Why is it necessary to use eulerian or hamiltonian while planning a travel or determining the shortest paths? What benefit does it provide, and how does it assist us?

Q: Prim's MST technique may be used to a real-world weighted network.

A: Given: Prim's method (also known as Janke's a algorithm) is a greedy technique in computer science…

Q: The joint probability of channel is defined as: P(x1, y1)=0.25, P(x1, y2)=0, P(x2, y1)=0.3, P(x2,…

A: Joint and Conditional Entropies: Joint (system) entropy is the average amount of information…

Q: Give an example of a synchronous connection and an example of an isochronous connection, and then…

A: Inspection: An asynchronous connection is one in which two or more parties are connected at the same…

Q: Question 3: ( Taking the speed of the radio signal as 3x108 meters per second, calculate the time…

A:

Q: When planning a journey or dealing with shortest pathways, why do we have to utilize eulerian or…

A: Eulerian and Hamiltonian graphs are used to find the shortest path from source to destination.…

Q: 5) MPLS and OSPF use the algorithm for the path selection a) LSP and Dijkstra's algorithm b) LDP and…

A: MPLS stands for multi protocol label switching . OSPF stands for open shortest path first.

Q: Prim's MST uses a weighted network.

A: Prim's algorithm gives connected component as well as it works only on connected graph.

Q: Q/ Explain about Back Propagation Network. Write in detail about applications of Back Propagation…

A: Artificial Neural Network  It employs supervised learning rule to end up effective and powerful.…

Q: How are unconnected conductors that cross over one another represented in a schematic symbol?

A: Older electrical schematics  non-connecting wires “jumped” over each other with little half-circle…

Q: Explain a practical scenario why split tunneling is used

A: It improves internet speeds by alleviating bottlenecks and conserving bandwidth because all your…

Q: The transition matrix of a channel is given by: p(Y/X) = 10.1 0.3 0.6 l0.2 0.25 0.551 25% Q2 If…

A: The solution obtained for the given problem has been provided below

Q: Find the code vector for the message [1 1 0 0] v. Construct the syndrome decoding circuit. vi.…

A: Note: AS 3-part is incomplete , we have provided answer for first 2-sub parts.  please repost the…

Q: X, + 2 x, + X, = 0 %3D 2 x, + 2 x, + 3 x, = 3 - X, - 3 x, = 2 %3D

A: Provided the Matlab program with appropriate comments in order to solve the above given problem of…

Q: Draw a flow diagram for two communicating stations which suffer from lost data frame. These stations…

A: Let's see the flow diagram in the next steps

Q: omputer Science how to connect a computer network in a building to another building in another city…

A: A WAN covers an enormous topographical region. Most WANs are produced using a few LANs associated…

Q: Given VB = 4 V for the network of the figure below, determine: a. VE b. Ic. 918 V c. Ve. d. VCE. 2.2…

A: The above question is solved in step 2:-

Q: Q1/ B/ A DSM X has six equally likely symbols, find the efficiency of the code using Huffman code.

A: To find the efficiency of the code using Huffman code.

Q: Create a diagram for color-coding of network code with pin code for the following

A: Straight Through: Pin Configuration:

Q: Give a thorough explanation of SRT.

A: An SRT file (also known as a SubRip Subtitle file) is an empty text file that contains important…

Q: Yahya and Mathematics are very close friends, they even call themselves the algebros. The algebros…

A: Hi! To calculate speed  we employ the age-old formula speed = distance / time. The second half of…

Q: Q2: Consider a noisy information system has a bandwidth B Hz, maximum channel capacity C bps, and…

A: C = B log21+S/N Now, since signal capacity = 0.5 of Nyquist capacity => 0.5C = B log21 + S/N

Q: Explain and compare the two types of Sliding window ARQ protocols with suitable diagrams diagrar.…

A: Sliding window protocol are divided into two protocol Go Back N Selective Repeat Go Back N: Here…

Q: The VLF and LF bauds use propagation for communication

A: The VLF and LF bauds use propagation for communication

Q: The conditions to ensure the feasibility of a point-to-point link are Select one or more than one:…

A: Please find the answer below :

Q: In the Deep RNN shown below, the network is unrolled across time %3D depth time

A: Training an RNN is done by defining a loss function (L) that measures the error between the true…

Q: When a light ray passes from a layer with index n1 1.5 to an adjacent layer with index n2, the ray…

A: Here in this question we have given two medium having refractive index n1=1.5. Incidence angle = 30…

Q: Both an isochronous connection and a synchronous connection may be understood better by examining…

A: Connection that takes place at its own pace: Data is sent from one end of a communication system to…

Q: Objective The objective of this homework is to help students to understand and employ Nyquist’s and…

A: According to the information given:- We have to explain the Nyquist’s and Shannon’s maximum channel…

Q: Quantum computing and block chain are two related topics that should be discussed.

A: Given: More intriguingly, blockchain technology is gaining traction simultaneously with quantum…

Q: uestion 12 Calculate the metric for the following EIGRP network (from RI to R4) S 0/0/1 G 0/0 S 0/1…

A:

Q: 8 3 6, 8 12

A: Dijkstra's Algorithm Dijkstra's Algorithm starts on the node you choose (the supply node) and…

Q: Design a Hebbian Network to recognize/classify the following patterns accurately. Complete training…

A: The organic neuronal weight adjustment process inspired Hebbian Learning. It describes a way for…

Q: 15. The loss in signal power as light travels down the fiber is called a. attenuation b.…

A: Given Data:- 15. The loss in signal power as light travels down the fiber is called

Q: Problem 1 For the following network determine the values of IDI, ID2, and Vo. E = 10V Si -M- +ID…

A:

Q: Explain how to derive an effective access time formula.

A: Effective access time Effective access time is the time delay between a request to the system. It…

Q: Exercise.4: A telegraph source has two symbols (dot and dash). The time of dot is 0.5 sec, the time…

A: Given that, Time of dot= 0.5 sec Time of dash= 3*0.5= 1.5 sec Time between symbols= 0.2 sec P(dot)=…

Q: the Architectu

A: The architecture of the Hebbian Network Donald O Hebb devised the Hebbian Learning Rule, sometimes…

Q: radio paths. (b) Rician fading (C) Multipath ANS - Option c I need detail explanation only

A: In radio correspondence, multipath is the engendering marvel that outcomes in radio signs arriving…

Q: Transcribed Image Text 4.14. Solve the shortest path problems

A: ALGORITHM. step1: Initially we have the starting vertex with value 0 and the vertices that can by…

Q: Suppose x, and xz are binary valued (0 or 1). Construct the truth table for the network. expected…

A: Here when x1=0, x2=0 Output= 0*10+0*20-20*1 = -20 Since it's -20, h(x) =0

Q: Make a 3D mesh plot and surface plot in two different figure windows, of the function z =…

A: Answer

Q: نقطتان )2( An Antenna transmits an AM signal having a total power content of 15 kW. Determine the…

A:

Q: Discuss the following outdoor propagation Longley-rice model Okumura model Hata model

A: Outdoor propagation models involve estimation of propagation loss over irregular terrains such as…

Q: 3. Draw the wireframe whose vertex and connectivity matrices are as follows: (1 1 1 lo 1 2 1). (0 1…

A:

Q: Travelling salesman problem.

A: Travelling salesman problem Implementation: The Traveling Salesman Problem (TSP) is to discover the…

Q: 020sc (v1) 77311 2022/07 v4 v2 v7 v5 v8) v6 Lloyd, Alun & Valeika, Steve. (2007). Network Models In…

A: vertices are v1,v2,v3,v4,v5,v6,v7,v8shortest path…

Q: The sequence of communication flows is shown in sequence diagrams. Offer two distinct communication…

A: The sequence diagram, also known as an event diagram, depicts the flow of messages through the…

Q: (Computer Networking) Examine the parallels and differences between the ARP and ICMPv6 ND…

A: Introduction ARP is an acronym for Address Resolution Protocol.It is a communication protocol used…

Properties of different architectures

Software architectures are the blueprint of a software system. They consist of all components involved in a system, relations between various components, the environment of operation, and the principle used in designing the software. In other words, software architecture shows the organization of different software structures and helps understand their behavior.