A Bluetooth-enabled wireless oximeter, which is a device used to measure the oxygen level (Sp02) in the blood and Heart Rate (HR). The device is used for monitoring COVID patients or patients with respiratory and heart problems. The implemented part is concerned with acquiring the data and extracting the needed parameters using bit manipulation techniques to be processed further. The device transmits the Sp02 and HR measurements through three bytes of data once per second to a Bluetooth-enabled microcontroller. The three bytes contain the 7 bits of SpO2 (SPo to SP) and the 9 bits of HR (HR, to HR3), as shown in Figure 1. Bits 'X' are used for something else. Pulse Oximeter mbed Byte 1 HR. HRX xxx x X Byte 2 HR HR, HR HR, HR2 HR HR SP, SP. SP SP X SP SP, SP Figure 1 Byte 3 Assuming that a 'C' code has three variables B1, B2 and B3 declared as signed char in the main function and are used to hold the three bytes, byte 1, byte 2 and byte 3, received by the microcontroller, respectively. Write the code that can extract and display the measurements Sp02 and HR, declared as signed variahles from the three received bytes.

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A Bluetooth-enabled wireless oximeter, which is a device used to
measure the oxygen level (SpO2) in the blood and Heart Rate (HR). The
device is used for monitoring COVID patients or patients with respiratory
and heart problems. The implemented part is concerned with acquiring
the data and extracting the needed parameters using bit manipulation
techniques to be processed further. The device transmits the SpO2 and
HR measurements through three bytes of data once per second to a
Bluetooth-enabled microcontroller. The three bytes contain the 7 bits of
SpO2 (SPo to SP6) and the 9 bits of HR (HR, to HR3), as shown in
Figure 1. Bits 'X' are used for something else.
2.
(a)
Pulse Oxime ter
mbed
Byte 1
HR. HR,
Byte 2
HR, HR, HR, HR, HR, HR. HR,
Byte 3
SP, SP.
SP
SP. X
SP, | SP,
SP.
Figure 1
Assuming that a 'C' code has three variables B1, B2 and B3
declared as signed char in the main function and are used to hold
the three bytes, byte 1, byte 2 and byte 3, received by the
microcontroller, respectively. Write the code that can extract and
display the measurements SpO2 and HR, declared as signed
variahles from the three received bytes.
(b)
Run your code on the mbed and show the displayed values of SpO2
and HR in hexadecimal when B1 = 96H, B2 = B3H, and B3 = E3H,
using a screenshot of the PC terminal.
A Bluetooth-enabled device transmits two separate bytes of data to
a Bluetooth-enabled microcontroller. The two bytes contain the 11
bits (ao to a10) of a variable, a bit 's' and some unused bits. When
the bit 's' is clear, it indicates that the transmitted data is wrong. The
following code has been written to:
check if the received data is correct (wait if it is not valid); and
if the received data is correct, it assigns the 11 bits to a variable.
(c)
unsigned short X;
while ((B1 & Ox80) == 0);
X = (B1 & 0×1F) | ( (B2 & 0XFC) << 3);
Show the position of each bit (ao to a10 and s) in Byte 1 and Byte 2.
Transcribed Image Text:please help me to solve this solve all as they conbected solve by C not java ans i will upvote fir your help A Bluetooth-enabled wireless oximeter, which is a device used to measure the oxygen level (SpO2) in the blood and Heart Rate (HR). The device is used for monitoring COVID patients or patients with respiratory and heart problems. The implemented part is concerned with acquiring the data and extracting the needed parameters using bit manipulation techniques to be processed further. The device transmits the SpO2 and HR measurements through three bytes of data once per second to a Bluetooth-enabled microcontroller. The three bytes contain the 7 bits of SpO2 (SPo to SP6) and the 9 bits of HR (HR, to HR3), as shown in Figure 1. Bits 'X' are used for something else. 2. (a) Pulse Oxime ter mbed Byte 1 HR. HR, Byte 2 HR, HR, HR, HR, HR, HR. HR, Byte 3 SP, SP. SP SP. X SP, | SP, SP. Figure 1 Assuming that a 'C' code has three variables B1, B2 and B3 declared as signed char in the main function and are used to hold the three bytes, byte 1, byte 2 and byte 3, received by the microcontroller, respectively. Write the code that can extract and display the measurements SpO2 and HR, declared as signed variahles from the three received bytes. (b) Run your code on the mbed and show the displayed values of SpO2 and HR in hexadecimal when B1 = 96H, B2 = B3H, and B3 = E3H, using a screenshot of the PC terminal. A Bluetooth-enabled device transmits two separate bytes of data to a Bluetooth-enabled microcontroller. The two bytes contain the 11 bits (ao to a10) of a variable, a bit 's' and some unused bits. When the bit 's' is clear, it indicates that the transmitted data is wrong. The following code has been written to: check if the received data is correct (wait if it is not valid); and if the received data is correct, it assigns the 11 bits to a variable. (c) unsigned short X; while ((B1 & Ox80) == 0); X = (B1 & 0×1F) | ( (B2 & 0XFC) << 3); Show the position of each bit (ao to a10 and s) in Byte 1 and Byte 2.
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