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Photos: Distributed Systems and Networks Lab
http://lists.dsn.jhu.edu/photos.html
The current PhD students in the DSN lab are Tom Tantillo. Finished his PhD in 2015. We took some photos of the whole DSN lab, including professor Yair Amir. And our summer 2015 interns. Just before MSE student Jeff Dalla Tezza. Graduated and left for Google. Page to see all our current and past members. Our lab moved into its current home in Malone Hall in July 2014, right after the building was completed. We were previously located in Croft Hall (formerly known as the New Engineering Building).
smesh.org
SMesh
http://www.smesh.org/index.html
SMesh is a seamless wireless mesh network being developed by the Distributed System and Networks Lab. At Johns Hopkins University. It provides peer-to-peer connectivity, Internet connectivity, and fast handoff to mobile clients across the mesh. Clients get connected automatically through standard DHCP. No software or drivers need to be installed on the mobile devices. SMesh takes care of providing end-to-end connectivity transparently for the clients. SMesh was created by Yair Amir. In Proceedings of the...
smesh.org
SMesh
http://www.smesh.org/software.html
SMesh source code and binaries. SMesh is licensed under the SMesh Open-Source License. SMesh requires a device that runs Linux and has a 802.11 wireless interface. We tested it on x86, Linksys WRT54G and Meraki routers. Here. Is an overview of the operating modes of SMesh. The latest stable version is 2.3. Binaries (x86, arm, mips and mipsel). If you intend to build SMesh from source, you also need to download Spines 3.1. SMesh Redundant Multipath kernel modules. Is available in the Spines. CDF5 = WRT54G...
cnds.jhu.edu
About Us: Distributed Systems and Networks Lab
http://cnds.jhu.edu/about-us.html
The Distributed Systems and Networks (DSN) Lab is a research lab in the Johns Hopkins University (JHU) Computer Science Department. We strive to invent and develop technologies with both academic and real-world impacts. We create practical, provably correct technological solutions to real problems and implement those solutions in publicly available software. Real-Time Reliable Internet Services:. New applications with low latency and high reliability requirements, such as live TV transport and remote rob...
cnds.jhu.edu
Publications: Distributed Systems and Networks Lab
http://cnds.jhu.edu/publications.html
In Proceedings of the IEEE International Conference on Distributed Computing Systems (ICDCS), Nara, Japan, June 2016, pp. 45-56. Obsoletes Technical Report CNDS-2016-2. Fast Total Ordering for Modern Data Centers. In Proceedings of the IEEE International Conference on Distributed Computing Systems (ICDCS), Nara, Japan, June 2016, pp. 669-679. An extended version is available as Technical Report CNDS-2016-1. Obsoletes Technical Report CNDS-2014-2. On Choosing Server- or Client-Side Solutions for BFT.
dsn.jhu.edu
The Prime Replication System
http://www.dsn.jhu.edu/byzrep/prime.html
Prime: Byzantine Replication Under Attack. Prime supports proactive recovery, diversity, and state transfer. Prime servers can be periodically rejuvenated to clean the system from potentially undetected intrusions. The MultiCompiler described here. Prime can be configured to make use of Spines, an overlay network developed at Johns Hopkins (see http:/ spines.org. This can be useful for testing wide-area topologies and placing bandwidth and latency constraints on the links between servers. Towards a Pract...
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People: Distributed Systems and Networks Lab
http://lists.dsn.jhu.edu/people.html
Distributed Systems and Networks Lab. Computer Science Department, Johns Hopkins University. 3400 North Charles Street. Baltimore, MD 21218.
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Funding: Distributed Systems and Networks Lab
http://lists.dsn.jhu.edu/funding.html
Toward Intrusion Tolerant Clouds. Principal Investigator: Yair Amir. Subcontract PIs: Cristina Nita-Rotaru. Grant (October 2011 - September 2015) to Johns Hopkins University. And University of California at Irvine. A component of the DARPA Mission-Oriented Resilient Clouds (MRC). Scalable Byzantine Replication Under Attack. Principal Investigator: Yair Amir. Grant (August 2007 - July 2010) to Johns Hopkins University. A component of the NSF Cyber Trust. Principal Investigators: Yair Amir. A component of ...
