... hotlinks that minimizes the expected number of links (either tree edges or hotlinks) traversed by a greedy user from the root to a leaf. More formally, given a tree T, representing an index, a hotlink is an edge that does not belong to ...
... hotlinks) and the greedy path to v in T⊕ S (i.e., including the hotlinks). The gain from a hotlink assignment S is defined as gG (T,p,S) = ∑ ( |DG(T,v)|−|DG(T⊕S, v)| ) ·p(v). v∈Leaves(T) Two optimization variants can be considered ...
Additional reading and writing.
Tina Lawton. 0 1 1 0 1 0 0 1 0 1 0 1 0 1 1 1 0 1 1 1 100 100 100 1 1 1 1 1 1 0 1 1 1 0100 0 1 0 1011 100 0 0 1 0 1 1 ... Desktop Publishing for Office XP Presentation Graphics for Office XP Website Design for Office XP 0 435 46282 2 what ...
... hotlink assignment for a DAG is NP-hard, and analyzed several heuristics for assigning hotlinks. The problem might become easier when the graph considered is a rooted tree. Kranakis, Krizanc and Shende [11] give a O(n2) time algorithm ...
... hotlink per node so that the expected number of steps to search a node from the root of the tree attain the entropy bound. Several results on adding hotlinks to nodes of d-regular complete trees are also reported by Fuhrmann et al. [8] ...
... HotLinks VLAN IDs 110 and 120 Spanning Tree Disabled Switched Interfaces +HotLinks VLAN IDs 110 and 120 IBM G8052 # 8 IBM G8052 # 8 zBX (L2 zBX (L2 (L2 Definition) Definition) Definition) Core Network Core Network Core Network Hot Links ...
... hotlink starts in u and ends in v. In this work we assume that the user only knows about the outgoing hotlinks of the nodes she has already visited and always takes any hotlink that leads her closer to her destination leaf. This is ...
Describes a variety of ways in which to connect computers, offers advice on planning a local area network, and discusses cables, LAN standards, and network software
9.74 Aggregation for R Ragg R 0 (3) R 2 (2) R 3 (1) R1 R2 R2(2) R3(1) R3 Fig. 9.75 Aggregation for Y Yagg Y 0 (2) Y 2 (1) Y 4 (2) Y1 Y 2 Y 0 (2) Y 2 (1) Y 3 Y 0 (3) Y 2 (1) Y 4 (2) Fig. 9.76 Aggregation for Z Z agg Z 0 (2) Z 1 (2) Z 3 ...