MAHATMA JYOTIBA PHULE
ROHILKHAND UNIVERSITY, BAREILLY
NATIONAL WORKSHOP
ON
INTELLECTUAL PROPERTY RIGHTS:
IMPLICATION ON INNOVATIONS
ORGANISED BY:
IPR CELL IN ASSOCIATION WITH UTTAR PRADESH COUNCIL OF SCIENCE AND TECHNOLOGY
PRESENTED BY:
KRISHNA KANT SHARMA
SYED NABEEL ZAIDI
DHRUV SHARMA
ANKUR GANGWAR
DR. MANOJ KUMAR SINGH
DR. VISHAL SAXENA
VENUE: TRAINING AND PLACEMENT CELL
M.J.P. ROHILKHAND UNIVERSITY, BAREILLY
Emerging Technologies:
The Next Innovation
Wave
This presentation explores emerging technologies and
their impact. These innovations drive new intellectual
property and innovation. We'll cover AI, robotics, IoT, and
additive manufacturing.
Artificial Intelligence (AI)
AI involves machines mimicking human intelligence. Machine learning
and deep learning are key components. Natural language processing
also plays a role.
Image Recognition
Achieves 99% accuracy in
facial recognition tasks.
Fraud Detection
Reduces losses by 70% with
AI-driven solutions.
Personalized Medicine
Improves treatment effectiveness by 30%.
Robotics
Robots are machines that perform automated tasks. They are used in
many industries and applications.
Industrial Robots Service Robots Surgical Robots
Industrial robots have led to a 20% productivity increase. Service robots
grow at 15% annually. Surgical robots can reduce recovery time by 50%.
Internet of Things (IoT)
IoT is a network of interconnected devices with sensors. It uses connectivity and data analytics. These tools combine to
improve efficiency and convenience.
Smart Homes
Saves 15% on energy costs using IoT
devices.
Smart Cities
Reduces traffic congestion by 25%.
Industrial IoT
Predictive maintenance saves 10%.
Additive Manufacturing (3D Printing)
3D printing involves layer-by-layer material construction. It uses plastics, metals, ceramics, and composites. Prototyping lead
times are reduced by 80%.
1 Prototyping
2 Custom Manufacturing
3 Medical Implants
Synergies and Convergence
These technologies intersect and amplify innovation. AI-powered robots in smart factories drive efficiency gains of 40%.
1
Data
2 Automation
3 Customization
IoT data fuels AI algorithms for predictive maintenance. 3D printing enables rapid prototyping and customization for IoT devices.
Case Studies: Innovation in
Action
Several companies leverage these technologies for IP creation. They also
use them for market leadership. Here are some innovative companies.
Tesla
Uses AI-powered autopilot
and battery technology.
Amazon
Employs robotics in
warehouses and IoT-enabled
smart home devices.
GE
Utilizes additive manufacturing for jet engine components.
The Future of Innovation and
IP
Focus on ethical considerations and responsible innovation. Embrace
emerging technologies to drive innovation. Create valuable IP assets for
future growth.
Ethics
Innovation
Assets
THANK YOU

ppt about Intellectual property right . and implications on innovation

  • 1.
    MAHATMA JYOTIBA PHULE ROHILKHANDUNIVERSITY, BAREILLY NATIONAL WORKSHOP ON INTELLECTUAL PROPERTY RIGHTS: IMPLICATION ON INNOVATIONS ORGANISED BY: IPR CELL IN ASSOCIATION WITH UTTAR PRADESH COUNCIL OF SCIENCE AND TECHNOLOGY PRESENTED BY: KRISHNA KANT SHARMA SYED NABEEL ZAIDI DHRUV SHARMA ANKUR GANGWAR DR. MANOJ KUMAR SINGH DR. VISHAL SAXENA VENUE: TRAINING AND PLACEMENT CELL M.J.P. ROHILKHAND UNIVERSITY, BAREILLY
  • 2.
    Emerging Technologies: The NextInnovation Wave This presentation explores emerging technologies and their impact. These innovations drive new intellectual property and innovation. We'll cover AI, robotics, IoT, and additive manufacturing.
  • 3.
    Artificial Intelligence (AI) AIinvolves machines mimicking human intelligence. Machine learning and deep learning are key components. Natural language processing also plays a role. Image Recognition Achieves 99% accuracy in facial recognition tasks. Fraud Detection Reduces losses by 70% with AI-driven solutions. Personalized Medicine Improves treatment effectiveness by 30%.
  • 4.
    Robotics Robots are machinesthat perform automated tasks. They are used in many industries and applications. Industrial Robots Service Robots Surgical Robots Industrial robots have led to a 20% productivity increase. Service robots grow at 15% annually. Surgical robots can reduce recovery time by 50%.
  • 5.
    Internet of Things(IoT) IoT is a network of interconnected devices with sensors. It uses connectivity and data analytics. These tools combine to improve efficiency and convenience. Smart Homes Saves 15% on energy costs using IoT devices. Smart Cities Reduces traffic congestion by 25%. Industrial IoT Predictive maintenance saves 10%.
  • 6.
    Additive Manufacturing (3DPrinting) 3D printing involves layer-by-layer material construction. It uses plastics, metals, ceramics, and composites. Prototyping lead times are reduced by 80%. 1 Prototyping 2 Custom Manufacturing 3 Medical Implants
  • 7.
    Synergies and Convergence Thesetechnologies intersect and amplify innovation. AI-powered robots in smart factories drive efficiency gains of 40%. 1 Data 2 Automation 3 Customization IoT data fuels AI algorithms for predictive maintenance. 3D printing enables rapid prototyping and customization for IoT devices.
  • 8.
    Case Studies: Innovationin Action Several companies leverage these technologies for IP creation. They also use them for market leadership. Here are some innovative companies. Tesla Uses AI-powered autopilot and battery technology. Amazon Employs robotics in warehouses and IoT-enabled smart home devices. GE Utilizes additive manufacturing for jet engine components.
  • 9.
    The Future ofInnovation and IP Focus on ethical considerations and responsible innovation. Embrace emerging technologies to drive innovation. Create valuable IP assets for future growth. Ethics Innovation Assets
  • 10.