Q1- Design and implement an Heart Pulse and Temperature Monitoring system using an 8051 as shown in Figure 1. A)-The 8051 will continuously monitor the 8-bit integer outputs (PORT 1) of a temperature sensor. If the temperature goes above the specified maximum (38°C), the system will open the bazzer (alarm system clock 500Hz). The system should also output the current temperature on the two 7 segment displays connected to port 0. B)- The 8051 will continuously monitor the (P3.4) of a Heart Pulse sensor. If the heart rate goes above the specified maximum (99 pulse), the system will open the bazzer (alarm system clock 500Hz). The system should also output the current heart rate on the two 7 segment displays connected to port 2. Your program should include the following: i. A flowchart showing the structure of your program ii. Assembly language code to read the thermistor and heart pulse. 111. Assembly language code to decode and display the temperature and heart rate. Temperature Sensor Heart pulse sensor 8 P1.0 P1.7 TO P3.4 8051 T1 P3.5 Buzzer PO.0 P0.7 P2.0 P2.7 (alarm system) Temperture Display Heart rate display

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Q1- Design and implement an Heart Pulse and Temperature Monitoring system
using an 8051 as shown in Figure 1.
-The 8051 will continuously monitor the 8-bit integer outputs (PORT 1) of
a temperature sensor. If the temperature goes above the specified maximum
(38°C), the system will open the bazzer (alarm system clock 500Hz). The system
should also output the current temperature on the two 7 segment displays
connected to port 0.
B)- The 8051 will continuously monitor the (P3.4) of a Heart Pulse sensor. If
the heart rate goes above the specified maximum (99 pulse), the system will open
the bazzer (alarm system clock 500Hz). The system should also output the current
heart rate on the two 7 segment displays connected to port 2.
Your program should include the following:
i.
A flowchart showing the structure of your program
ii.
Assembly language code to read the thermistor and heart pulse.
iii. Assembly language code to decode and display the temperature and heart rate.
Temperature
Sensor
Heart pulse
sensor
8 P1.0
P1.7
TO P3.4
8051
T1 P3.5 Buzzer
PO.O
P0.7
P2.0
P2.7
alarm system)
8.
Temperture
Display
8.-8.
Heart rate
display
Transcribed Image Text:Q1- Design and implement an Heart Pulse and Temperature Monitoring system using an 8051 as shown in Figure 1. -The 8051 will continuously monitor the 8-bit integer outputs (PORT 1) of a temperature sensor. If the temperature goes above the specified maximum (38°C), the system will open the bazzer (alarm system clock 500Hz). The system should also output the current temperature on the two 7 segment displays connected to port 0. B)- The 8051 will continuously monitor the (P3.4) of a Heart Pulse sensor. If the heart rate goes above the specified maximum (99 pulse), the system will open the bazzer (alarm system clock 500Hz). The system should also output the current heart rate on the two 7 segment displays connected to port 2. Your program should include the following: i. A flowchart showing the structure of your program ii. Assembly language code to read the thermistor and heart pulse. iii. Assembly language code to decode and display the temperature and heart rate. Temperature Sensor Heart pulse sensor 8 P1.0 P1.7 TO P3.4 8051 T1 P3.5 Buzzer PO.O P0.7 P2.0 P2.7 alarm system) 8. Temperture Display 8.-8. Heart rate display
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