Introduction to Contiki OS

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Introduction to Contiki OS

To install Contiki: Refer this post : http://www.nsnam.com/2014/09/contiki-os-operating-system-and.html

To Refer the Characteristics and comparison of Various OS, refer this Slides:



Operating System fo IoT from T S PRADEEP KUMAR
How to use Contiki OS for Sensor Simulation - A Detailed video is enclosed herewith.
It tells about
Oracle Virtual Box
How to create a Sensor mote using Contiki
How to write a new App in contiki
What are the different windows that categorise? and lot more. Refer this video



T S Pradeep Kumar

Network Simulator 2(NS2) Projects for Students (PG and UG)

Here are some list of projects that may help PG/UG students to do their final Year Projects.  These projects can be implemented using NS2 as a tool and of other tools also. The following projects are categorized as wired and wireless networks (Sensor, Adhoc and Mesh).

  • Performance of TCP in presence of UDP Flows
  • Performance comparison of various routing protocols of Wireless Adhoc Networks (DSR, AODV, DSDV and TORA)
  • Performance comparison of various routing protocols of Sensor Networks (LEACH, SPIN, etc)
  • Implementation of a New TCP Protocol and compare it with other fellow protocols.
  • Comparison of AODV, Trusted AODV and Secure AODV protocol
  • Distance matrix based protocol for wireless sensor networks
  • Bandwidth reuse and utilization for Wireless adhoc networks
  • Peer to Peer Network
  • Quality of Service (QoS) metrics in Adhoc Networks
  • QoS metrics in Sensor Networks
  • Qos Metrics in Wireless multimedia sensor networks
  • QoS metrics in wireless Multimedia Adhoc Networks
  • Animal Habitat using sensor networks
  • enhancing an existing routing protocol for wireless adhoc networks
  • Adding a new metrics in any existing TCP protocol and compare it with other protocols
  • Adding a new queuing method and implement the queue for any existing wired or wireless application
  • Adding a new packet structure and test it using any wireless or wired networks (multimedia UDP packets for wireless adhoc networks)
  • Video/Audio streaming in wireless sensor networks
  • Video/audio streaming in  wireless mesh networks
  • Power aware routing in wireless adhoc networks using fuzzy logic
  • Power aware routing in wireless sensor networks
  • Stochastic Power modelling in wireless sensor networks
  • Localisation in wireless sensor networks
  • data acquisition and aggregation in wireless sensor networks
  • Transmission power control using any algorithm in wireless sensor or wireless adhoc networks.
  • Mobile IP based network monitoring in comparison with node ID based.
  • Adding a new agent and test it with existing wired or wireless networks.
  • Real implementation of Adhoc Routing protocol using Laptops 802.11 interface

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