We consider a cellular system in which total available voice channels to handle the traffic are 960. The area of each cell is 6 km² and the total coverage area of the system is 2000 km². Calculate (a) the system capacity if the cluster size, N (reuse factor), is 4 and (b) the system capacity if the cluster size is 7. How many times would a cluster of size 4 have to be replicated to cover the entire cellular area? Does decreasing the reuse factor N increase the system capacity?

Q: 20) If 60MHZ of total spectrum is allocated for a duplex wireless cellular system and each simplex…

A: The Answer is in Below Steps

Q: Q-3: Write a linear programming model for the network given below which can be used to find the…

A: Write a linear programming model for the network given below which can be used to find the shortest…

Q: Find maximum flow from Source "s" to Sink "t" in the Network given below.

A: First find the way to add from s to t in the given graph, Now skip the flow from the selected…

Q: remaining at cell (1,1) and your objective is to complete at cell (n,m).    You can move to the…

A: Here have to determine about  n×m network problem statement.

Q: A hexagonal cell within a seven-cell system has a radius of 1.52 km. A total of 140 channels are…

A: Below is the Answer to above question. I hope this will be helpful for you...

Q: e with mean 1/μ to process a job. Arriving jobs join a single line and are processed by the next…

A: Dear Student, The answer to your question is given below -

Q: Considering Dijkstra's Algorithm (for Single Source Shortest Path (using only one attribute as "path…

A: Dijkstra’s algorithm finds a shortest path tree from a single source node, by building a set of…

Q: Example:- Consider the following table of a system: Process Allocated Мах Available R1 R2 R3 R4 R1…

A: Question from deadlock, we have to find out remaining/need table. And it can be calculated as-…

Q: Show that we can solve the telescope scheduling problem in O(n) time even if the list of n…

A: Dear Student, The answer to your question is given below -

Q: (Do not round intermediate calculations. Round your answer to 1 decimal place.) On average, how long…

A: It is defined as the activities of the central processor are cyclical. The processor fetches an…

Q: Suppose customers in a 24-hour supermarket are ready to be checked out at the precise rate of one…

A: Solution:-

Q: A seven-story office building has 15 adjacent offices per floor. Each office contains a wall socket…

A: The answer for the above mentioned question is given in the following steps for your reference.

Q: For the following flow network, with edge capacities as shown. What is the capacity of the minimum…

A: Option 3 is the correct answer

Q: A seven-story office building has 15 adjacent offices per floor. Each office contains a wall socket…

A: Introduction A LAN can be pretty much nothing or huge, going from a home network with one client to…

Q: In a system with a single capacity 1 server with Random.Exponential(0.25) minutes inter-arrival time…

A: Given that Random.Exponential 0.25 minutes  inter- arrival time  Random.Triangualr(.1,.2,.3)minutes…

Q: Given this bayesian network  determine

A: Using Bayes formula Prob (C|B) = p(B|C)*p(C)/P(B) Since, a is true and b is false is .5 But we…

Q: PQRS TUVw xY P0110 00000 0 a0010 100000 RO001O0100 o s 10100 0000 1 T000 001 000 U0000000 00 v0000 o…

A: The given Matrix is :                [0,1,1,0,0,0,0,0,0,0]               [0,0,1,0,1,0,0,0,0,0]…

Q: 3) Consider a 1 Mbps token ring having N stations (assume N=50), each with infinite buffer size.…

A: Given that, Bandwidth of the token ring= 1 Mbps Number of stations N=50 Number of messages each…

Q: Forward Chaining - Backward Chaining i. Resolution

A:

Q: Applying Prim's MST method to a realistic weighted network is possible.

A: Dear Student, The answer to your question is given below -

Q: Prim's MST approach may be used with a real weighted network.

A: Prim’s approach: In computer science, the Prim's method, also referred to as Janke's an algorithm,…

Q: m 5.2 km F D 2.2 km 4.7 km 2.9 km 6.4 km с 3 km 4.1 km 7 km A 3.2 km B

A: Pseudocode for Djikstra's algorithm -->Every vertex's route distance must be preserved. That can…

Q: COMPARING ONE FAST SERVER TO SEVERAL SLOW SERVERS

A: In the context of queuing theory, the performance of a queuing system can be analyzed using various…

Q: A seven-story office building has 15 adjacent offices per floor. Each office contains a wall socket…

A: LAN is also known as local area network.

Q: 2. Assume a network according to the figure below. Use the shortest path first principle according…

A: DIJKSTRA'S ALGORITHM: Dijkstra's algorithm is a method for determining the shortest pathways…

Q: A seven-story office building has 15 adjacent offices per floor. Each office contains a wall socket…

A: Answer is given below with proper explanation

Q: Define DFA M2 by E = {0,1} Q = {q0,91, 92, q3, 4} %3D %3D 9(i+2) mod 5 if a = 0 8(qi, a) %3D 9(i+3)…

A: The Answer is

Q: Question 3: Z=[1:2:9 ; 0:4:16 ; 72 3 6 4] K. Z(1:3,2:4) L. Z(1,3:end) M. Z(end,4)

A: Note: we are only allowed to solve three subparts in one question. to get answers to…

Q: Consider a process satisfying the equation 0.288 Xt-6 0.696 Xt-5 Zt~ WN(0, 1). Identify this…

A: SARIMA (Seasonal auto regressive integrated moving average) is a statistical technique for…

Q: An office with 7 rooms will connect with electric wire. All possible connecting are showed in a…

A:

Q: c) In a call center with call queueing the number of operators is 60, and the applied traffic…

A: Applied Traffic Intensity (A)= 58Erlang = 58 call hours Mean service time for customers = 6 Mins…

Q: AES uses operations performed over the finite field GF(2^8) with the irreducible polynomial x8 + x4…

A: Effective polynomial representation: In this case is a GF(2), it will be exclusive OR (XOR) and…

Q: 5.06-4. Bellman Ford Algorithm (3, part 4). Consider again the same network shown above and again…

A: The question asks how many time ticks it takes for node L's distance vector to reflect a change in…

Q: The three-station work cell at Pullman Mfg., Inc. is illustrated in the figure below. It has two…

A: The complete answer is below:

Q: You are required to design a UAV LTE Channel Model for Air to Ground (A2G) by using a simulation by…

A: function [SINR_A2G_10m,SINR_A2G_100m,SINR_A2G_500m] =…

Q: What is the connectivity of a cycle Cn where n is at least 4? Explain your answer.

A: The question is what is the connectivity of a cycle Cn where n is at least 4.

Q: Using domain transformation and telescoping, solve the equation:   T(1) = 5 T(n) = 2T(n-1) + 3n +…

A: Given recurrence equation is, T(n)=2T(n-1)+3n+1, n>1 T(1)=5

Q: A seven-story office building has 15 adjacent offices per floor. Each office contains a wall socket…

A: Introduction A local area network (LAN) is an assortment of gadgets associated together in one…

Q: A seven-story office building has 15 adjacent offices per floor. Each office contains a wall socket…

A: What is LAN? A local area network is a computer network that interconnects computers within a…

Q: Develop a system of linear equations for the network by writing an equation for each router (A, B,…

A: MATLAB stands for MATrix Laboratory. Matlab was developed by MathWorks. As per rules, I answered…

Q: Consider a lengthy rural road (which can be considered to be a line segment with an eastern endpoint…

A: ANSWER: Lengthy Rural Road: So we will devise a voracious calculation to utilize the base number of…