Questions and Answers
Course Code CSPC 209 Course Title ______ Number of Credits and L/T/P scheme 2 & 1/0/2 Prerequisites -
IoT Programming
Course Category PC ______, NIT KURUKSHETRA 2 Course Objectives 1. To develop skills in creating and emulating IoT device behavior within a software environment 2. To develop proficiency in writing and implementing programming logic using Contiki OS 3. To gain a comprehensive understanding of communication protocols 4. To acquire the knowledge and expertise to architect virtual IoT applications using a simulator ______, NIT KURUKSHETRA 3 Course Outcomes 1. Ability to create virtual environments that simulate interactions between sensors, actuators, and microcontroller-based devices 2. Ability to develop and execute programming logic which enables the creation of functional virtual microcontroller programs that control simulated IoT devices in.
DR. SHWETA SHARMA
Ability to create virtual environments that simulate interactions between sensors, actuators, and microcontroller-based devices ______. Ability to develop and execute programming logic which enables the creation of functional virtual microcontroller programs that control simulated IoT devices in.
2
2 & ______ Prerequisites -
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Prerequisites - Course Category PC DR. SHWETA SHARMA, NIT KURUKSHETRA IoT Programming
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Classes are constructs that define objects of the same ______
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A Java class uses variables to define data fields and methods to define ______
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A constructor with no parameters is referred to as a ______
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Constructors must have the same name as the class ______
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Like regular methods, constructors can be overloaded (i.e., multiple ______)
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Study Notes
Course Overview
- IoT Programming is a course with code CSPC 209, worth 2 credits, and has a 1/0/2 L/T/P scheme.
- The course is categorized as PC and has no prerequisites.
- The course objectives are to develop skills in creating and emulating IoT device behavior, proficiency in writing and implementing programming logic using Contiki OS, and a comprehensive understanding of communication protocols.
Course Outcomes
- Ability to create virtual environments that simulate interactions between sensors, actuators, and microcontroller-based devices.
- Ability to develop and execute programming logic that enables the creation of functional virtual microcontroller programs controlling simulated IoT devices.
Classes and Object-Oriented Thinking
- A class is a construct that defines objects of the same type.
- A Java class uses variables to define data fields and methods to define behaviors.
- A class provides constructors, which are special types of methods invoked to construct objects from the class.
Constructors
- A constructor is a special kind of method invoked to construct objects.
- A constructor with no parameters is referred to as a no-arg constructor.
- Constructors must have the same name as the class itself.
- Constructors do not have a return type, not even void.
- Constructors are invoked using the new operator when an object is created.
- Constructors play the role of initializing objects.
- Constructors can be overloaded, meaning multiple constructors can be defined with different parameter lists.
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