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Date: Wed, 20 Nov 1996 23:04:23 GMT
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Last-modified: Wed, 25 Sep 1996 21:20:32 GMT
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<head><title>Robert Cypher's Home Page</title></head><body><h1>Robert Cypher </h1>Associate Professor, Computer Science<p><dt><strong>Email: </strong> cypher@cs.jhu.edu<p><dt><strong>Mailing Address:</strong><p><dd>Department of Computer Science<dd>Johns Hopkins University<dd>3400 N. Charles St.<dd>Baltimore, MD  21218<p><dt><strong>Office:</strong><p><dd>316 New Engineering Building<dd>(410) 516-4117<dd>(410) 516-6134 (FAX)<p><dt><strong>Laboratory: </strong> <strong><!WA0><a href="http://www.cs.jhu.edu/faculty/konstant/ConcLab.html">Concurrent Systems Lab</a></strong><p><dt><strong>Research:</strong><p><dd>Communication and synchronization in parallel and distributed computers including <dd>communication protocols, synchronization protocols, routing algorithms, fault-tolerant <dd>interconnection networks, and techniques for creating portable parallel applications.<p><dt><strong>Current Projects:</strong><p><dd><strong>Portable and Repeatable Parallel Applications:</strong><dd>The goal of this project is the creation of software that will help application developers <dd>write correct message-passing code.  The software will take a trace of the communication <dd>events in an MPI (Message Passing Interface) application and determine if the application <dd>will always yield the same results given the same inputs.  The software will use a novel <dd>type of vector clock in order to detect race conditions.<p><dd><strong>Fault-Tolerant Communication Networks:</strong><dd>This project studies how communication networks can be designed to tolerate a small <dd>number of faults.  There are two main goals: 1) the design of networks that can support <dd>pipeline (1-D) computations efficiently in the presence of faults, and 2) the creation of <dd>techniques that prevent deadlock despite faulty switches or wires.<p><dt><strong><!WA1><a href="http://www.cs.jhu.edu/~cypher/pubs/pubs.html">Publications</a></strong>

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