Batu Pahat district has an area of 1872.56 km2 with current population 495,338 residents. The signal to interference ratio S/I is 18 dB, path loss exponent, n is 4 and there are 6 co-channels cells in the first tier. Assume the whole district area is covered with constant cellular cell size of 2 km2, calculate; (i) The cluster size, N. (ii) The number of clusters available to cover the whole Batu Pahat district. (iii) The number of user that able to communicate simultaneously in a cell if the telecom provider has allocated 25 MHz duplex spectrum bandwidth, 200 kHz duplex channel bandwidth and one channel share with eight users. (iv) The number of users that can be supported in a cell based on the answer obtain in Q1(b)(iii). Given Grade of Service (GOS) is 2% and traffic intensity per user is 0.1 Erlang. Please refer to APPENDIX A. (v) The number of subcribers can be served in a Batu Pahat district. (vi) The market penetration of the designed network. Probability of Blocking 0.02 0.01 0.005 0.002 0.001 10 0.1 0.1 10 0.05 Number of Trunk Number of Trunked Channels (m) 1.0 10.0 Traffice Intensity in Erlangs (A) 100.0 APPENDIX A Figure A: Erlang B Chart

Batu Pahat district has an area of 1872.56 km2 with current population 495,338 residents. The signal to interference ratio S/I is 18 dB, path loss exponent, n is 4 and there are 6 co-channels cells in the first tier. Assume the whole district area is covered with constant cellular cell size of 2 km2, calculate; (i) The cluster size, N. (ii) The number of clusters available to cover the whole Batu Pahat district. (iii) The number of user that able to communicate simultaneously in a cell if the telecom provider has allocated 25 MHz duplex spectrum bandwidth, 200 kHz duplex channel bandwidth and one channel share with eight users. (iv) The number of users that can be supported in a cell based on the answer obtain in Q1(b)(iii). Given Grade of Service (GOS) is 2% and traffic intensity per user is 0.1 Erlang. Please refer to APPENDIX A. (v) The number of subcribers can be served in a Batu Pahat district. (vi) The market penetration of the designed network. Probability of Blocking 0.02 0.01 0.005 0.002 0.001 10 0.1 0.1 10 0.05 Number of Trunk Number of Trunked Channels (m) 1.0 10.0 Traffice Intensity in Erlangs (A) 100.0 APPENDIX A Figure A: Erlang B Chart

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

1. Find the expression of C/CCI in terms of D and R. For a cellular system C/CCI should be minimum 23 dB in a location where path loss exponent is 3.5. Find the value of D/R and K. Also draw the cellular structure of a Cluster of cells where K is the obtained value.
4.14 An FM modulator has f. = 2000 Hz and få = 20 Hz/V. The modulator has input m(t) = 5 cos[2¤(10)t]. (a) What is the modulation index? (b) Sketch, approximately to scale, the magnitude spectrum of the modulator output. Show all fre- quencies of interest. (c) Is this narrowband FM? Why? (d) If the same m(t) is used for a phase modulator, what must k, be to yield the index given in (a)?
Please explain the question step by step and please care to explain the question in detailed with your own sentence and explain why you used that formula, calculations etc. Thanks in advance.
Problem 4: a. For a Communications system with capacity of 400 kbps and SNR = 35DB and a lower frequency of 0.25 kHz find the Upper frequency? b. What is the channel capacity for signal power of 250 W, noise power of 50 W, and bandwidth of 3 MHz? c. What is the channel capacity when the S'N ratio is doubled but the bandwidth is reduced by a factor of 5?
Discuss the differences between noise channel and noiseless channel including the formula for each?
An analog signal of maximum frequency component of 10 kHz is applied at the input of a PCM system with an uniform quantizer having 32 levels. What will be the Transmission bandwidth of the PCM system? Please answer only if you are confident.
How do a ripple counter and a synchronous counter differ in their behavior?
Networking A digital signal is to be designed to permit 100 Mbps for a bandwidth of 10 MHz. Determine: (1) Number of levels (2) signal to noise ratio. According to Shanon Capacity
State and explain with diagram and reasons how the GaN LNA Receiver design can be modified with Network Traps to avoid bits of signal power loss and removing undesired harmonics of radiated signals in the Transceiver of figure 1 which finds use in several Giga Hertz Frequency for wireless communication applications.