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You must design the solution in ARM assembly programming, using loops, addressing modes, and a variety of data manipulation techniques. This assignment will require thinking through logical control flow, efficient memory management, and basic real-time monitoring. Problem Breakdown and Requirements Part 1: Temperature Regulation System The factory's high-temperature ovens are running too hot. They need a system to gradually cool them down by a fixed number of degrees until they reach a safe operating temperature. The oven starts at 500°C, and it must be reduced by 5°C every second until it hits a safe level of 150°C. For each temperature reduction, the new temperature needs to be stored in memory and checked against the threshold. Implement a loop that reduces the temperature by 5°C every second. Use addressing modes to store each new temperature in a memory location. If the temperature hits 150°C, exit the loop. When done, display the final safe temperature by moving it into a register. Part 2: Robotic Conveyor Belt Timing The robotic conveyor belt is tasked with packaging items. The belt needs to process 15 items. Each item takes a different amount of time to package due to size variations. The first item takes 2 seconds, the next item takes 4 seconds, the third takes 6 seconds, and so on (incrementing by 2 seconds each time). Once all the items are processed, the conveyor should stop, and a signal should be sent (indicated by setting a register). Create a loop that simulates the conveyor belt processing the 15 items. Use addressing mode to track each item's time requirement (store each item's processing time in memory). After processing all items, output the total time taken for all items combined. Trigger a signal (set a register to 1) once all items are processed.

You must design the solution in ARM assembly programming, using loops, addressing modes, and a variety of data manipulation techniques. This assignment will require thinking through logical control flow, efficient memory management, and basic real-time monitoring. Problem Breakdown and Requirements Part 1: Temperature Regulation System The factory's high-temperature ovens are running too hot. They need a system to gradually cool them down by a fixed number of degrees until they reach a safe operating temperature. The oven starts at 500°C, and it must be reduced by 5°C every second until it hits a safe level of 150°C. For each temperature reduction, the new temperature needs to be stored in memory and checked against the threshold. Implement a loop that reduces the temperature by 5°C every second. Use addressing modes to store each new temperature in a memory location. If the temperature hits 150°C, exit the loop. When done, display the final safe temperature by moving it into a register. Part 2: Robotic Conveyor Belt Timing The robotic conveyor belt is tasked with packaging items. The belt needs to process 15 items. Each item takes a different amount of time to package due to size variations. The first item takes 2 seconds, the next item takes 4 seconds, the third takes 6 seconds, and so on (incrementing by 2 seconds each time). Once all the items are processed, the conveyor should stop, and a signal should be sent (indicated by setting a register). Create a loop that simulates the conveyor belt processing the 15 items. Use addressing mode to track each item's time requirement (store each item's processing time in memory). After processing all items, output the total time taken for all items combined. Trigger a signal (set a register to 1) once all items are processed.

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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You must design the solution in ARM assembly programming, using loops, addressing modes, and a variety of data manipulation techniques. This assignment will require thinking through logical control flow, efficient memory management, and basic real-time monitoring. Problem Breakdown and Requirements Part 1: Temperature Regulation System The factory's high-temperature ovens are running too hot. They need a system to gradually cool them down by a fixed number of degrees until they reach a safe operating temperature. The oven starts at 500°C, and it must be reduced by 5°C every second until it hits a safe level of 150°C. For each temperature reduction, the new temperature needs to be stored in memory and checked against the threshold. Implement a loop that reduces the temperature by 5°C every second. Use addressing modes to store each new temperature in a memory location. If the temperature hits 150°C, exit the loop. When done, display the final safe temperature by moving it into a register. Part 2: Robotic Conveyor Belt Timing The robotic conveyor belt is tasked with packaging items. The belt needs to process 15 items. Each item takes a different amount of time to package due to size variations. The first item takes 2 seconds, the next item takes 4 seconds, the third takes 6 seconds, and so on (incrementing by 2 seconds each time). Once all the items are processed, the conveyor should stop, and a signal should be sent (indicated by setting a register). Create a loop that simulates the conveyor belt processing the 15 items. Use addressing mode to track each item's time requirement (store each item's processing time in memory). After processing all items, output the total time taken for all items combined. Trigger a signal (set a register to 1) once all items are processed.
Transcribed Image Text:You must design the solution in ARM assembly programming, using loops, addressing modes, and a variety of data manipulation techniques. This assignment will require thinking through logical control flow, efficient memory management, and basic real-time monitoring. Problem Breakdown and Requirements Part 1: Temperature Regulation System The factory's high-temperature ovens are running too hot. They need a system to gradually cool them down by a fixed number of degrees until they reach a safe operating temperature. The oven starts at 500°C, and it must be reduced by 5°C every second until it hits a safe level of 150°C. For each temperature reduction, the new temperature needs to be stored in memory and checked against the threshold. Implement a loop that reduces the temperature by 5°C every second. Use addressing modes to store each new temperature in a memory location. If the temperature hits 150°C, exit the loop. When done, display the final safe temperature by moving it into a register. Part 2: Robotic Conveyor Belt Timing The robotic conveyor belt is tasked with packaging items. The belt needs to process 15 items. Each item takes a different amount of time to package due to size variations. The first item takes 2 seconds, the next item takes 4 seconds, the third takes 6 seconds, and so on (incrementing by 2 seconds each time). Once all the items are processed, the conveyor should stop, and a signal should be sent (indicated by setting a register). Create a loop that simulates the conveyor belt processing the 15 items. Use addressing mode to track each item's time requirement (store each item's processing time in memory). After processing all items, output the total time taken for all items combined. Trigger a signal (set a register to 1) once all items are processed.
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