Resource Center Home > ICB Infrastructure

Members of and subscribers to the ICB have access to a high-performance scientific computing infrastructure. Several computational architectures are available to ensure that different workloads can be run effectively; notable assets include several large-memory, multi-CPU systems (including a 24 processor system with 48 GB of memory) and over 2 TFlops and nearly 600 processor cores of cluster computing power, much of it backed by a high-speed, low latency fiber-optic interconnect.

This computational power is backed by a large, 40+ TB pool of managed storage. Users' home directories and most systems are backed-up daily. Additionally, local mirrors of commonly used biological datasets (such as sequence databases and the Protein Data Bank) are maintained and continuously updated.

The ICB maintains an extensive library of both commercial and open-source scientific and mathematical software packages. These include applications for mathematical and statistical modeling, graphics and data visualization, molecular and systems modeling packages, and many others. With some caveats due to licensing restrictions or system compatibility issues, these packages are available throughout the ICB infrastructure, are ready to run, and are regularly updated. The ICB has developed a software version maintenance system, so older versions of software are maintained to provide a stable platform for research and ensure reproducibility of results.

For software developers, the ICB maintains a full stack of tools for development of high-performance computational applications as well as for developing and hosting publicly accessible, web-based applications. These tools include several flavors of relational and object-oriented databases, a revision control system, as well as C and FORTRAN compilers and parallel programming tools. Additionally, a full stack of tools for web-based application development and hosting is supported, including redundant web servers and separate application servers for those instances where significant back-end computational resources are required.

ICB Infrastructure Fees

To subscribe to the ICB infrastructure please e-mail Audrey Rivera at ajr2004@med.cornell.edu or call her at (212) 746-6361

News
Jul, 2009; ChIPseeqer, a comprehensive framework for analysis of ChIP-seq data developed in the Elemento lab, is now available for download. [More]
Apr, 2009; The BDVal program developed by the Campagne laboratory for MAQC-II is now available from http://bdval.org. The software supports the development and evaluation of predictive biomarker models from high-throughput data. The web site offers binary and source distributions. [More]
Jan, 2009; Twease now supports searching MEDLINE articles by Author, Journal, and Publication Year. Examples for performing these searches can be found in the updated Twease tutorial. [More]

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Events
Dec 11th; 4:00pm-5:00pm: Institute for Computational Biomedicine Research in Progress Seminar Series - Fabien Campagne; ICB Conference Room - Y.1301
Jan 15th; 4:00pm-5:00pm: Institute for Computational Biomedicine Research in Progress Seminar Series - Lei Shi; ICB Conference Room - Y.1301
Feb 12th; 4:00pm-5:00pm: Institute for Computational Biomedicine Research in Progress Seminar Series - Christopher E. Mason; ICB Conference Room - Y.1301
Mar 12th; 4:00pm-5:00pm: Institute for Computational Biomedicine Research in Progress Seminar Series - Olivier Elemento; ICB Conference Room - Y.1301
Apr 9th; 4:00pm-5:00pm: Institute for Computational Biomedicine Research in Progress Seminar Series - Emre Aksay; ICB Conference Room - Y.1301
May 14th; 4:00pm-5:00pm: Institute for Computational Biomedicine Research in Progress Seminar Series - Jonathan D. Victor; ICB Conference Room - Y.1301
Jun 11th; 4:00pm-5:00pm: Institute for Computational Biomedicine Research in Progress Seminar Series - Harel Weinstein; ICB Conference Room - Y.1301
Jul 9th; 4:00pm-5:00pm: Institute for Computational Biomedicine Research in Progress Seminar Series - Duane Hassane; ICB Conference Room - Y.1301