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ABSTRACT

 Now a days with extensive use of technology and artificial intelligence, the era had Shaped up for more user-friendly applications at various levels. Augmented Reality (AR) is one such technology which is used to enrich or enhance natural environments or Situations. Augmented Reality helps user to apply digital objects in to real environments to preview their products in the real worlds using AR devices. This project demonstrates the AR technology implementation using gloves which Displays various activities performed on a digital screen. Perception view is improvised for the user and provides a better visual experience and understanding capabilities. It employs Arduino processors programmed and embedded with other sensors resulting in creating a simple system application which provides a user interface and track the Position of our hand using image processing. Augmented Reality finds its place in various modern day applications like Military, Real Estate, Medical, Video games, De...

reference

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  REFERENCES   WEBSITE REFERENCES:-         https://www.rs-online.com/designspark/basics-of-arduino-nano       http://www.phablabs.eu/sites/default/files/datasheet%20Arduino%20Nano.pdf       https://www.theengineeringprojects.com/2018/06/introduction-to-arduino-nano.html       https://circuitdigest.com/microcontroller-projects/virtual-reality-using-arduino       https://www.circuitstoday.com/arduino-nano-tutorial-pinout-schematics       https://www.wickipedia.com     https://www.google.com   BOOK REFERENCES:-         Electronic component and application     Datasheet of component

CHAPTER 9 FUTURE SCOPE

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  Here we have represented the basic functioning of Augmented Reality through a small demonstration and also we have the opportunity and scope to utilize the technology for various purposes. We can attribute the utilization of above technology to various applications as discussed below: 9.1 AREAS OF FUTURE SCOPE         AR technology can be utilized by professionals in various fields to bring out their presentation skills and make their ideas visible to their higher authorities and functionaries.       This Technology can be used in real estate and construction business by presenting the virtual models of the designs.       Helps in monitoring of work orders to be executed in various Manufacturing, Supply chain and Packing industries.       Can be used in health industries for observations and presentations of patients’ health conditions.   Many more such appl...

CHAPTER 8 CONCLUSION

  I would like to conclude this project as a very great and enriching experience Haptics is still in its nascent stage. It has immense potential to bring about drastic Improvements in our interactions with the virtual world.   However, it does have a few Limitations in hardware, development cost, and its implementation. Day by day, the cost of technology is decreasing. Haptics is finding applications in every possible field such as education, entertainment, art, medical, teleoperation .Haptics has a very large future scope in every possible field .With an increase in investments in terms of money, time, dedication and space haptics is bound to revolutionize the world.

CHAPTER -7 ADVANTAGE AND DISADVANTAGE

  Augmented reality or AR is both a concept and an actual technology that involves providing its users with an interactive computer-generated perceptual information and experienced placed on top of a real-world environment. When   compared to virtual reality or VR  that draws users into an artificially produced virtual or simulated environment, AR simply augments or supplements the existing natural environment with computer-generated perceptual information, thus overlaying the real world with digital elements such as graphics, haptic feedback, and other sensory feedback 7.1 ADVANTAGES OF AR Following are the benefits or  advantages of Augmented Reality (AR) : ➨ The AR system is highly interactive in nature and operates simultaneously with real time environment. ➨ It reduces line between real world and virtual world. ➨ It enhances perceptions and interactions with the real world. ➨ Due to its use in medical industry, life of patients have become safer. It he...

CHAPTER-6 APPLICATIONS OF AR AND FUTURE MODIFICATIONS

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  6.1 INTRODUCTION TO AR Augmented Reality  (AR) is emerging as one of the key drivers of the tech economy. By some estimates, the total value of the AR market is expected to reach $100 billion by 2020.That because  AR apps, headsets, and smart glasses  hold the promise to add value to virtually every industry - from retail to industrial manufacturing. AR is already showing potential to solve some of the biggest problems and pain points, and  we likely won't have to wait until 2020  for AR to make a big impact across the board.   From education to remote work, here are some of the best uses cases for AR technology that are set to emerge in the near future –       Medical Training       Retail       Repair       Maintenance       Design Modelling       Class Room Education   ...

PROGRAM FOR THE PROJECT

if (Phs1!=HallState_1 || Phs2!=HallState_2) //Check if new keys are pressed   { if (HallState_1==LOW && HallState_2==LOW) Aisha.write(1); if (HallState_1==HIGH && HallState_2==LOW) Aisha.write(2); if (HallState_1==LOW && HallState_2==HIGH) Aisha.write(3); if (HallState_1==HIGH && HallState_2==HIGH) Aisha.write(4);   }   As shown in the above lines based on the status of the hall sensor the Bluetooth will write a particular value. For example if hall sensor 1 is high and hall sensor 2 is low, then we will broadcast the vale “2” via the Bluetooth module. Make sure you write the values to the BT module and not print them. Because it will be easy to read the only on Processing side only if they are written. Also the value will only send if it is not as same as the previous value.   if (BluetoothData=='y') digitalWrite(ledpin,HIGH); if (BluetoothData=='n') digitalWrite(ledpin,LOW); These lines are used to tog...