Robot is at position 0 and move the robot to a destination x(x>0). Robot moves in 1,2,3,4,5 steps.Find the minimum number of steps to reach the destination Ex:destination x=12 output: 3 steps
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- 6.4-6. Self Learning Switches (c). Consider the network below with six nodes, star-connected into an Ethernet switch. Suppose that A sends a frame to A', A’ replies to A, then B sends a message to B’ and B’ replies to B, and then A sends to B and B replies to A. In this sequence of frame transmissions, how many frames have appeared at the interface at C'? Assume that the switch's table is initially empty. [Note: You can find more examples of problems similar to this here.]A simple road network shown below has two-way links. The travel time in minutes for zero volumes is also shown. Using Dijkstra’s algorithm, determine the following: a.) Minimum path and minimum travel time from zone B to C. Show all necessary diagrams leading to final answers. b.) Minimum path and minimum travel time from zone A to D. Show all necessary diagrams leading to final answers.The shortest route technique might be logically used for a. finding the shortest travel distance between two points. b. finding the most scenic route to allow travel to several places during a trip on spring break. c. finding the longest time to travel between two points. d. none of the answers presented apply. e. connecting all the points of a network together while minimizing the distance between them.
- What are the advantages of finding shortest paths and also explain the application areas?Bridge Self Learning Algorithm. Five LANs are connected by four bridges. Each bridge maintains two tables that describe what stations are in each LAN. Initially, all the tables are empty. Show how the tables of the four bridges change after each of the following events happen in sequence. A sends a frame to B B sends a frame to A C sends a frame to A G sends a frame to BCircle the correct answer: The solution found by simulated annealing depends on the initial [ True, False ] Simulated annealing finds the optimal solution, if the probability of accepting a bad move is approaching [ True, False ] The number of steps in simulated annealing depends only on the temperature [ True, False ] The number of steps in local beam search depends on the objective [True, False ] Local search algorithms consume less memory than uninformed search [ True, False ] Local beam search is not guaranteed to find an optimal [ True, False] Simulated annealing consumes less memory than local beam search [ True, False ]. Local beam search with k = 1 is equivalent to hill-climbing [ True, False ]. Simulated annealing may sometimes find a local optimum only [ True, False ]. Simulated annealing with constant temperature T = 0 at all times and ignoring the termination test, is equivalent to stochastic hill-climbing [ True, False ].
- Correct answer will be upvoted else Multiple Downvoted. Don't submit random answer. Computer science. Think about a diagram on k hubs, with numbers from b1 to bk composed on them. For each I from 1 to k: track down such j (1≤j≤k, j≠i), for which (bi⊕bj) is the littlest among all such j, where ⊕ indicates the activity of bitwise XOR (https://en.wikipedia.org/wiki/Bitwise_operation#XOR). Then, draw an undirected edge between vertices with numbers bi and bj in this chart. We say that the succession is acceptable if and provided that the subsequent diagram frames a tree (is associated and doesn't have any straightforward cycles). It is conceivable that for certain numbers bi and bj, you will attempt to add the edge between them twice. All things considered, you will add this edge just a single time. You can track down a model underneath (the image comparing to the main experiment). Succession (0,1,5,2,6) isn't great as we can't arrive at 1 from 5. Notwithstanding,…Code requirements: A robot is positioned on an integral point in a two-dimensional coordinate grid (xr, yr). There is a treasure that has been placed at a point in the same grid at (xt, yt). All x’s and y’s will be integral values. The robot can move up (North), down (South), left (West), or right (East). Commands can be given to the robot to move one position in one of the four direction. That is, “E” moves a robot one slot East (to the right) so if the robot was on position (3, 4), it would now be on (4, 4). The command N would move the robot one position north so a robot at position (4, 4) would be at (4, 5). Because the robot cannot move diagonally, the shortest distance between a robot at (xr, yr) and a treasure at (xt, yt) is | xr – xt | + | yr - yt | = ShortestPossibleDistance Write a recursive program which determines all the unique shortest possible paths from the robot to the treasure with the following stipulation: The robot may never move in the same direction more than…WSNs are a type of communication network. WSNs use sensor nodes to transmit data between each other and a base station. A sensor node's processing power and memory are restricted. Consider an algorithm that can be broken down into smaller problems. Would you rather utilize divide & conquer or dynamic programming to perform these sub-problems at distinct sensor nodes? Write concisely.
- 5 Consider the degree-4 LFSR given by x to the power of 4 space plus space x squared space plus space x space plus space 1. Assume that the LFSR is initialized with the string left parenthesis s subscript 0 s subscript 1 s subscript 2 s subscript 3 right parenthesis equals left parenthesis 0110 right parenthesis. How long is the cycle generated?let the size of a finite buffer be 10 messages and variable N representing the number of messages currently available in the buffer i) how many semaphores are needed to execute multiple procedures and consumers concurrently and explain why? ii) if N=5 what will happen to a consumer upon a semawait() call iii) if N=10 what will happen to a consumer upon a semawait() call iv) if N=0 will you allow the consumer to access the buffer? What will happen if you fail to block the consumer? v) When you should allow any producer to access the buffer and whyWhen a network satisfies what three conditions, can it be said to have achieved its desired goals? Allow me to dissect each one separately.