Divisions - Centres (under Director)
The Centres of the Institute include JRD Tata Memorial Library, Supercomputer Education and Research Centre,¬†¬†Bio-informatics Centre,¬†¬†Centre for Continuing Education and the Centre for Nano Science and Engineering (CeNSE). The Centres have over 50 students working towards Master's and Ph.D degrees and has nearly 35¬†faculty members involved in research, publication and teaching activities.
J R D TATA MEMORIAL LIBRARY
J R D TATA MEMORIAL LIBRARY, ¬†popularly known as the Indian Institute of Science Library, is one of the best Science and Technology libraries in India. Started in 1911, as one of ¬†the first three departments in the Institute, it has become a precious ¬†national resource center in the field of Science and Technology. The library receives annually about 10-12% grant of the total budget of the ¬†institute. About 95% of the library grant are spent towards periodical ¬†subscription, which is unparalleled in this part ofthe globe. With a ¬†collection of nearly 5 lakh volumes of books, periodicals, technical ¬†repo rts and standards, the JRD Tata Memorial Library, located in about ¬†5,000 sq.mts. area, is one amongst the finest in the country. Currently ¬†it receives over 1734 current periodicals. The Library also maintains the IISc's research publications repository, ePrints@IISc and theses and dissertations repository, etd@IISc.
The Supercomputer Education and Research Centre (SERC)¬†strives for excellence in Research, Computing and Consultancy. SERC faculty pursue research in frontier areas of Computing and Computer Systems. The centre leads several national initiatives and industrial consultancy and research. Sponsored research projects with government organizations like DRDO, DOE, DST, ISRO, MHRD, and leading industrial organizations like Hitachi, HP, IBM, LG, Philips, and TI, highlight external interactions.¬† Current research interests of the centre include¬†Computer Aided Design for VLSI Systems, Computer Architecture, Database Systems, Bio-diversity and Genomics, High Performance Computing, Multimedia Systems, and Network Security. The centre takes research students for M.Sc(Engg.) and Ph.D. programmes. It also offers a unique M.Tech programme in Computational Science for science and engineering graduates. The centre is¬†actively involved in industrial consultancy in various national projects. It¬†supports the state-of-the-art computing environment, which compares well with the top Computing Centres anywhere in the world. The Functionally distributed computing at SERC comprises of various specialized clusters to cater to the diverse needs of the large user group. The following gives a sample of the different functional clusters:
The Center's flagship computers used for solving grand-challenge problems include a alliance of both shared and distributed memory systems such as:
- Two 32-processor IBM Regatta P690, each with 256GB memory¬†
- One 16-processor IBM Regatta P690 with 128GB memory¬†
- One 32-processor SGI Altix 3700 system with 224 GB memory
- 16-processor IBM RS/6000 SP¬† System with 32GB Main¬†Memory
- Several¬† 4-processor Compaq Alphaserver (ES40) Shared Memory Systems.
- 32-processor IBM RS/6000 SP with 10 GB distributed memory.
Computer Cluster: Comprising of single-processor RISC-based systems such as IBM/RS6000 59x, HP C200 and Compaq XP 1000. The load sharing software running across this cluster ensures balanced distribution of user jobs among different systems.
Graphics Cluster: Comprising of graphics servers as SGI Octane, Onyx and Indigo, and SUN Ultra 60 with Hardware Open GL support and graphics development software tools.
Access Station Cluster: Comprising of unix workstation such as IBM¬† RS/6000 340 and 43P, SUN Ultra 5, and Ultra 10, Ultra 60, HP C200, Compaq XP-1000, SGI Indy and O2, Octane, as well as a cluster of Intel Pentiums running Window 95/NT and Linux.
Software: All the unix systems in SERC offer uniform program development with Fortran, C, and C++ compilers along with profilers, and debuggers. In addition, the supercomputing cluster also offers Auto- Parellization tools and Message passing libraries such as KAP, Forge90, MPI and PVM. The graphics systems offer development tools as Open Inventor and Performer. In addition, a Plethora of special purpose software and libraries are also available, such as:
- Matlab, Mathematica and Maple for Numerical and Symbolic computation ¬†
- Mathematical libraries such as IMSL, ESSL, DXML, COMPLIB and MLIB
- Structural Engineering related software such EMAS, NASTRAN and NISA
- Biological modelling software such as MSI Biosym site.
Network: All the system in SERC are on the network and are available for campus wide access. The SERC building has a Gigabit Ethernet backbone providing switched 100 mbps connection to each workstation and server. In turn, the SERC network is connected to the Campus-Wide FDDI backbone, which will soon be upgraded to a full duplex Gigabit Ethernet backbone, providing gigabit speed and width across different departments of the institute. Other Facilities: Other than the computing services, SERC offers a host of peripheral services to its users,. Which include black and white laser printing, High resolution Colour Laser and Deskjet printing for preparation of slides and posters, High-Resolution Scanning of Printed Text and images, and CD-ROM writing.
Research: SERC faculty and scientists have organized the following well endowed research laboratories:
- Computer Aided Design
- Computer Architecture
- Database Systems
- Grid Applications Research
- High-Performance Computing
- Multimedia Systems
- Scientific Computation
SERC has an organised library with a stock of current¬† books and computer system or software related manuals. SERC operates a 24 hour helpdesk service to its user over phones¬† and through email.
BIOINFORMATICS CENTRE (Centre of Excellence in Structural Biology and Bio-computing)
Bioinformatics Centre is a research and information centre that functions as an autonomous unit of SERC.¬† The major role of the centre, since its inception as a DBT supported initiative, has- been in disseminating various types of information in biological sciences, at various levels. In the past few years, however there has been a paradigm shift in the focus of bioinformatics activities. The centre has now evolved to occupy¬† a significant position of generating knowledge from the data resources available to it, which is then disseminated in various ways. This shift reflects the evolving nature of the science of Bioinformatics itself in the global arena, establishing the value tree of data to information to knowledge to applications. The activities at the centre and the high publication record in the recent years has led to its identification by the DBT, as a Centre of Excellence in Bioinformatics.
The Centre for Continuing Education (CCE)¬†coordinates activities to promote a variety of programmes relevant to specific target groups, by use of Institute's facilities through short-term/refresher courses. CCE coordinates various continuing education programmes with the concerned departments and sponsoring agencies, and provides necessary assistance and infrastructure support to faculty members organizing the programmes.
Centre for Nano Science and Engineering (CeNSE)
The Centre for Nano Science and Engineering (CeNSE) focuses on interdisciplinary research and education in the broad area of nanoscale science and technology covering topics such as nanoelectronics, devices, materials, micro and nanoelectromechanical systems, bio and nanophotonics, bio-electronic interfaces and integrated small-scale systems. In addition to the research programs of the core faculty, the Centre runs an interdisciplinary research and training program involving more than 40 faculty members from various departments of engineering and basic science at the Indian Institute of Science (IISc). The centre has state of the art nano-fabrication and characterization facilities to enable the development of cutting edge nanoscale technologies for various applications.