Our technical experts and grant development specialist assist faculty with developing grant proposals with computing components in areas such as equipment acquisition, research, allocations on high-performance computing (HPC) systems, education, training, institutional activities (e.g., workshops and conferences), and basic research. Grant development services include:
- Strategic planning
- Overall proposal management and coordination
- Review and editing
- Graphics, formatting, and overall presentation
- Writing and content development support
- Support with identifying potential funding opportunities
The Office of Research and Program Administration (ORPA) is responsible for the final review of all grant proposals to make certain they conform to the current regulations of the University, State and Federal guidelines, and the potential sponsor. Additional support is provided by Boise State’s Office of Research Development.
Recommended Language for Grants
The following language is recommended for describing institutional research technology resources.
Office of Information Technology Resources
Research Computing Support Department (RCSD)
The Division of Research and Economic Development and the Office of Information Technology established RCSD to centralize and improve support for the university’s cyberinfrastructure computing assets. The Research Computing Support Department does the following:
- Provides robust cyberinfrastructure including storage, computational power, and connectivity to guarantee faculty a dedicated and reliable cyber environment to conduct their research.
- Assists researchers and faculty with centralized high-performance computing (HPC), installing, troubleshooting, and providing optimization support.
- Provides a senior scientific programmer for customized programming and a senior cyberinfrastructure engineer for HPC training and development.
- Conducts outreach and training, including one-on-one training and consultation and hands-on cluster labs and Software Carpentry workshops during Research Computing Days.
- Works with the Boise State University Research Cyberinfrastructure Advisory Council to achieve their mission to develop a robust and reliable environment for research. That plan involves providing network speed, computational power, storage and seamless connectivity to researchers and faculty while ensuring centralized support and communication for ongoing cyberinfrastructure efforts.
Local Network Infrastructure and Resources
Boise State University has a centralized network infrastructure supporting academic, research and business needs. Sensor, computing, wireless, application level, emergency-response, and VOIP communication networks overlay this infrastructure. The Office of Information Technology (OIT) has a single mission with regard to the University data networks—provide a data network that is stable, reliable and available all of the time. Boise State University operates the data network with a goal of 99.999% uptime. Boise State’s centralized network infrastructure is a 10GB fiber loop between three campus hub facilities, each with backup power and conditioned air space, and is 100% Cisco networked. All major research buildings on campus are connected at 10GB to the core, with all other buildings connected at 1GB. The University is connected to Time Warner Telecom, 360Networks, Qwest Communications, Syringa Networks, Integra Networks, and Level3 Communications networks.
Boise State was also awarded a Science DMZ grant from the National Science Foundation (Award Number: 1541464). The Science DMZ allows Boise State to expand the capabilities of its research network to facilitate shared network, data, and compute resources and enables collaboration among researchers to accelerate scientific discovery.
Server and Storage Resources – The Office of Information Technology (OIT) provides scalable, dependable and affordable virtual servers and storage for faculty, researchers, and colleges. In addition, OIT has built a dependable enterprise virtual server infrastructure and network attached storage to provide researchers and colleges methods to utilize large-scale servers with a predictable cost based on managed and reliable platforms. The virtual servers are based on Cisco UCS blade server platforms, VMware ESX platform software and NetApp SAN storage. The platform is built with redundancy and is auto correcting. Servers can be designated managed or unmanaged based on the faculty technical expertise or department IT support available to the department. With a managed server, system administration services are shared. On servers designated as unmanaged, system administration services are the responsibility of the researcher or college.
R2 Cluster – R2 Cluster – the R2 cluster is a Linux core operating system (CentOS 7) supporting 31 compute nodes, each with dual Intel Xeon e5-2380 14 core CPUs, for a total of 868 CPU cores. Five GPU nodes with dual Nvidia Tesla NVLink P100s, each GPU has 3,584 cores with double-precision performance, for a total of 35,840 GPU cores.
Falcon Super Computer at the Idaho National Laboratory (INL) – Idaho National Laboratory makes the Top 500 supercomputer known as “Falcon” available to Boise State researchers. The 25,056-processor Silicon Graphics International Corporation (SGI) supercomputer has 124 TB of memory and an aggregate peak processing rate of 786 Tflops.
Globus – Boise State maintains a Globus subscription for managed endpoints which facilitates collaborative data access using a convenient user interface and infrastructure for moving data between accessible Globus endpoints. This includes movement to and from XSEDE resources and other research and academic infrastructure as well as to and from personal workstations using the Globus Connect Personal software. This service makes it easy for researchers to reliably move large data sets asynchronously.
Regional Network Infrastructure and Resources
Through the Idaho Regional Optical Network (IRON), Boise State connects to Internet2 and Quilt through the Utah Education Network (UEN, and the Pacific Northwest GigaPOP in Seattle). Boise State is connected to IRON on a 10 GB privately-owned fiber circuit and INL is currently connected to IRON on a 10 GB circuit with an operational plan to upgrade to 10 GB when bandwidth demands are met. INL is 2 router hops from Boise State on private circuits.
Please contact email@example.com for more information.