[email protected]

Office: (505) 277-5154

 HIREMANE S. RADHAKRISHNA Home: (505) 254-4808

http://www.unm.edu/~rkrishna


 
OBJECTIVE Seeking a challenging position in Computer networks, Communication or Software engineering related areas.
AREAS OF
INTEREST		 Computer networks, operating systems, software engineering, digital circuit designs, parallel programming, digital communication, signal processing, and cryptology.
EDUCATION
May 99
 Master of Science, Computer Engineering, University of New Mexico, NM
GPA: 3.6
Sep. 96
 Bachelor of Engineering, Electronics and Communications, Bangalore University, India
Aggr.:76% (Rank: 3/42)
WORK EXPERIENCE and PROJECTS
Aug. 97 – present Research Assistant, Albuquerque High Performance Computing Center, UNM
  • Design and development of sequential and parallel simulation codes for the implementation of exposure synthesis algorithm for Imaging Interferometric Lithography. Parallel implementation was performed on IBM SP-2, Linux cluster and SGI Onyx environments. (http://www.unm.edu/~rkrishna/page4.html)
Aug. 96 – Aug. 97 Design engineer (R&D) - Networks, Processor Systems India Ltd., Bangalore, India
  • Core design of Asymmetric Digital Subscribers Line (ADSL) central office.
  • Device drivers for token ring second generation device TMS 38025.
  • Embedded system software for Management Processor Module of a token ring concentrator handled by RISC processor i960, and a suite of software for automated testing of the module.
Sep. 95 – Jun. 96 Project Trainee National Aerospace Laboratories, Bangalore, India
  • Involved in the design and development of hardware and embedded assembly level programs for a microcontroller (Intel 8051) based digital automotive dashboard.
ACADEMIC

PROJECTS

 Linux cluster Scheduler: Presently working on porting of an IBM-SP2 scheduler to Linux clusters.
Shell and socket programming using C on UNIX: Designed and coded a shell equivalent to C shell with client features like ftp integrated with it.
Shared memory and semaphore related programs in C for classical problems like producer-consumer problem.
Memory and CPU scheduler using C on Sun OS: Designed and coded long term and short term schedulers and also implemented and analyzed LRU and FIFO caching algorithms.
Open-GL Graphics programming with C on IRIX: Projects implemented involved animations, lighting, texture mapping and hierarchical modeling.
Hardware logic designing with VHDL: Design of arithmetic logic units using powerview.
 
TERM PAPERS Remote access technologies, Memory architectures for vector supercomputers, Elliptic curve cryptography, Cascaded adaptive filters, Wireless Mobile ATM.
 
PUBLICATIONS H. Radhakrishna, S. Divakar, N. Magotra, S.R.J. Brueck, A. Waters, "MPI – based parallel implementation of a lithography pattern simulation algorithm", accepted for publication and presentation at the 7th International Conference on High Performance Computing and Networking Europe, April 12-14, 1999, Amsterdam.
 
RELEVANT COURSES Computer networks, Advanced computer networks, Advanced computer architecture, Computer organization, Operating system, C and UNIX, Digital engineering, Digital communication, Computer security, Network administration, Digital signal processing, Adaptive filter theory, Microprocessors 80xxx, Fortran, VLSI design,VHDL, Computer graphics.
 
SOFTWARE KNOWLEDGE Languages and runtime libraries: C, C++, Open-GL and Message Passing Interface (MPI) runtime libraries. 
Platforms: UNIX, IRIX, AIX, Linux, Windows 95/98 & NT, and DOS. 
Packages: MATLAB, PSPICE, AHDL, and VHDL (Powerview). 
Others: Assembly level programming for Intel i960 RISC, Intel 8051 and 80xxx family
Concept's Known: Internals of UNIX, Operating systems, Networking protocols like TCP/IP, ICMP, OSPF, BGP, ARP, ATM, ADSL, PPP/SLIP.
 
LEADERSHIP
QUALITIES		 President of India Students Association, UNM for the year 1998-1999 and Treasurer of UNM cricket club for the year  1999-2000.