From: LBYSEC@LSUVM.BITNET (Nancy Pope)
Newsgroups: bit.listserv.pacs-l
Subject: Survey, Part 2
Date: 18 Nov 92 19:13:28 GMT
Comments: Gated by NETNEWS@AUVM.AMERICAN.EDU
Approved-By:  Public-Access Computer Systems Forum <LIBPACS@UHUPVM1.BITNET>

Remember to reply to Nancy, not PACS-L.  Thanks, Jill

----------------------------Original message----------------------------

CONTINUED FROM PART 1 MESSAGE:

3.   TRANSMISSION RULES & PROTOCOLS
     Transmission rules and protocols are the heart of making
data communications work properly. In this section, we'll show
you how to determine the necessary components for efficient
operation of any data communications system.

          A.   Transmission Formats
               l.   Half-duplex and full-duplex
               2.   Asynchronous vs. synchronous
               3.   Parity bit usage
               4.   CRC error checking
          B.   Protocols
               1.   Asynchronous terminals
               2.   Cluster controllers
               3.   IBM's SDLC
               4.   IBM's Bisync
               5.   DEC protocols
          C.   Communications Architectures
               l.   Need for architectures
               2.   Structure of an architecture
               3.   OSI's architecture overview
               4.   IBM's SNA
               5.   DEC's DNA
               6.   Industry trends
               7.   Standards groups
          D.   Long-Distance Transmission
               1.   Using the public telephone network
               2.   Dial-up connections
               3.   Leased line connections
               4.   Modems: duties and operation
               5.   Transmission limitations
          E.   Putting the System Together
               1.   Connection cables
               2.   Software requirements
               3.   Hardware requirements
               4.   Transmission procedures

4.   WIRING & DISTRIBUTION
     Examine the capabilities and limitations of the most common
types of office communications wire and cable. Learn when and
where each type may be used and the latest standards for
installing wire in a building.
          A.   Transmission Media
               1.   Telephone wire
               2.   Unshielded twisted pair
               3.   Shielded twisted pair
               4.   Coaxial cables
               5.   Optical fiber
               6.   Wireless connections
          B.   Distribution Schemes
               1.   Building structures
               2.   Telephone closets
               3.   Riser cables
               4.   IBM's wiring plan
               5.   AT&T'sPDS
               6.   New office wiring standards

5.   PC LOCAL AREA NETWORKS
     Understanding of PC LANs will start with the basic
requirements for connecting the PC to the network. Learn how LANs
operate, and which techniques allow Pcs to simultaneously
transmit information and share network devices.

          A.   Basic Components
               1.   Network Interface Cards (MC)
               2.   MC options
               3.   Attachment cables
               4.   PC software
               5.   RS-232-based LANs
          B.   Operating System Support
               1.   DOS LAN capabilities
               2.   OS/2 structure
               3.   OS/2 LAN support
               4.   UNIX support
          C.   Topologies
               1.   Bus
               2.   Ring
               3.   Star
               4.   Tree
          D.   Network Access Procedures
               l.   Token passing - bus
               2.   Token passing - ring
               3.   CSMA/CD
               4.   Performance considerations

6.   COMMON NETWORK STRUCTURES
     IBM's Token Ring Network and Ethernet are local area
networks commonly found in today's workplace. Learn the terms and
definitions used for each system and explore how each of these
networks functions. Examine hardware differences between systems,
configuration options, and the cost factors involved.

          A.   IEEE 802 Standards
          B.   IBM Token Ring Networks
               1.   PC connections
               2.   Mainframe/mini connections
               3.   Multistation Access Unit (MAU)
               4.   MAU versions
               5.   Wiring closets
               6.   Distance limitations
               7.   Type 1, Type 3 cable usage
               8.   Optical fiber usage
               9.   Wiring diagrams
               10. Cost factors
          C.   Ethernet Networks
               1.   Thick Ethernet
               2.   Thin Ethernet
               3.   Twisted Pair Ethernet
               4.   PC connections
               5.   Terminal servers
               6.   Distance limitations
               7.   Wiring diagrams
               8.   Cost factors

7.   LINKING LANS
     Many microcomputer networks eventually have to be divided or
interconnected with other networks. Learn how to connect LANs
using different device types, and know what performance factors
to consider when linking.
          A.   Repeaters
          B.   Bridges
          C.   Routers
          D.   Gateways
          E.   Mainframe Links

8.   LAN OPERATING SYSTEMS
     The network operating system is at the heart of PC LANs.
Examine the basic duties of local area network operating systems,
how they are implemented, and the types of products found in the
marketplace. Learn important features to consider when selecting
a system for your office.
          A.   Implementation Requirements
          B.   Functions and Duties
          C.   Low-End Products
               1.   Connection methods
               2.   Feature limitations
               3.   Upgrading
               4.   Cost factors
          D.   High-End Products
               1.   Novell's Netware
               2.   OS/2 and LAN Manager
               3.   Banyan Vines
               4.   3Com 3+Open
               5.   IBM PC Network
          E.   Critical Features Checklist
          F.   Selection Criteria

9.   LAN SERVERS
     Examine what a server is, what types are available, and how
they can be implemented. Important server performance factors and
the programs that run best on a server will be examined. Take a
closer look at trends and upcoming advances in server technology
and function.
          A.   Server Types
               1.   File server
               2.   Print server
               3.   Database server
               4.   Communications server
               5.   Application server
          B.   Server Implementations
               1.   Shared
               2.   Dedicated
               3.   PC-based
               4.   Super servers
               5.   Minicomputer-based
               6.   Mainframe as server
          C.   LAN Application Programs
               1.   LAN-dumb applications
               2.   LAN-aware applications
               3.   Network applications
               4.   Client-server structure
               5.   Groupware applications

10.  LAN MANAGEMENT
     Efficient network planning, management and troubleshooting
are crucial to the LAN's success. Extensive list of duties and
functions required in these three categories. Step-by-step
knowledge of practical LAN management techniques.
          A.   Network Planning Steps
          B.   Network Administrator Duties
          C.   Network Diagnostic Tools
          D.   Network Control Issues

****************************************************************

Please respond directly to the chair of the LITA Education
Committee, whose name and address are given below (rather than
the list) by December 4, 1992. If the responses warrant, we
will post a summary of the comments.

       Nancy Pope,
       Automation & Systems,
       104 Middleton Library,
       Louisiana State University,
       Baton Rouge, LA  70803
       NOTNEN@LSUVM.SNCC.LSU.EDU