JNTUH B Tech Python Programming Previous Questions

1. Write in brief about List in python. Write operations with suitable examples.
2. Summarize various operators, built-in functions and standard library modules that deals  with Python’s numeric type.
3. Explain about categorizing the standard types in python
4. Write a Python script that prints all factors of a given number.
5. Write in brief about Dictionary in python. Write operations with suitable examples.
6. What is the difference between compiled and interpreted languages?
7. What are membership operators? Give examples for usage.
8. What is a dictionary in Python?
9. Write a Python program to print all prime numbers less than 256.
10. Write a Python program that interchanges the first and last characters of a given string.
11. Give a comparison between lists, tuples, dictionaries and sets.
12. Write a Python function that prints all factors of a given number.
13. What are conditional and iterators in Python?
14. Differentiate between lists and tuples in Python?
15. Python type conversion and type casting?
16. What are operators in Python? Describe specifically about identity membership operator?
17. Explain input function, Give an example of lstrip( ) method, How to access values in a dictionary?
18. What are 4 built-in numeric data types in Python? Explain.
19. Describe Python jump statements with examples.
20. Explain in detail about dictionaries in Python.
21.  Discuss about tuples in Pyhton.
22. What are the different loop control statements available in Python? Explain with suitable examples.
23. Write a Python program that calculates number of seconds in a day
24. Write a Python program to read a word and print the number of letters, vowels and percentage of vowels in the word using a dictionary.
25. Write a for loop that prints numbers from 0 to 57, using range function.
26. Write a Python statement that swaps values of two variables. (only one line statement)
27. Write a Python statement that swaps values of two variables. (only one line statement)
28. Write a Python program that prints multiplication table of a given number.
29. What is a list in Python? How to create nested lists? Demonstrate how to create and print a 3-dimensional matrix with lists.
30. Write a Python program that counts the number of occurrences of a letter in a string, using dictionaries.
31. List different operators in Python with suitable examples
32. Write a Python program to print all prime numbers less than 256.
33. Write in brief about Set in python. Write operations with suitable examples.
34. Give a note on each of the below Python language constructs:  quotes (single, double and triple) (ii) multiline statements (iii) indentation
35. What are conditional and iterative statements in Python?
36. Write a Python program that interchanges the first and last characters of a given string.

III B Tech II CSE - Fundamentals of Internet of Things

Fundamentals of Internet of Things

Question Bank

Part A

1. What is the role of things and internet in IoT?

2. Define Physical Freemium.

3. Which of the communication protocols are used by IoT?

4. Define MQTT.

5. Define 802.11-WiFi.

6. What is a Transmission Strategy?

7. Define Smart Agriculture.

8. What is IoT connectivity?

9. Distinguish Product versus service business.

10. Define Actuator.

11. Why do IoT Systems have to be Self-adapting and self-configuring?

12. What is a Digital Lock-in?

13. Define RFID.

14. Explain FTP Protocol.

15. Explain Core competence analytics.

16. What is a wireless sensor network?

UNIT I

1. What do you mean by data acquisition?

2. Define cloud computing as per National Institute of Standards and Technology.

3. Draw and explain about IoT architecture

4. List and describe the IoT applications

5. What are the challenging issues of IoT

6. Explain different characteristics of IoT

7. Describe physical design of IoT

8. Enlighten different IoT Protocols.

9. Explain about application layer protocols of IoT

10. Explain about transport layer protocols of IoT

11. Explain about network layer protocols of IoT

12. Explain about physical layer protocols of IoT

13. What is function block of IoT and explain

14. Describe about IoT communication models with their APIs

15. What are the IoT enabling technologies, explain in details

16. What is transducer and explain with neat diagram

17. List the different types of sensors with their applications

18. List the different types of actuators with their applications

19. Explain about sensor characteristics

20. Differentiate passive and active sensors

21. Differentiate analog and digital sensors

22. Describe about functional components of IoT

23. Explain about IoT service oriented architecture

24. Explain about IoT associative technologies

25. List and explain about functionality based IoT protocol organization

26. What is MQTT and describe the functionality and applications of MQTT

27. Explain about COAP with their applications

28. What is XMMP and describe the functionality and applications of XMMP

29. What is AMQP and write about frame types of AMQP

30. List and explain about communication protocols of IoT

31. What are the IEEE 802.15.4 variants and types

32. What is Zigbee and write advantages of Zigbee

33. Explain about Zigbee components and types

34. What is 6LoWPAN and explain about functionality and applications of 6LoWPAN

35. Explain about routing mechanisms of 6LoWPAN

36. Differentiate between Wireless HART Vs Zigbee

37. Describe about Z Wave protocol

38. Explain about ISA 100.11A protocol

39. Describe about Bluetooth wireless  technology with protocol stack and their modes

40. What is wireless sensor network? Discuss the benefits and limitations of wireless sensor networks.

41. What is NFC write about NFC working principle and specifications

42. What is RFID write about RFID working principle and specifications

43. What is sensor network and explain about WSN components

44. Describe about node behavior and types of WSN

45. Explain about the advanced message queuing protocol.

46. Explain the constrained application protocol (CoAP).

UNIT II

1. Write a note on M2M communication with their applications and features

2. Explain Modified OSI Stack for the IoT/M2M Systems.

3. Describe about M2M ecosystem and M2M service platform

4. Differentiate between IoT and M2M

5. What is interoperability and explain about interoperability in IoT

6. Write a note on user and device interoperability in IoT

7. Explain about arduino programming  with the different types of arduino boards

8. Sketch arduino programming for LED blinking

9. Sketch arduino programming for traffic control system

10. Sketch about integration arduino with sensor and actuator

11. How do IoT devices communicate? Explain with suitable diagrams

UNIT III

1. List the standard types of python, and demonstrate them

2. Write about file operations in python with examples

3. Write python program for working with CSV file

4. Describe about image file processing in python

5. Explain about python socket programming with suitable example

6. What is Raspberry Pi and explain about capabilities and specifications of Raspberry Pi

7. Explain about basic setup of Raspberry Pi

8. Develop Raspberry Pi application for blinking LED

9. Design Raspberry Pi application for image and movie capturing

10. Develop Raspberry Pi application for temperature dependent auto cooling system

UNIT IV

1. Implement Raspberry Pi application for remote data logging

2. What is SDN and explain about SDN architecture and basic components

3. Describe about SDN challenging issues with rule placement

4. Describe about SDN challenging issues with controller placement

5. What are APIs in SDN and explain them in detail

6. Explain about benefits of integrating SDN in IoT

7. Describe SDN approaches for mobile networking

8. What are the 7V’s characteristics of big data

9. Explain about cloud service and deployment models with examples

10. Explain about data flow process with neat diagram

11. Explain about data handling using Hadoop

12.  Describe about HDFS for data handling

13. What is data analytics and describe about data analysis types

14. Describe about statistical model in data analytics

15. What is ANOVA explain about it

16. Explain about regression analysis

17. What is data dispersion describe it

18. Differentiate between qualitative and quantitative analysis

UNIT V

1. Explain about general and essential characteristics of cloud computing

2. List and explain about components of cloud computing

3. Explain about CloudSim and CloudAnalyst simulators

4. Differentiate between sensor cloud and wireless sensor network

5. Describe about management issues in sensor cloud

6. Write about stages of data fusion in IoT

7. IoT implementation process in agriculture fields

8. IoT implementation process in health care

9. IoT implementation process in activity monitoring system

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B.Tech. CSE III Year II Semester : FUNDAMENTALS OF INTERNET OF THINGS

 

• Course Objectives: The objectives of the course are to:
• Understand the concepts of Internet of Things and able to build IoT applications
• Learn the programming and use of Arduino and Raspberry Pi boards.
• Known about data handling and analytics in SDN.
• Course Outcomes: Upon completing this course, the student will be able to
• Known basic protocols in sensor networks.
• Program and configure Arduino boards for various designs.
• Python programming and interfacing for Raspberry Pi.
• Design IoT applications in different domains.

 UNIT – I

• Introduction to Internet of Things

  More../Less..

  Introduction to Internet of Things:

  IoT comprises things that have unique identities and are connected to internet. By 2020 there will be a total of 50 billion devices /things connected to internet. IoT is not limited to just connecting things to the internet but also allow things to communicate and exchange data.

   

  Definition:

  A dynamic global n/w infrastructure with self-configuring capabilities based on standard and interoperable communication protocols where physical and virtual ―things have identities, physical attributes and virtual personalities and use intelligent interfaces, and are seamlessly integrated into information n/w, often communicate data associated with users and their environments.

• Characteristics of IoT

• Physical design of IoT 

• Functional blocks of IoT 

• Sensing, Actuation 

• Basics of Networking 

• Communication Protocols 

• Sensor Networks.

 

UNIT - II

• Machine-to-Machine Communications 

• Difference between IoT and M2M 

• Interoperability in IoT 

• Introduction to Arduino Programming 

• Integration of Sensors and Actuators with Arduino

 

UNIT – III

• Introduction to Python programming 

• Introduction to Raspberry Pi 

• Interfacing Raspberry Pi with basic peripherals 

• Implementation of IoT with Raspberry Pi

 

UNIT - IV

• Implementation of IoT with Raspberry Pi 

• Introduction to Software defined Network (SDN) 

• SDN for IoT 

• Data Handling and Analytics

 

UNIT - V

• Cloud Computing, Sensor-Cloud 

• Smart Cities and Smart Homes 

• Connected Vehicles 

• Smart Grid 

• Industrial IoT 

• Case Study: Agriculture, Healthcare, Activity Monitoring

 

Principles of Programming Languages (PPL) Unit-Wise Questions

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Principles of Programming Languages (PPL) Notes

 Unit I

Unit II

Unit III

Unit IV

Unit V

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Java Prrogramming Notes