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Consider a Hexagonal shaped celluar communication system with a frequency reuse cluster size of N. a)...
QUESTION A14 Calculate the cluster size and co-channel reuse ratio for the hexagonal cellular architecture illustrated in the figure below for i=2 and j=2.
We have installed cellular system with 100 sites , a frequency reuse factor of N = 7 , and 500 overall two-way channels. Assume a path loss exponent of 4. Find the number channels per channel , total number of channels available to service provider and the minimum carrier to interference ratio (C/F) of the system in dB.
in cell in a mobile telecommunication system has sine Dis 34.6kom, determine the cluster sie and the SR rogation constantnis equal 2 and there are six interfering shots the that A mobile user is located near the center of base station 3XL if the sinal from base station 3A at the mobile is -90dBm, and the received from Bis 5dBm and from 3C is -87dBm. If the mobile is logged into 3x and the rescue cal strength is 70dBm. Determine...
. Consider a mobile communication system using a carrier frequency of 900 MHz. A mobile in this system is travelling at a speed of 40kmph towards the base station in the cell. Calculate the frequency of the received signal. If the mobile user transmits date at rate of 100 Kbps, determine whether the channel is slow or fast fading.
Example 38 - Consider the communication system below channel V, V>0 102 and n ~ N(0, 2). Find the value of input voltage v that gives P( Y 10-6. 0) α Example 38 - Consider the communication system below channel V, V>0 102 and n ~ N(0, 2). Find the value of input voltage v that gives P( Y 10-6. 0) α
A particular population, for which the frequency curve is bell-shaped (normal), has a mean of μ=100 and a standard deviation of σ=18. For samples of size n=36 consider the sampling distribution of the sample mean ("xbar"). The mean of the sampling distribution of the sample mean is __________ . Group of answer choices 36 3 None of the other choices represent a suitable response. 100 18
Really don't know what its about... Course in operating system, file system Question 2. File Systems (10 marks) (a) Consider a 32GB hard disk and a FAT file system with 24 bits cluster (block) address. What is the minimum block (cluster) size in order to fully utilize all space in the hard disk? (3 marks) (b) Consider an index-based file system with the inode containing 64 direct pointers, 1 indirect pointer, and 1 double-indirect pointer. Suppose the size of a...
(a) Consider a digital communication system with a frequency band ranging from 3 MHz to 4 MHz. It is required to operate without unacceptable bit errors for which let the required SNR min = 24dB. Compute the channel transmission capacity for this minimum value of SNR. (b) Let us consider a Nyquist channel capacity formula C = 2B log2 (M) (in bits/second) where M is the number of signal levels per second, and B is the bandwidth assumed in part...
A particular population, for which the frequency curve is bell-shaped (normal), has a mean of μ=100 and a standard deviation of σ=18. For samples of size n=36 consider the sampling distribution of the sample mean ("xbar"). Note that {18\squareroot of 36) =3 and that 100±(1)(3)⟹97 to 103 100±(2)(3)⟹94 to 106 100±(3)(3)⟹91 to 109 According to the empirical rule, approximately _____ percent of samples of size 36 will produce a sample mean between 97 and 103.
Consider a discrete-time system with frequency response given by HO OSN< -<N<0 Determine the unit pulse response of this system, showing all your workings.