In this assignment, students are tasked with developing a distributed system using $C$ programming. The focus of the assessment is on employing efficient algorithms, utilizing data structures, implementing relevant functions, and applying key programming concepts. The specific problem to address involves the creation of a distributed system aimed at automating light and temperature in a room. Students are required to design algorithms that respond to various environmental conditions, ensuring a pleasant and stable day$-$and$-$night experience within the room. The assessment will evaluate the effectiveness of the implementation in achieving the specified objectives, emphasizing both the functionality and efficiency of the distributed system.

Task $1$: System Design

a$.$ Define the overall architecture of the distributed system, outlining the components and their interactions.

b$.$ Specify the algorithms to be used for automating light and temperature control based on environmental conditions.

c$.$ Design data structures to store and manage relevant information within the system.

d$.$ Develop a comprehensive plan for the integration of efficient algorithms into the overall system, emphasizing secure automation practices.

Task $2$: C Programming Implementation

$6$

a$.$ Implement the designed system using the $C$ programming language.

b$.$ Write functions for handling various aspects of the system, including data manipulation and algorithm execution.

c$.$ Ensure code efficiency and maintainability by following best practices in C programming.

d$.$ Incorporate security measures to safeguard the system against potential vulnerabilities in the automation process.

Task $3$: Testing and Validation

a$.$ Apply the developed distributed system to a real$-$world scenario, simulating a room environment with varying conditions.

b$.$ Develop a set of test cases to validate the functionality and performance and security, of the distributed system.

c$.$ Evaluate the system's effectiveness in providing a pleasant and stable day$-$and$-$night experience.

d$.$ Identify potential improvements or enhancements based on the realworld application results, with a focus on maintaining secure automation.