Software Engineering (CSC 424) Unit 1
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Questions and Answers

What has become a driving force in different areas of life?

Computer software

Software is manufactured in the classical sense.

False

What is a characteristic of software that distinguishes it from hardware?

Software doesn't wear out

What type of software application accepts dynamic inputs and produces varying output?

<p>Indeterminate Application</p> Signup and view all the answers

Match the following software applications with their characteristics:

<p>Determinate Application = Predictable inputs and outputs Indeterminate Application = Dynamic inputs and varying outputs System Software = Services other programs Real-Time Software = Monitors/controls real-world events</p> Signup and view all the answers

Which of the following concerns have programmers been asked historically?

<p>All of the above</p> Signup and view all the answers

What is one of the major advancements that have influenced the role of computer software?

<p>Improvements in hardware performance</p> Signup and view all the answers

What is computer software described as in the introduction?

<p>The engine that drives business decision making and a key factor that differentiates modern products and services.</p> Signup and view all the answers

Which of the following is not a characteristic of software?

<p>Software is manufactured in the classical sense.</p> Signup and view all the answers

Software applications can be classified into determinate and indeterminate applications.

<p>True</p> Signup and view all the answers

What are determinate applications?

<p>Applications that accept data with a predefined order, execute without interruption, and produce outputs in a report or graphical format.</p> Signup and view all the answers

How does indeterminate application differ from determinate applications?

<p>It accepts dynamic inputs with varied content, executes algorithms that can be interrupted, and produces output that varies as a function of environment and time.</p> Signup and view all the answers

What does system software do?

<p>Service other programs.</p> Signup and view all the answers

What is real-time software used for?

<p>Monitoring, analyzing, and controlling real-world events as they occur.</p> Signup and view all the answers

Study Notes

Introductory Concepts of Software Engineering

  • Computer software plays a crucial role in various aspects of daily life, facilitating business decisions, scientific investigations, and problem-solving.
  • It is integrated into diverse systems including transportation, medical, telecommunications, military, industrial, and entertainment sectors.
  • Software is essential for innovation, impacting everything from education to genetics.

Nature of Software

  • Software is designed and built by engineers, encompassing both executable programs and documentation in various forms (hard-copy and digital).
  • It includes a wide range of data types, such as numbers, text, images, video, and audio.

Evolving Role of Software

  • The impact of software on society and culture is profound, necessitating ongoing advancements to enhance software quality and reduce development costs.
  • Over the past 50 years, hardware improvements and changes in architecture have significantly increased software's influence on everyday life.
  • Ongoing challenges in software development include long development times, high costs, and difficulties in error detection and progress measurement.

Characteristics of Software

  • Software is categorized as a logical system, differing fundamentally from physical systems like hardware.
  • It is engineered, not manufactured, and does not degrade over time like physical items.
  • Most software remains custom-built despite a shift towards component-based assembly.

Types of Software Applications

  • Determinate Applications:

    • Accepts data in a predefined manner, executes algorithms without interruption, and produces predictable output (e.g., engineering analysis programs).
  • Indeterminate Applications:

    • Accepts dynamic inputs with variable content. Execution can be interrupted, leading to output variations based on environmental conditions (e.g., multi-user applications).

Information Determinacy

  • Information determinacy refers to the predictability of the sequence and timing of information processed.
  • Content pertains to the meaning and format of information entering and exiting the software.

Categories of Software Applications

  • System Software:

    • Comprises programs that support the operation of other software and require high interaction with hardware. It manages scheduling, resource sharing, and complex data structures while accommodating multiple external connections.
  • Real-Time Software:

    • Monitors, analyzes, and controls events occurring in real-time, essential for embedded systems and various automated applications.

Introductory Concepts of Software Engineering

  • Computer software plays a crucial role in various aspects of daily life, facilitating business decisions, scientific investigations, and problem-solving.
  • It is integrated into diverse systems including transportation, medical, telecommunications, military, industrial, and entertainment sectors.
  • Software is essential for innovation, impacting everything from education to genetics.

Nature of Software

  • Software is designed and built by engineers, encompassing both executable programs and documentation in various forms (hard-copy and digital).
  • It includes a wide range of data types, such as numbers, text, images, video, and audio.

Evolving Role of Software

  • The impact of software on society and culture is profound, necessitating ongoing advancements to enhance software quality and reduce development costs.
  • Over the past 50 years, hardware improvements and changes in architecture have significantly increased software's influence on everyday life.
  • Ongoing challenges in software development include long development times, high costs, and difficulties in error detection and progress measurement.

Characteristics of Software

  • Software is categorized as a logical system, differing fundamentally from physical systems like hardware.
  • It is engineered, not manufactured, and does not degrade over time like physical items.
  • Most software remains custom-built despite a shift towards component-based assembly.

Types of Software Applications

  • Determinate Applications:

    • Accepts data in a predefined manner, executes algorithms without interruption, and produces predictable output (e.g., engineering analysis programs).
  • Indeterminate Applications:

    • Accepts dynamic inputs with variable content. Execution can be interrupted, leading to output variations based on environmental conditions (e.g., multi-user applications).

Information Determinacy

  • Information determinacy refers to the predictability of the sequence and timing of information processed.
  • Content pertains to the meaning and format of information entering and exiting the software.

Categories of Software Applications

  • System Software:

    • Comprises programs that support the operation of other software and require high interaction with hardware. It manages scheduling, resource sharing, and complex data structures while accommodating multiple external connections.
  • Real-Time Software:

    • Monitors, analyzes, and controls events occurring in real-time, essential for embedded systems and various automated applications.

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Description

This quiz covers the introductory concepts of Software Engineering as per the syllabus of CSC 424 for the academic year 2023/2024. It explores the role of computer software in various fields, emphasizing its impact on business decision-making and scientific research.

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