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  1. what is innovation • Innovation happens when someone “improves on or makes a significant contribution ” to something that has already been invented. • And converting the knowledge into a wealth is called innovation. • “Innovation is a complex process – even defining innovation is problematic”.
  2. Types Of Innovation
  3. Innovation Process Cycle
  4. Innovation = Creativity + Commercialization
  5. Relationship Between Invention And Innovation
  6. Examples
  7. • A person who sets up a business or businesses, taking on financial risks in the hope of profit. • A promoter in the entertainment industry. • Entrepreneurship is the process of developing, organizing, and running a new business to generate profit while taking on financial risk. • There are two accepted categories of wealthy and successful entrepreneurs – the business owner entrepreneur and the angel investor entrepreneur.
  8. Entrepreneurial Characteristics • Risk Taker • Perceptive • Curious • Imaginative • Persistent • Goal-setting • Self-confident • Flexible • Independent • Hardworking
  9. Stages of Entrepreneurship • Stage One – The Dreamer. • Stage Two – The Architect. • Stage Three – The Builder. • Stage Four – The Cultivator.
  10. • Innovative entrepreneur • Imitative or adoptive entrepreneur • Prime mover • Manager • The artists • The visionary Classification of Entrepreneur
  11. Need of Entrepreneurship • Increases national production • Balanced area development • Dispersal of economic power • Reinvestment of profit for the welfare of the area of profit generation. • Development is a function of motivation and human resource • Entrepreneurial awareness
  12. Some Of the Foreign Entrepreneur
  13. Some Of the Indian Entrepreneur
  14. LED blinking using Raspberry Pi • Introduction • What is Raspberry? • Circuit Explain • working • Code • Result
  15. Raspberry pi
  16. Circuit Explain As shown in the circuit diagram we are going to connect an LED between PIN40 (GPIO25) and PIN39(GROUND). As said earlier, we cannot draw more than 15mA from any one of these pins, so to limit the current we are connecting a 220Ω or 1KΩ resistor in series with the LED.
  17. Working Since we have everything ready, turn ON your PI and go to the desktop. 1. On the desktop, go the Start Menu and choose for the PYTHON 3.
  18. 2. After that, PYHON will run and you will see a windows. 3. After that, click on New File in File Menu, You will see a new Window open
  19. 4. Save this file as LED.py in /home/pi After that write the program for LED as given in next Slide and execute the program by clicking on “RUN” on ‘DEBUG’ option. If the program has no errors in it, you will see a “>>>”, which means the program is executed successfully. By this time you should see the LED blinking three times. If there were any errors in the program, the execution tells to correct it. Once the error is corrected execute the program again.
  20. Code
  21. Code.py import RPi.GPIO as GPIO import time GPIO.setmode(GPIO.BCM) GPIO.setup(25, GPIO.OUT) while True: GPIO.output(25, GPIO.HIGH) time.sleep(1) GPIO.output(25, GPIO.LOW) time.sleep(1)
  22. RESULT
  23. Automatic Class Attendance System Based On Face Detection And Recognition • Introduction • Algorithm ( flow chart ) • Functional Block Diagram • Future Work
  24. Introduction: • Traditionally attendance is marked manually by teachers and they must make sure correct attendance is marked for respective student. • This whole process wastes some of lecture time and part of correct information is missed due to fraudulent and proxy cases
  25. 1-Automated 2- Economically 3-Effective 4- Keep extra time
  26. Significance:
  27. Functional diagram:
  28. Face Detection:
  29. Result:
  30. Future Existence: Automatic attendance system can be improved by increasing the number of features which can be extracted to increase accuracy of face recognition. Once the software is developed and tested properly, it could be improved to cover full institutions such as the faculty of engineering.
  31. C.H.A.R.M (computerized Hardware Automated Reception Manager)
  32. About Charm • A computerized robotic program that simulates and processes human conversation (either written or spoken). • It is built with the objective of monitoring the reception area of our Institute with specific features that aim to have conversations with individuals, interact with them and display details of the college as per their requirement. • All the clubs have been registered via QR codes.
  33. Continues….. • The chatbot gives replies based on datasets as well as the internet. • Attendance of faculty members can be maintained via facial recognition technology and a csv (excel) file is generated. • Suggestion box delivers the suggestion to higher dignitaries via mail service.
  34. Requirements: 1. Chatbot (text + speech) 2. Events of Institute 3. Suggestion box 4. Attendance Recognition 5. Virtual College Tour 6. Details about the Institute 7. Interface(GUI) has been applied
  35. • Open CV • Facial Recognition • Computer Vision • Natural Language Processing • Speech Recognition • Tkinter(for GUI) Technologies required