I would suggest to view the following blog: http://delay-tolerant-networks.blogspot.in/

Additionally, you can contact the authors (S. Pal or B. Saha) of the following paper.

S. Misra, S. Pal, B. Saha, "Distributed Information-Based Cooperative Strategy Adaptation in Opportunistic Mobile Networks", IEEE Transactions on Parallel and Distributed Systems, 2014.

They work on DTN and also use ONE simulator.

If you are not familiar with the ONE simulator, you can read this tutorial also.

http://delay-tolerant-networks.blogspot.de/p/one-tutorial.html

Thanks for help.

At first you should download the following software packages:

1. Java JDK 6 or update version. Current version is Java JDK 8.

2. Eclipse IDE for Java developers.

3. ONE simulator source codes.

Then you should follow the following steps:

1. Unzip Eclipse IDE Software and create a short cut path to desktop.

2. After running the Eclipse IDE, include the jar files from the ONE simulator source codes into your project: These jar files are as follows:

    i. DTN Console Connection.jar and

   ii. ECLA.jar

3. Then run your codes.

For further information, you can visit to the following tutorial:

http://one-simuator-for-beginners.blogspot.in/2013/08/one-simulator-introduction.html

Thanks.

Hi!!! How To Change Map.

To change the Map, You can create the map using OpenJUMP to export map information in the wkt format or you can also use OpenStreetMap from the following link, https://www.openstreetmap.org/#map=5/51.500/-0.100

After that you have to insert the wkt files to the directory, then define them in the configuration file.

Its the job of simulator. ONE will take care of those when you specify routing protocol. For eg : if you specify as " Epidemic Routing" then packet transfer happens based on flooding. Each routing protocol is coded and kept as java packages.. You can use those. 

Can we modify the existing Routing Protocols?

Is there any advantage of implementing security using this simulator?

Yes. You could modify the routing protocol. You need to edit in any protocols corresponding(Eg. Epidemic.java) java file. Regarding security i have no idea. You may execute your security code in layers except data link and physical, since those two arent supported by ONE

Hello guys,

I want to add encryption and decryption in ONE simulator. can anyone please help me out how can i do that.

Thanking you.

How can you simulate offloading in D2D networks using the one simulator?

First of all, better to subscribe in ONE forum mailing list. Then google ONE manual...hope you will find some new release and updated version 

 Follow this blog 

http://delay-tolerant-networks.blogspot.in/p/one-tutorial.html

why the simulator gives same results each run ?

//** Apologies, if you have received multiple copies. Please forward the email to interested colleagues and research scholars**//

Respected Sir/Madam,

Book Chapter proposals are invited for the Edited book titled "Opportunistic Networks: Mobility Models, Protocols, Security & Privacy" in the following topics:

1. Foundations of Opportunistic Network:

v  Migration from MANET to Opportunistic Networks, Basic Concepts of Opportunistic Networks (OppNets)

v  Need of Opportunistic Networks, Types of Opportunistic Networks

v  Sensor Networks: MULE, BIONETS, ZebraNet, SWIM 

v  Pocket Switched Networks: MANET, MSN, VANET, DTN

v  Amorphous Opportunistic Networks: Semantic Opportunistic Networks, Freenet

v  Requirement for OppNets

2. Delay Tolerant Networks (DTNs):

v  Basic Concept, DTN Architecture: Virtual Message Switching Using Store-and-Forward Operation, Nodes and Endpoints, Endpoint Identifiers (EIDs) and Registrations, Priority Classes, Congestion and Flow Control at Bundle Layer

v  Buffer Management, Challenges for Applications over DTN

v  Security for DTN Applications

v  Case Studies: Message-Based Applications—E-mail/SMS, Stream-Based Applications—XMPP, Web, Content Search, Underground Mines, Floating Content

3. Taxonomy of Mobility Models:

v  Random Waypoint Movement Model (RWPM)

v  Map-Based Movement Models: Well Known Text (WKT) format: Map Route Movement and Shortest Path Map Based Movement (SPMBM)

v  Route Based Movement Model (RBM), Working Day Movement Model (WDMM)

v  Transportation Analysis and Simulation Systems (TRANSIMS)

v  Social Network Based Mobility Models: Social Network Models, Community Based Mobility Model

v  Pursue Model, Manhattan Mobility Model, Rush Hour (Human) Traffic Model, Random Direction Model

v  Brownian model, Obstacle Mobility model, Trace-Based Mobility Models, Smooth Random Mobility Model

v  Evaluation of Mobility Models

4. Taxonomy of Routing Protocols:

v  Infrastructure Opportunistic Networks

v  Dissemination based: Epidemic Routing: PROPHET, MaxProp, MV Routing, Spray &Wait, SMART, MARS, RAPID, EBR, SCAR, Direct Delivery

v  Network Coding Based Routing

v  Context Base Routing: Context –Aware Routing (CAR) Protocol, PROPICMAN, Moby-Space Routing Protocol, History-Based Opportunistic Routing Protocol (Hi-BOP)

v  Without Infrastructure Opportunistic Networks

v  Evaluation of Routing Protocols

5. Route Optimization Techniques for fast Data Delivery:

v  Basic Concepts, Route Optimization using Membrane Computing, Route Optimization using Game Theory, Route Optimization using Ant Colony Optimization (ACO), Route Optimization using PlayNCool

v  Performance Evaluation of Route Optimization Techniques

6. Improve Quality of Service of Opportunistic Network:

v  Heterogeneous Connections: Connection Process, Heterogeneous Connections, Network Capacity

v  Network Selection: Network Discovery, Network Selection Algorithms for Information Dissemination

v  Message Forwarding: Single-Copy Forwarding, Multi-Copy Forwarding

v  Congestion Control, Mobile Agents   

7. Vehicular Ad hoc Networks (VANETs):

v  Basic Concepts, VANET Architecture

v  VANET Routing Approaches: Geocast/Broadcast, Unicast, Multicast

v  Geocast/Broadcast:Spatially aware packet routing algorithm, SADV, Interference Aware Routing, FROV,Multihop broadcast protocol, Proposed Algorithms: V-TRADE, UMB, AMB, MHVB, MDDV

v  Unicast:  Greedy: GSR, GPCR, GyTAR, Connectivity Aware Routing, Opportunistic: OPERA, Topology-assist geo-opportunistic routingandMaxProp, Trajectory: SiFT, GeOps, TBD, TTBR

v  Multicast: Topology-Based Approaches: ODMRP, MAODV, GHM, Location-Based Approaches: PBM, SPBM, LBM, RBM, IVG

v  Simulation Methods: Traffic Simulators,Network Simulators

v  Applications

8. Energy Management:

v  Localized Algorithms save Energy, Minimum-Energy Broadcasting and Multicasting, Power-Aware Routing

v  Power-Efficient Neighbour Communication and Discovery for Asymmetric and Symmetric Links

v  Challenges for Energy Management

9. Network Coding Schemes:

v  Basic Concepts

v  CodeOR, SlideOR, AONC, BEND, COPE

v   Performance Evaluation of Network Coding Schemes

10. Taxonomy of Security Attacks

v   Basic Concepts of Attacks, Types of Attacks: Jamming: DoS, DDoS, RDDoS Attack, Black Hole Attack, Cooperative Black Hole Attack, Wormhole Attack, Byzantine Attack, Sybil Attack, Sleep Deprivation,  Rushing Attack, Colluding misrerlay attack, Link Spoofing Attack, Selective Forwarding Attack (Gray Hole attack), Snare Attack, Blackmail Attack, Cooperative Blackmail Attack, Cloning Attack, Sinkhole Attack, Desynchronization attack, Overwhelm attack, Jellyfish Attack

v  Comparison of Attacks

11. Security, Privacy & Trust, Anonymity:

v  Security issues, Authentication and Authorization, Privacy and Trust management techniques, Identity management,  Location-based security services

v  Mix Networks, Intrusion Detection and Prevention Techniques

12. Future Networks Inspired by Opportunistic Networks:

v  Introduction

v  BIOlogically-inspired autonomic NETworks and Services (BIONETS),Mobile Ubiquitous LAN Extensions (MLUEs), Shared Wireless Infostation Model (SWIM), Vehicular Delay Tolerant Networks (VDTNs), ZebraNet, Freenet,

DakNet

v  Evaluation of OppNets

13. Network Emulation Testbed for Opportunistic Networks:

v  Design Challenges: Mobility, Disruptions, Wireless Communication, Scalability,

v  QOMB Testbed: StarBED, QOMET, Overall Architecture

v  DTN Implementations

14: Applications and Future Trends:

v  Introduction

v  Opportunistic Computing, Mobile Data Offloading, Research Trends on Recommender Systems

15: Hands-on “The ONE simulator” – Opportunistic Network Environment

Important Dates:

Last Date for Submission of Chapter Proposal (Minimum 4 Pages)                01 August 2017

Acceptance/Rejection of Book Chapter Proposal notification to Authors         20 August 2017

Full Chapter submission by Accepted Authors                                      10 December 2017

Submission of revised/Final Chapters to publisher                                 10 January 2017

NOTE: The book chapter proposal may kindly be sent by strictly following the attached format to the following Email Id: [email protected]

EDITORS:

Dr. Nur Izura Udzir

Universiti Putra Malaysia, Malaysia ([email protected], [email protected])

Dr. Khaleel Ahmad

Maulana Azad National Urdu University, India ([email protected])

Dr. G C Deka

Directorate General of Training, Ministry of Skill Development & Entrepreneurship, New Delhi-110001, India ([email protected])

Can we modify the message deletion strategies in ONE simulator?

Anyone help me in ONE sim, how to run multiple iteration in same run

can anyone help me in ONE Simulator.I want to send ”Hello “ between two nodes.How too use getProperty addProperty.Can you help me with an example.Thanks in advance.

How to install ONE in eclipse.

https://youtu.be/pH8MKr0pjeE

How can simulate an attack in ONE simulator? Can any one give me a full tatorial about this simulator instead above?

@ Nikita Agarwala you can do it as given below. Instead of double value you can add a string here

override createNewMessage and write

msg.addProperty(RECOMMENDATION_PROPERTY, rcn);

and update and get using these lines

msg.updateProperty(RECOMMENDATION_PROPERTY,rcn);

Double r=(Double) msg.getProperty(RECOMMENDATION_PROPERTY);

https://www.netlab.tkk.fi/tutkimus/dtn/theone/qa.html