Justin Bieber has planned a concert which will be held in the USA for New Year Celebration in 2021. For not disappointing his huge fans in other countries, his management has decided to ensure that the concert can be streamed live all over the world. Due to the nowadays high-ends technology, the performance can be enjoyed without any delay. In order to achieve uninterrupted and non-delayed performance, a comprehensive solution must be provided. As an engineer, you are assigned to propose a comprehensive solution for the situation. Currently, the microphone transmitter can cover a frequency range starting from around 1 Hz and reaching up to 140 kHz and has a 4-20 mA output signal. As an engineer, propose your ideas towards providing the comprehensive solution in order to address the following THREE (3) objectives: a) to relate the transmitter and receiver application during the signal propagation for long- distance communication, without dissipating loss during the operation. b) to discuss the whole system process that enables the sound produced by the singer in the USA can be streamed online in other countries like Malaysia, with a proper diagram. The diagram must be started and finished with the live video. c) to calculate the current output (in mA) by this transmitter if the measured frequency is 1500 Hz, with calculation steps shown. d) to convert the output signal in c) to percentage, with calculation steps shown. Guideline for this assessment. Your answers should consist of THREE (3) separate solutions to support FOUR(4) objectives and each of the solutions is supported by justification and detail explanations. a) Introduction: In this section, student has to explain the proposed design to support objective a) with a valid justification. Explain the technology used in transmitting and receiving signals over a longer distance without dissipating loss during the operation. (10 marks) b) Discussion: In this section, student has to provide the explanation to support objective b) with valid diagram and justification. (25 marks) c) Calculation: To perform a calculation exercise to support objective c) and d). (15 marks) (50 marks) Justin Bieber has planned a concert which will be held in the USA for New Year Celebration in 2021. For not disappointing his huge fans in other countries, his management has decided to ensure that the concert can be streamed live all over the world. Due to the nowadays high-ends technology, the performance can be enjoyed without any delay. In order to achieve uninterrupted and non-delayed performance, a comprehensive solution must be provided. As an engineer, you are assigned to propose a comprehensive solution for the situation. Currently, the microphone transmitter can cover a frequency range starting from around 1 Hz and reaching up to 140 kHz and has a 4-20 mA output signal. As an engineer, propose your ideas towards providing the comprehensive solution in order to address the following THREE (3) objectives: a) to relate the transmitter and receiver application during the signal propagation for long- distance communication, without dissipating loss during the operation. b) to discuss the whole system process that enables the sound produced by the singer in the USA can be streamed online in other countries like Malaysia, with a proper diagram. The diagram must be started and finished with the live video. c) to calculate the current output (in mA) by this transmitter if the measured frequency is 1500 Hz, with calculation steps shown. d) to convert the output signal in c) to percentage, with calculation steps shown. Guideline for this assessment. Your answers should consist of THREE (3) separate solutions to support FOUR(4) objectives and each of the solutions is supported by justification and detail explanations. a) Introduction: In this section, student has to explain the proposed design to support objective a) with a valid justification. Explain the technology used in transmitting and receiving signals over a longer distance without dissipating loss during the operation. (10 marks) b) Discussion: In this section, student has to provide the explanation to support objective b) with valid diagram and justification. (25 marks) c) Calculation: To perform a calculation exercise to support objective c) and d). (15 marks) (50 marks)