AI fuses with Memristor prepared by Bhavana.pptx

Fuse-AI is making medical diagnosis easier with artificial intelligence. A second opinion from the Open Telekom Cloud saves radiologists time, improves the quality of their diagnoses and reduces costs.The FUSE concept foresees a hierarchical infrastructure of sensing- and data processing nodes that use AI to transform raw data into information on asset and grid status and performance.The primary use of an electric fuse is to protect electrical equipment from excessive current and to prevent short circuits or mismatched loads. Electrical fuses play the role of miniature circuit breakers. Apart from protecting equipment, they are also used as safety measures to prevent any safety hazards to humans.In artificial intelligence, data fusion is the process of combining data from multiple sources to produce more accurate, reliable, and actionable information. The goal of data fusion is to provide a more complete picture of a situation or phenomenon than any single data source could provide on its own.

1. AI Fuses With Memristor K.BHAVANA

2. TECHNOLOGY LEADS TO DEVELOPMENT

3. ARTIFICIAL INTELLIGENCE (AI) Artificial intelligence (AI) refers to the simulation of human intelligence in machines that are programmed to think like humans and mimic their actions. 

4. C omputer A computer is a machine that can be programmed to carry out sequences of arithmetic or logical operations (computation) automatically.

5. C omputer Processor  In processor ,it will communicate with the I/O device through a common bus i.e. data and control with sharing by each peripherals.

6. Quantum C omputer A quantum computer is a computer that exploits quantum mechanical phenomena. At small scales, physical matter exhibits properties of both particles and waves, and quantum computing leverages this behaviour using specialized hardware.

7. Quantum Processor In processor , Quantum processor employs the properties of quantum physics like superposition and entanglement to perform computation.

8. Differences Quantum Computer Computer

9. C omputer Processor Working   The fundamental operation of most CPUs, regardless of the physical form they take, is to execute a sequence of stored  instructions  that is called a program. Nearly all CPUs follow the fetch, decode and execute steps in their operation, which are collectively known as the  instruction cycle .

10. Computer Processor Working

11. Quantum Processor Working Quantum computing employs the properties of quantum physics like superposition , interference and entanglement to perform computation. Nearly all QUANTUM computers follows the simultaneous operations and also it have parallelism.

12. Quantum Processor Working

13. AI Fuses With Mermistor

14. RAM , ROM Vs Memristor MEMRISTOR RAM & ROM

15. AI in Memristor Another application that memristors could be highly advantageous in are neural nets, and this is due to the similarities between memristors and neural networks.  This is a near-identical way to how neurons in the brain operate; neurons send impulses to other neurons, and the more a neuron is used, the more reliable the connection.  

16. Neural Networks Memristor This will improve the system’s computational, parallel, and adaptive ability and allow the weight value to be retained within the system for a long period after a power outage. Although the energy efficiency and calculation speed of the recently realized MNNs are satisfactory, there are few applicable examples of MNNs.

17. Low power consumption They can solve complex problems High data speed They can run complex simulations ADVANTAGES

18. DIS -ADVANTAGES They are difficult to build They are used for specific purpose only. There may be a chance to get errors

19. APPLICATIONS ARTIFICIAL INTELLIGENCE FINANCIAL MODELLING WEATHER FORECASTING DRUG DESIGN AND DEVELOPMENT CYBER SECURITY

20. CONCLUSION If we implement this kind of technology in our present computers then the speed and accuracy will increases. It also leads to low power consumption .

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