bits In Bluetooth network, the downlink packet format and timing are shown in the following figure...

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bits In Bluetooth network, the downlink packet format and timing are shown in the following figure (a) and (b) respectively. 72 54 Access Code Header -625 us f(k) f(k+ 1) f(k+ 2) (a) Packet format b) Find the rate of frequency hops. f(k+ 3) (b) Packet timing a) Determine the downlink bit rate for this network. 0 to 2745 Payload f(k+ 4) Good Luck f(k+5) f(k+6) c) The total bandwidth is divided into 1 MHz physical channels. These channels are allocated along the regular range from 2.4 GHz to 2.84 GHz. Determine the number of these channels. d) What is aim to select one time slot to send a packet and the next slot is off? Select the right answer. i. Time Division Duplex (TDD) iii. Frequency Hopping (FH) (i) and (iii) ii. Frequency Division Duplex (FDD) iv. bits In Bluetooth network, the downlink packet format and timing are shown in the following figure (a) and (b) respectively. 72 54 Access Code Header -625 us f(k) f(k+ 1) f(k+ 2) (a) Packet format b) Find the rate of frequency hops. f(k+ 3) (b) Packet timing a) Determine the downlink bit rate for this network. 0 to 2745 Payload f(k+ 4) Good Luck f(k+5) f(k+6) c) The total bandwidth is divided into 1 MHz physical channels. These channels are allocated along the regular range from 2.4 GHz to 2.84 GHz. Determine the number of these channels. d) What is aim to select one time slot to send a packet and the next slot is off? Select the right answer. i. Time Division Duplex (TDD) iii. Frequency Hopping (FH) (i) and (iii) ii. Frequency Division Duplex (FDD) iv.

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a The downlink bit rate for this Bluetooth network can be calculated by dividing the total number of ... View the full answer