Xref: utzoo bionet.general:1160 sci.research:1489 Path: utzoo!attcan!utgpu!news-server.csri.toronto.edu!cs.utexas.edu!sdd.hp.com!zaphod.mps.ohio-state.edu!pacific.mps.ohio-state.edu!ohstpy!miavx1!miamiu!js05staf From: JS05STAF@MIAMIU.BITNET (Joe Simpson) Newsgroups: bionet.general,sci.research Subject: Re: Directions for scientific computing centers for the future Message-ID: <90351.161214JS05STAF@MIAMIU.BITNET> Date: 17 Dec 90 21:12:14 GMT References: <1990Dec13.011756.22888@phri.nyu.edu> Organization: Miami University - Academic Computer Service Lines: 19 Concerning the questions about directions for scientific computing centers, I think the answers tend to site specific. Some services that I personally believe can be profitably provided include: Network access, planning, evolution. This is as much a software issue as a hardware issue. Centralized "mainframe" service. For most purposes it is no longer cost justifiable to provide access to computing cycles. There is a justification for some centralized computer services. Access to and maintanence of sharable software. Backup. Shared information pool. Avoidance of maintanence burdens by "end users". Share expensive peripherals such as vector processors, very large disk store. Tape drives. If you provide a VAX replacement centralized computer, it seems to me that what to provide is primarily driven by the software needs of your client base, including both network services and application services.