From: mreddy@ee.tamu.edu (Madhusudhan M. Reddy)
Subject: Network/Systems Engineering Position (Relocatable)
Organization: Texas A&M University
Date: Sat, 25 Jul 1992 20:05:36 GMT


				 MADHU M. REDDY
		       	  4302 College Main, Apt. # 346 
				Bryan, Texas 77801
				  (409) 846-7322 

OBJECTIVE   A responsible and challenging Network/Systems Engineering position. 

EDUCATION   M.S.	Electrical Engineering, August 1991
			Texas A&M University, College Station, Texas. 
			Thesis Title: Distributed Deadlock Detection in 
				      Computer Networks. 

	    B.S. 	Electronics & Communications Engineering, June 1989
			Regional Engineering College, Durgapur, India. 

MASTER'S    Developed message efficient Distributed Algorithms that detect all 
THESIS 	    genuine deadlocks under the OR Model in a Distributed System. An 
	    easy modification of these algorithms make them applicable in the 
	    AND Model and also in the, more general, N-out-of-M Model. A simple
	    technique makes these algorithms efficiently handle multiple 
	    initiations of the algorithms, initiated by different nodes 
	    simultaneously. Also these algorithms are robust to detecting any 
	    phantom deadlocks. 

PROJECTS  * Implemented a Client/Server application for Socket based 
	    Interprocess Communication using both the Connectionless (Datagram, 	    UDP/IP), and the Connection oriented (Stream, TCP/IP) Protocols. 

	  * Implemented a  Client/Server application using the SUN based Remote 
	    Procedure Calls (RPC) to obtain the date and time at a remote 
	    network node. 

	  * Conducted a tutorial survey on the various techniques for the 
	    interconnection of large and dissimilar networks using Bridges, 
	    Routers and, Gateways. 

	  * Designed an interfacing circuit to support transfer of data between 
	    two 8085 based MPU's using the 8255A Programmable Peripheral 
	    Interface (PPI) Device. 

TECHNICAL * Possess strong knowledge and a thorough understanding of the Socket
STRENGTHS   based Interprocess Communication (IPC) under the UNIX Domain and the	    Internet Domain, OSI Architecture, TCP/IP, UDP/IP, SNA, XNS, X.25. 

	  * Strong background in the area of Local Area Networks, which includes	    Ethernet, Token Ring, and Fiber Distributed Data Interface (FDDI) 
	    technologies. 

	  * Intensive study which deals with the Performance Analysis of
	    Computer Networks operating under various  different protocols. 

	  * Possess strong skills in designing, developing, and implementing 
	    Computer Algorithms for Networks and Distributed Systems. 

	  * Indepth study dealing with Digital Systems Design, and the concepts 
	    of Fault Detection and Diagnosing techniques for Digital Systems. 

COURSE	    Computer Communications & Networking     Fault Tolerant Computing 
WORK 	    Local Area Networks 		     Database Systems 
	    Digital/Analog Communications Theory     Analysis of Algorithms 
	    Computer Architecture 	             Digital Signal Processing 	

COMPUTER    Operating Systems:	UNIX 4.3 BSD, VMS, DOS. 
SKILLS	    Hardware:		SUN/SPARC, VAX, PC-XT/AT, Macintosh. 
	    Languages:		C, Assembly Language, Verilog HDL, VHDL. 

REFERENCES  Furnished upon request.