 belongs to the set {07, 08, 09, 10} and the integer 1 lies between 255 and 255; if the block rn contains contours: search for the source block d (n) , then perform contrast change, apply shifts and discrete isometries n (rotations of 0, +90, 90 and

+180 degrees, re ections along vertical and horizontal symmetry axes, and re ections along the two diagonal axes) The transformation of d (n) , coded with Ie bits, reads: n = n 2 b2 + 1 b1 r

(n) (n) (n) (n) (n)

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Accountant (stakeholder), 146, 147, 152, 156 Aker Rauma Offshore (ARO), 175 191 American Standard Co, 130 Automakers, 15 16, 66 67, 71, 208 Autonomous team organization, 196, 198 199 Baker/Murphy/Fisher study, 82 85 Behavioral vs technical factors, 81, 83, 84 Benchmarking superior service and inventory control, 122 123 Beta-testing, 53, 71 Bid price, 28 Boeing, 27, 107 108 BOOT (build/own/operate/transfer), 111, 115 Bottom-line thinking (cost vs performance), 73 74, 129, 133 134, 193 195 See also Constraint(s) Build-up phase, 81, 82, 83 Business world, strong trends in: economic period marked by low inflation, 4 global markets, 3 increasingly complex and technical products, 3 requirement for higher profit from investments, 4 shortened product life cycles, 2 small product launch windows, 2 Buyer-vendor coordination, 114 Change: project modifications, 76 77 strategy (for changing to customer-based project organization), 171 173 Chrysler, 208 Clarke, Kim, 195 Client(s) See also Customer(s) acceptance (critical success factor), 86, 90 communication with, 86, 90, 94 96, 166 167, 201 consultation (critical success factor), 86, 88 stakeholders, 146, 147, 148 149, 156

When the destination block is textured or overlaps with contours, the scale (n) coef cient 2 is calculated so that the standard deviations of the two blocks b2 and rn are equal It is then rounded to a coef cient belonging to a set of prede ned values, all real positive and less than one The shift coef cient 1 is calculated so that (n) the pixel averages of the two blocks b2 and rn are equal It is not quanti ed The exhaustive search of the source block d (n) is carried out by shifting over the image support a square block by a step width of h = v = 4 pixels in the horizontal and in the vertical directions When two blocks are compared, each of the eight discrete isometries is considered For an image of size 256 256 (respectively 512 512), such research is thus carried out through a library made up of 29,768 (respectively 125,000) source blocks 10322 Hierarchical partitioning In a next step, Jacquin proposes the division of the collage parent blocks n into r four destination sub-blocks of size 4 4 pixels called a child blocks (see Figure 105) The obtained blocks are compared with their equivalents in the original image, through the error measure given by formula (1016), with B = 4 If the error is higher than a given threshold, they are coded separately by seeking the best source block of size 8 8 available in the image The collage process is, in this case, called a child collage

1 parent no child 1 configuration 1 parent 1 child 4 configurations 1 parent 2 children 6 configurations no parent 4 children 1 configuration

Neighbor Table each entry in this table contains the pseudonym of a neighbor, the pairwise shared key pairs (namely the linkIDs and corresponding keys) used on the link with this neighbor as well as the index of the pair currently in use Forwarding Route Table this table contains entries of format ,dest_id, destSeq, pre-link-list, next-link-list The dest_id is the real identi er of the destination node, destSeq is the corresponding sequence number, pre-link-list is the set of pre-hop link identi ers from which packets destined for dest_id may arrive and next-link-list is the set of next-hop link identi ers to which packets destined for dest_id are to be forwarded Reverse Route Table this contains entries of the format ,dest_id, destSeq, pre-hop-pseudonym where pre-hop-pseudonym is the pseudonym of the node from which the RREQ packet for dest_id was received This is then used to send route replies back to the source Target Link Table this contains the list of linkIDS for which the current node is the nal destination Thus packets bearing these linkIDs are intended for this node

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