Используйте «node» в предложении

1. If no one from any other universe disturbed her, she could be totally convinced she was in the heaven she believed in while she was really in a processing node back in the League

---

2. In systems from Earth each human mind is contained within the system and interacts as a node on the network

---

3. It was one of the B’tari, and he was jabbing something into a connecting band beneath a node

---

4. He tried the remote interface port – a simple gold node; his suit emitted an EM signal in an attempt to communicate with the ship’s control systems and pump in enough power to activate the lock mechanism

---

5. I know at this moment it – he will distracted by his imminent demise, and will be concentrating on each CPU node for signs of attack

---

6. And then the node would be buried possibly over a hundred metres below that

---

7. The node, over a hundred metres below the seabed, contained no interface entry point

---

8. With image feed into his visual field, Gerrid was able to carefully control the drill at the node point until it got through the casing

---

9. This alapana went on slowly adding depth at every node

---

10. into the node using a helical path, which excites a cone of radiation

11. apex of the cone is in contact with the node (i e it is facing the central chan-

---

12. That you are a node on the collective experience

---

13. “Roller two, ready!” said Bonner in the other jeep, with Node at his side and some others in the back

---

14. “Roller three, ready!” said Sperks, with Node beside him and the last men in the back

---

15. As it blaze passed them Node stuck out an x-ray scanner, sending a wide beam of light that scanned the train from the head down to each segment

---

16. Old Chippy had seventeen segments, but Node found a few that were their mark

---

17. Node and another dracoid in the back quickly pulled Sperks’ body off the wheel as the Roller steered near the trees

---

18. Node quickly took back control and steadied the Roller, as the men in the back opened fire at the soldiers, then ducked beneath the counter payload of bullets

---

19. As he took out a small explosive, Node tried to align his Roller with the section while still trying not to get his head shot off

---

20. Node was in the room, and subsequently went through the window while the other prepared to shoot

21. She created this timeline unconsciously by her actions, thus making herself a critical node in spacetime for this timeline

---

22. ―Did you shut down the node in time?‖

---

23. The summer insects, cicada was sitting on the bark of the trees and buzzing with high pitch node, and the cooing pigeons and the doves were interfering with my boisterous thoughts

---

24. What King Stan had failed to understand was that Nancy constituted a crucial node for Timeline ‘B’ and that her fate was closely interlinked to the fate of that timeline

---

25. “We need to be here, or somewhere like Rudy’s that's a node connected trans-dimensionally to

---

26. communication node that allows Losira to be here

---

27. the transit of the moon’s node to the quincunx of the Chiron – Lillith midpoint – to “prove” anything

---

28. House was becoming a popular development node and had recently been declared

---

29. The Chinese have noticed and have investment ambitions in this development node of KwaZulu Natal

---

30. An execution of merge-sort is depicted by a binary tree each node represents a recursive call of merge-sort and stores unsorted sequence before the execution and its partition sorted sequence at the end of the execution

31. Each node represents a recursive call of quick-sort and stores

---

32. Recently visited node 2 have only direct way to 3, so consider 3 is min cost node from 2

---

33. S[7]=F here min cost is 30 at 6 node but there is no path from 5 yo 6, so we consider 7 , 1,2,3,5,7 nodes visited

---

34. The final matrices D(5) and P(5) indicate, for instance, that the shortest path from node 1 to node 5 has length d(1,5) = 8 units and that this shortest path is the path {1, 3, 4, 2, 5}

---

35. Entry p5 says that the predecessor node to 5 in the path from 1 to 5 is node 2; then, entry p5 (1, 2) says that the predecessor node to 2 in the path from 1 to 2 is node 4; similarly, we backtrack the rest of the path by examining p5(1, 4) (= 3) and p5(1, 3) = 1

---

36. In general, backtracking stops when the predecessor node is the same as the initial node of the required path

---

37. For another illustration, the shortest path from node 4 to node 3 is d (4, 3) = 8 units long and the path is {4, 2, 1, 3}

---

38. The predecessor entries that must be read are, in order, p5 (4, 3) = 1, p5 (4, 1) = 2, and finally p5(4, 2) = 4--at which point we have "returned" to the initial node

---

39. All identifiers in the left sub tree of T are less than the identifiers in the root node T

---

40. i) A BST with n identifiers will have n internal nodes and n+ 1 external node

41. iii)If a successful search terminates at an internal node at level L, then L iterations of the

---

42. For identifiers in the same class Ei, the search terminates at the same external node

---

43. If the failure node for Ei is at level L, then only L-1 iterations of the while loop are made

---

44. (i) Select an unvisited node ‘v’ visits it and treats it as the current node

---

45. Back edge: If the current node has no unvisited neighbors we need to backtrack to its parent node

---

46. In this method each node on the same level is checked before the search proceeds to the next level

---

47. we examine all edges of the currently read node

---

48. • We call a node non promising if when visiting the node we determine that it cannot possibly lead to a solution

---

49. Live node: A node which has been generated and all of whose children have not yet been generated is live node

---

50. E-node: The live nodes whose children are currently being generated is called E-node (node being expanded)

51. Dead node: It is a generated node that is either not to be expanded further or one for which all of its children has been generated

---

52. ii)A node that gets killed as a result of the bounding function has a B under it

---

53. iii)We start with root node as the only live node

---

54. The path is ( ); we generate a child node 2

---

55. We observe that the path to answer node is (2 4 1 3)

---

56. Let weight be the sum of the weights that have been included up to a node at level i

---

57. Then, a node at the i th level is non promising if weight + wi +1 > W

---

58. Clearly x1 …xk can not lead to an answer node if this condition is not satisfied

---

59. i)Starting by considering the root node and applying a lower-bounding and upper-bounding procedure to it

---

60. Next, start with root node, upper bound for the root node can be computed using formula as Ub = v+ (W-w)(vi+1/wi+1)

61. At every level we compute the upper bound, and explore the node while selecting the item

---

62. Finally the node with maximum upper bound is selected as an optimum solution

---

63. In the example in previous slide, node with item 1 and 2 gives the optimum solution i

---

64. That is, by expanding the node with the best lower bound

---

65. If two nodes have the same lower bounds, expand the node with the lower upper bound

---

66. The worst case scenario is the same, as it will still visit every node in the tree

---

67. where c^ (s)= cost of function at node s

---

68. c^ (R) = lower bound of i th node in the (i, j) path

---

69. cost = min{c^ (2), c^(3), c^(4), c^(5)}=25 at node 4 we have branch and bound

---

70. At node 10 path(1,4,2,5) Hence 1,4 ,2 are visited, 1st ,9th , 2nd rows are ∞’s , 4th, 2nd ,5th columns ∞’s (5,1)-> ∞’s

71. Here the unvisited node is 3

---

72. At node 11 path(1,4,2,5,3) Hence 1,4 ,2,5 are visited, 1st ,4th ,2nd,5th rows are ∞’s , 4 2,5,3 rd columns ∞’s (3,1)-> ∞’s

---

73. - in G’, every node (u, v) is connected to u and v with distance 1

---

74. - in G’, every node u and v is connected with distance 1

---

75. “As Urit, group and State, you are the brainmaker and axonal node; you train the brain with repetitious firing patterns

---

76. He also undergoes lymph node dissection which shows no lymph nodes being involved

---

77. This patient, having adenocarcinoma invading the submucosa, with no lymph node or metastases, would be classified as having colon cancer with T1N0M0 staging

---

78. The patient has an enlarged cervical lymph node for which he undergoes biopsy

---

79. Whichever node has the token is

---

80. A Chakra is a node, a vortex of energy at the conjunction

81. “I’m not sure, but I think there’s an electrical connection of some kind between the pedestal and that node wire hanging down from the ceiling

---

82. Physically every chakra is presented by a gland or an ANS node

---

83. Larry Pulaski and an old friend of his from the Police Academy constituted one such node

---

84. When I’d spotted it hovering over Beaverton, it had probably been in the process of scanning the “secret” intranet access node hidden here in the store

---

85. “We need to access the EDA intranet node hidden here in the store

---

86. By reading the source addresses in the arriving packets and noting the interface over which they arrived, the bridge can build a table of node addresses for each segment connected to it

---

87. Once Node 2 receives the packet, it transmits a reply to Node 1

---

88. Because Node 2 is located on Network B, its reply packet arrives at the bridge over a different interface

---

89. Now the bridge can add an entry to its table for Network B containing Node 2’s address

---

90. On examining the packet, the bridge looks for the destination address in its tables and discovers that the address belongs to Node l, on Network A

91. The bridge then transmits the packet over the interface to Node A only

---

92. When a computer (Node 1) is located on a segment connected to two bridges, as shown in Figure 4-7, both of the bridges will receive the first packet the system transmits and add the machine’s address to their tables for that segment, Network A

---

93. The packet headers will still show the address of Node 1 as the source, but both bridges will have received the packet over the Network B interface

---

94. As a result, the bridges may (or may not) modify their address tables to show Node 1 as being on Network B, not A

---

95. If this occurs, any subsequent transmissions from Node 2 on Network B that are directed to Node 1 will be dropped because the bridges think Node 1 is on Network B, when it is, in fact, on A

---

96. If this problem isn’t bad enough, what happens when Node 1 transmits a broadcast message is worse

---

97. The value of this bit indicates whether the transmitting node should read the route designator sections in the RIF field from left to right (0) or from right to left (1)

---

98. In this arrangement, each node has its own memory array and its own bus connecting the processors to the memory

---

99. However, it is the port in the receiving node that reorders the frames, not the processor inside the server or storage subsystem containing the port

---

100. Today, many of the issues with collisions on an Ethernet network have been eliminated with shared, full-duplex, point-to-point channels between the node originating transmission and the receiver