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    | Hardware configurations for supporting 
    different levels or sizes of Laboratory Information Management System (LIMS), Knowledge Databases and Software Tools 
    are described in this section. These are meant only for illustrative 
    purposes and the actual configurations will be depend upon the specific 
    requirements of the laboratory or biotechnology company. 
       
    
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    | The following illustration depicts a simple computer 
    configuration of low cost PC Workstations that are networked using a 
    standard 10/100MB Ethernet.  The operating system is Microsoft Windows 
    2000/XP Professional with Microsoft Access as the database. The Admin & 
    Assay PC Workstations should have a minimum configuration of 1GHz processor 
    speed with 128 MB RAM and a 40GB hard drive. The Analysis and Data Mining PC 
    Workstations should have a minimum configuration of 1.5GHz processor speed 
    with 256MB RAM and multiple 60GB hard drives. The hard drives are to handle 
    the storage requirement for the large number of image files and multiple 
    databases. The illustration also includes a Barcode printer to underscore 
    the requirement for labeling Targets, Samples, Slides/Chips and Lab Notebook 
    Protocols with barcodes.  Also, since this is a standard network Laptops and 
    other PCs can simply be connected. The BxArraytm database 
    resides on one of the PC Workstations and is accessed through file sharing 
    with the limitation that it is not a full client/server database system. 
    This means that writing simultaneously from multiple PCs can not be handled 
    by the database while writing asynchronously can be done.   The size of each 
    database should not be larger than about 1.5GB to minimize the time to 
    perform complex data mining queries. Backup of files can be done by burning 
    CDs and in the near future DVDs.  Macintosh computers can only share files 
    with PC Workstations through a server; therefore, Research Configuration - 
    Intranet below is the configuration that is needed for laboratories with 
    Macintosh's.  | 
    
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    | This is basically the same as the Research 
    Configuration-Simple except that this contains a Database Server to handle 
    medium size client/server databases that will allow simultaneous 
    transactions. The client/server databases could be Microsoft SQL Server 
    2000, DB2 or Oracle. The workstation operating systems could be a mix of  Microsoft Windows 2000/XP 
    professional, MAC OS or Unix.  The MAC OS or Unix workstations are 
    supported only through web applications. The server operating systems could 
    be a mix of Microsoft Windows 2000/XP servers, Unix or Linux. It also has an 
    Intranet server to allow the laboratory to use web based applications on its 
    internal data. A larger printer has been added to meet the demands of the 
    larger system. Also added is a  tape backup system for disaster recovery, 
    but alternative methods are also available. | 
    
     
    
      
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    | 
 Notes from Microsoft: on Services for Macintosh 
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    | Microsoft Windows 2000 Server Services For 
    Macintosh (SFM) is a thoroughly integrated component of Microsoft 
    Windows 2000 Server, making it possible for computers running Windows and 
    Macintosh OS to share files and printers. After Services for Macintosh is 
    set up, that computer can function as a file server, remote access server 
    and print server for Macintosh computers. In addition, Windows 2000 Server 
    can perform the functions of an AppleTalk® router.
     With Services for Macintosh, Macintosh computers need only the Macintosh 
    operating system software to function as workstations; no additional 
    software is required. You can, however, set up the optional Microsoft User 
    Authentication Module (MSUAM), which provides a secure logon to the 
    computers running Windows Server.   | 
   
 
  
  
    | The production configuration has network infrastructure  
    like that of the Research Configuration - Intranet with the addition of more 
    powerful servers and large scale storage units called SANs.   The operating 
    systems for the servers can be  Microsoft Windows 2000/XP servers,  Unix or 
    Linux. The Client/Server databases can be Microsoft SQL Server 2000, DB2, 
    Oracle or any other database capable of handling terabytes of data. 
    A data server has been added to handle the processing of the increased 
    number of raw image files.   | 
    
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