An in-house Thermostat has to: 1. get the temperature from the sensor every 2 seconds; 2. display the temperature and the time; 3 turn the heater on/off based on the setting; 4. get setting from the user and the device. It also needs to use minimal memory. What is the optimal combination of task scheduling and memory allocation selection for this?*   -Dynamic Memory Allocation and Timesharing   -Fixed Partition Memory Allocation with Cooperative Multitasking   -Virtual Memory with Pre-Emptive Multitasking   -Best Fit Partitioning with Timesharing   -No operating system whatsoeve.

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
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An in-house Thermostat has to: 1. get the temperature from the sensor every 2 seconds; 2. display the temperature and the time; 3 turn the heater on/off based on the setting; 4. get setting from the user and the device. It also needs to use minimal memory. What is the optimal combination of task scheduling and memory allocation selection for this?*

 

-Dynamic Memory Allocation and Timesharing

 

-Fixed Partition Memory Allocation with Cooperative Multitasking

 

-Virtual Memory with Pre-Emptive Multitasking

 

-Best Fit Partitioning with Timesharing

 

-No operating system whatsoeve.    

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