Browsing by Author "Khan, Zarrar Ahmed"

Now showing 1 - 4 of 4
  • No Thumbnail Available
    Item
    3D Printer
    (AIKTC, 2019-05) Khan, Zarrar Ahmed; Shaikh, Sohel Nazir (16DET129)]; Bagwan, Sohail Ahmed (16DET79)]; Khan, Taufique Md. Rafique [(16DET93); Nalband, Muzammil Gulab (16DET108)
    The inspiration for this project comes from the fact that 3D printer are really innovative and revolutionary idea but along with that they are very costly, one cannot afford the 3D printer just for fun or to use at home just to create ideas into reality. This high cost limits the imagination of the ordinary people. The high quality 3D printers comes at a range of 65000- 140000 rupees. It all starts with imagination of the object we want to create. One can create a affordable 3D printer by using equipment in their surrounding or probably at home. The technology of 3D printing can be used to create imagination into reality, parts of the machinery of equipment which are not available in the market, prototypes of new ideas and most importantly for fun. Due to the price it's access to world is very limited but through this project there will be an increase in the access of 3D printers. Obviously this isn't going to be fancy but it will show the basics of how the 3D printer works. If we can imagine it, we can also create it. The only limit is our imagination. Want a toy for kids! print it out. Want a container! do it in no time.
  • No Thumbnail Available
    Item
    Artificial intelligence based holograph
    (AIKTC, 2019-05) Khan, Zarrar Ahmed; Khan, Abir Akhalak (16DET58); Mulla, Hannan (16DET106); Shaikh, Owesh (15ET44); Padarwala, Faheem (15ET37)
    A 3D Holograph display projects an image from a monitor down towards on an acrylic pyramid, which then creates a 3D effect. In AI based holographic display we are introducing a chat bot which will help us to interact with humans.A 3D holographic displays will be capable of displaying footage of internal organs and structures generated from MRI, CT, PET, or ultrasound data sets. Users will have the ability to enlarge, isolate, rotate, and pan through image volumes in real-time as dynamic features, such as beating hearts or inflating lungs, are visualized. We are also imposing a technology called augmented reality in our holograph which will superimpose a computer generated image on a user’s view of the real world, thus providing a composite 3D view on a display. The problem in single side display is that we are not able to see all the view of the 3D object simultaneously. So 3D holographic display will projects a 3D view of an image in a more explanatory manner, and AI will help user to interact with machine. User will have a 3D gaming Experience on Holograph.
  • No Thumbnail Available
    Item
    Data analysis of unemployment in India using Tableau
    (AIKTC, 2021-05) Khan, Zarrar Ahmed; Mishra, Akhalesh (18DET08); Uppe, Maroti (18DET27); Mallick, Shamshad (18DET19); Saquib, Abbas(18DET23)
    It has been seen that the Unemployment is one of the major problems for the under-developed and developed nations around the globe. To be able to deal with problem of Unemployment, it is necessary to understand its causes in our country. If you just completed your study and are ready for a job this will give you a better understanding of current scenario of market or you want to start your own business or start-up then it may help you to know which Indian state has highest Unemployment rate or which state has most job opportunities in India. For a company this will help to know that which state is most suitable to start a new business and able to provide enough man power or worker they need because in our project we are going to use state wise Unemployment data and then using Tableau Software give an interactive graphical representation. Tableau is a visual analytics platform transforming the way we use data to solve problems—empowering people and organizations to make the most of their data. In Tableau, you can aggregate measures or dimensions, though it is more common to aggregate measures. Whenever you add a measure to your view, an aggregation is applied to that measure by default. The type of aggregation applied varies depending on the context of the view. In our project we use Tableau software we segregate the unemployment data into male, female, urban area, rural area, literacy rate, state etc. This will help us to visualize the data of unemployment and make a decision on this basis.
  • No Thumbnail Available
    Item
    Self driving car using tensorflow
    (AIKTC, 2019-05) Khan, Zarrar Ahmed; Thakur, Waqqas (16DET72); Ansari, Arman (15ET14); Patel, Md. Aabid (16DET109)]; Shaikhnag, Usman (16DET70)
    Deep Learning has led us to newer possibilities in solving complex control and navigation related tasks. The paper presents Deep Learning with back propagation autonomous navigation and obstacle avoidance of self-driving cars, applied with Deep Q Network to a simulated car an urban environment. The approach uses two types of sensor data as input: camera sensor and laser sensor in front of the car. It also designs a cost-efcient high-speed car prototype capable of running the same algorithm in real-time. The design uses a camera and a Hokuyo Lidar sensor in the car front. It uses embedded GPU (Nvidia-TX2) or CPU for running deep-learning algorithms based on sensor inputs.