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Motion controlled Vehicle using leap Technology

Motion controlled Vehicle using leap Technology

Supervised by

Dr.Nofal Nofal

Group Names

Saja AbuMakho

Hudoob AlKhawja

Haneen Dawood

Group Names

Motivation

Motivation

  • Propagation delay
  • Environment effects
  • No Prior work performed in leap motion technology

Main Idea

Science fiction movies

First Idea

leap motion

Second Idea

  • New easy communication technique
  • Virtual Reality (VR) and Augmented Reality (AR)

Contribution

  • configure the vehicle car using a new technique
  • Leap motion controller
  • The communication layer is PubNub Network
  • The controller of the system is Raspberry Pi 4 model B
  • Sensors and camera
  • Web page

Related Work

Related Work

Raspberry Pi Car with FPV camera controlled by a Smartphone

Raspberry Pi Car with FPV camera controlled by a Smartphone

KIVI (Leap Motion Controlled Arduino Vehicle)

KIVI (Leap Motion Controlled Arduino Vehicle)

leap Motion Controller

leap motion controller

  • Michael Buckwald and his co-founder David Holz
  • was developed in 2008

Hardware

  • It can track all fingers on both hands simultaneously.
  • zone of roughly 8- cubic feet (2*2*2).
  • consists of two cameras and three infrared LEDs , with a wavelength of 850 nm.
  • The sensor data in local memory will transfer to computer via the USB.
  • leap motion service
  • Processing
  • Reconstruction as 3D image.
  • Transport protocol
  • Connect to Web client libraries, leap motion control panel.

Software

New Technique

PubNub

Description

cont

  • real time application become mission critical
  • data stream network that have foundation publish subscribe messaging layer
  • using simple publish subscribe command users have secure ,encrypted real time connection
  • replicates data automatically through point of presence
  • consistent real time experience

Schematic Diagram

Flow Chart

Security

  • Password to access to web page
  • Secure network
  • password on SD card memory

Specifications

  • Real time system
  • High level of security
  • accessible from anywhere
  • Portable system
  • Accurate, with small percentage of errors
  • Why Raspberry Pi?
  • Why Raspberry Pi 4 model B?

Problem statement

Achievements

  • Understand the system
  • Buy the components
  • Primary connection

Future work

  • Robot Arm
  • Image processing
  • Sensors: Temperature, Gas, pressure

Thank You

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