Wireless Communication Lab
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Overview
The Wireless Communication Lab investigates efficient ways to form a secure
extended ad-hoc network of laptops, handhelds, and other wireless capable
devices, and bridge it to the Internet. Our research encompasses scalable
routing, security, and energy efficiency in pure peer-to-peer mobile
ad-hoc networks, mobile multi-hop infrastructure access networks, and
sensor networks.
News
Research Projects
The Mobile Ad hoc Network Visualization Project
The the Mobile Ad hoc Network Visualization Project was created to enable researchers to visualize the link dynamics in a MANET. In a wireless network, the connectivity between nodes is continuously changing. This is true in both fixed and mobile networks. The Wave Relay Mobile Ad hoc Networking System is currently deployed in Baltimore City in the vicinity of the Johns Hopkins Homewood Campus and provides the real-time link connectivity information for this visualization project. Information from the Wave Relay system is continuously transmitted to a server at JHU. The collected information can then be displayed in Google Earth. The statistics are refreshed once per second providing near real-time monitoring of the mobile ad hoc network. The current system contains both fixed and mobile nodes. The mobile nodes are part of our JHU Wireless Shuttle Bus Project..
The JHU Wireless Shuttle Bus Project
The Wireless Shuttle Bus Project is the result of a collaboration between the JHU Wireless Communication Lab, the JHU Security Dept. and the Homewood Parking Office. The project involves the deployment of the Wave Relay Ad hoc Networking System on the JHU Escort Shuttle Service and the Homewood Campus Parking Shuttles. This provides the JHU Security Dept. with the ability to track the speed and location of the escort shuttles in real-time. In addition students on the shuttles buses are able to obtain wireless Internet access. The shuttle deployment also serves as a test-bed for evaluating the performance of MANET routing protocols.
Wave Relay Ad hoc Networking Test-bed
This project focuses on the development of the Wave Relay ad hoc
networking test-bed here at the JHU campus. Currently, more then 50 wireless
routers have been deployed across the Homewood Campus. The wireless
network serves as a research platform for evaluating protocol performance. The goal of the Wave Relay project is to build a large scale ad hoc network across the Johns Hopkins University campus and surrounding neighborhoods. Our goal is to incorporate mobile applications and explore the effects of mobile access on network performance.
Secure Ad Hoc Networking
for Industrial Process Control
This project explores the integration of wireless communication systems into industrial process control. Through
collaboration with industry experts, industrial plants, and control system manufacturers, we attempt to determine industry requirements
and incorporate these requirements into protocol design.
Classes
600.647 - Advanced Topics in Wireless Networks
This class will survey current research in wireless communication networks. These types of networks have been growing exponentially in the past several years and
include a host of different network types: ad hoc, cell phone, access point, sensor, etc. The class will build understanding of all layers of wireless networking and
the interactions between them (including: physical, data link, medium access control, routing, transport, and application). The topics of security, energy efficiency,
mobility, scalability, and their unique characteristics in wireless networks will be discussed.
Wireless Class Projects
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The HawkVision Project
The goal of the project is to develop a mapping and planning tool for a specific military application that uses GPS tracking and the Wave Relay Mobile Ad hoc Networking Test-bed to communicate positional information and terrain features in real-time among clients of an ad hoc network.
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Ask Anywhere
The goal of the project is to develop an application which allows users to enter location specific queries and receive response from users in the system that are physically located at the targeted geographic location.
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Personal Networking Tool
The goal of the project is develop an application that alerts users if they are in wireless communication range of friends or users with similar interests. The application then allows the users to communicate by chatting.
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WaitLoss
Waitloss provides an efficient way of automatically notifying all relevant transport vehicles in the vicinity of the need for transportation. The system is currently being built for the Johns Hopkins Shuttle Service that provides escort vans for students on fixed routes and in a fixed radius.
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Targeted Distributed Advertisements
Our targeted distributed advertising (TDA) system consists of sensors, displays, and a database that form an ad hoc 802.11 network. The purpose of TDA is to target advertisements towards customers in a mall-like environment by gathering information about their shopping preferences. Customer movement is tracked through sensors located throughout stores, which detect customers' mobile Bluetooth devices (cell phones, PDAs, etc) that are set in discovery mode. Each such Bluetooth device has a semi-unique ID that is used for pairing with Bluetooth hosts, and can be used to fingerprint what stores its owner goes into, and how much time she spends in each store.
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The Opportunistic Network Information Sharing Service (ONISS)
ONISS provides a survival-of-the-fittest model content sharing service that allows clients to download (legal) content from nearby clients, via an ad-hoc 802.11b service (Wave Relay). Users rate and request content and submit ratings to a server, which computes behavior-derived content suggestions, and distributes efficient content-source mappings. In the absence of the server, clients communicate directly. Downloaded content is maintained in a holding pen till the client user accepts or deletes the item.
Wireless Lab People:
Publications
2006
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Dynamics of Learning Algorithms for the On-Demand Secure Byzantine Routing Protocol
Third European Workshop on Security and Privacy in Ad hoc and Sensor Networks (ESAS 2006), Hamburg, Germany September 20-21, 2006.
Baruch Awerbuch,
Robert G. Cole,
Reza Curtmola,
David Holmer,
Cristina Nita-Rotaru,
and Herbert Rubens.
[PDF].
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Dynamics of Learning Algorithms for the On-Demand Secure Byzantine Routing Protocol
Technical Report 1, Jan 2006.
Baruch Awerbuch,
Robert G. Cole,
Reza Curtmola,
David Holmer,
Cristina Nita-Rotaru,
and Herbert Rubens.
[PDF].
2005
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On the Survivability of Routing Protocols in Ad Hoc Wireless Networks
SecureComm 2005 - First International Conference on
Security and
Privacy for Emerging Areas in Communication Networks, September 2005.
Baruch Awerbuch,
Reza Curtmola,
David Holmer,
Cristina Nita-Rotaru,
and Herbert Rubens.
[PDF].
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Provably Competitive Adaptive Routing
IEEE Infocom 2005 - The 24th Conference of the IEEE Communications Society, March 2005.
Baruch Awerbuch,
David Holmer,
Robert Kleinberg,
and Herbert Rubens.
[PDF].
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Secure Multi-hop Infrastructure Access
NDSS 2005 Wireless and Mobile Security Workshop, February 2, 2005.
Baruch Awerbuch,
Reza Curtmola,
David Holmer,
Cristina Nita-Rotaru,
and Herbert Rubens.
[PDF]
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ODSBR: Simulation Dynamics and Directions
Extended Abstract, Technical Report 1, Dec 2004.
Baruch Awerbuch,
Robert Cole
Reza Curtmola,
David Holmer,
Cristina Nita-Rotaru,
and Herbert Rubens.
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FMAC/CSR: A Fair MAC Protocol for Wireless Ad-hoc Networks
Technical Report
Zhifei Li, Anil K. Gupta, and Sukumar Nandi
[PDF]
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The Medium Time Metric: High Throughput Route Selection in Multirate Ad Hoc Wireless Networks
To appear in the Kluwer Mobile Networks and Applications
(MONET) Journal Special Issue on "Internet Wireless Access: 802.11 and Beyond".
Baruch Awerbuch,
David Holmer,
and Herbert Rubens.
[Technical Report PDF].
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The Pulse Protocol: Mobile Ad hoc Network Performance Evaluation
Wireless On-demand Network Systems and Services (WONS 2005), St. Moritz, Switzerland, January 2005
Baruch Awerbuch, David Holmer, and Herbert Rubens.
[PDF].
2004
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The Pulse Protocol: Sensor Network Routing and Power Saving
Military Communications Conference (MILCOM 2004), Monterey,
CA, November 2004
Baruch Awerbuch,
David Holmer,
Herbert Rubens,
Kirk Chang, and I.-J. Weng.
[PDF]
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Mitigating Byzantine Attacks in Ad Hoc Wireless
Networks
Technical Report 1, March 2004.
Baruch Awerbuch,
Reza Curtmola,
David Holmer,
Cristina Nita-Rotaru,
and Herbert Rubens.
[PDF].
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The Pulse Protocol: Energy Efficient Infrastructure Access
The 23rd Conference of the
IEEE Communications Society (IEEE Infocom 2004), Hong Kong, China, March 2004
Baruch Awerbuch, David Holmer, and Herbert Rubens.
[PDF].
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Swarm Intelligence Routing Resilient to Byzantine Adversaries
IEEE International Zurich Seminar on Communications (IZS 2004), ETH Zurich, Switzerland, February 2004
Baruch Awerbuch, David Holmer, and Herbert Rubens.
[PDF].
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High Throughput Route Selection in Multi-Rate Ad Hoc Wireless Networks
Wireless On-demand Network Systems (WONS 2004), Madonna di Campiglio, Italy, January 2004
Baruch Awerbuch, David Holmer, and Herbert Rubens.
[PDF].
2003
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ODSBR: An On-Demand Secure Byzantine Routing Protocol
Technical Report Version 1, October 15th, 2003.
Baruch Awerbuch,
Reza Curtmola,
David Holmer,
Cristina Nita-Rotaru,
and Herbert Rubens.
[PDF].
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Effects of Multi-rate in Ad Hoc Wireless Networks
Technical Report Version 1, July 18, 2003.
Baruch Awerbuch, David Holmer, and Herbert Rubens.
[PDF].
2002
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An On-Demand Secure Routing Protocol Resilient to Byzantine Failures
In ACM Workshop on Wireless Security (WiSe) in conjunction with MobiCom 2002, Atlanta, Georgia, September 28, 2002.
Baruch Awerbuch,
David Holmer,
Cristina Nita-Rotaru,
and Herbert Rubens.
[PS],[PS.GZ], [PDF], [BIB].
Contact
Location:
The New Engineering Building Room 213
Ph: 410-516-5298
Please contact us if you have questions or comments.
This material is based upon work supported by the
National Science Foundation under Grant No. 0617883, 0515080, 0240551, 0311795
Any opinions, findings and conclusions or
recommendations expressed in this material are those of the author(s) and do not
necessarily reflect the views of the National Science Foundation (NSF).
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