---
owner:
    hid: 201
    name: Arnav, Arnav
    url: https://github.com/bigdata-i523/hid201
paper1:
    abstract: >
        With the exponential increase in the number of connected IoT
        devices, the data generated by these devices has grown
        enormously. Sending this data to a centralized server or cloud
        results in enormous network traffic and may lead to failures
        and increased latency. A solution for this problem is to do
        some processing on the devices closer to the network edge,
        enabling responsive and real-time analytics.  There have been
        various developments in the field of edge computing some of
        which are described here.
    author:
        - Arnav, Arnav
    chapter: Edge Computing
    hid:
        - 201
    status: "20th Oct 2017 100%"
    title: Big Data analytics and Edge Compting
    url: https://github.com/bigdata-i523/hid201/paper1
paper2:
    review: Nov 10 2017
    abstract: >
        With the increase in the number of edge devices and their
        applications in settings like sensor networks, it is crucial
        to allow communication between the sensing devices and
        actuators, which may not be directly connectes.  To allow
        services built on various different platforms and using
        different hardware to commmunicate, a data agnostic, fast and
        reliable mechanism is needed to allow communication between
        these devices. In addiion to communication, the data generated
        by these devices must be analyzed and security of this data is
        highly important. MQTT is a common, easy to use, queing
        protocol that helps meet these requirements.
    author:
        - Arnav, Arnav
    hid:
        - 201
    status: 100%
    title: Using MQTT for Communication in IoT Applications
    url: https://github.com/bigdata-i523/hid201/paper2
    chapter: Technology
project:
    abstract: >
        As the number of connected edge devices increases there is a
        need for fast comunication between these devices, and to
        analyse the data collected by these devices, which is made
        possible by the use of a scalable lightweight communicatoin
        protocol such as MQTT, which is easy to use, data agnostic,
        and application independent.  We look at one such appllication
        of the protocol, to control a robot car remotely, over
        wireless network, navigating with the help of a raspberry pi
        camera on the car.
    author:
        - Arnav, Arnav
    hid:
        - 201
    status: 100%
    title: IoT Application Using MQTT and Raspberry Pi Robot Car
    type: project
    url: https://github.com/bigdata-i523/hid201/project
    chapter: Edge Computing