A338/A538
Access to Posted Lecture Outlines.

All outlines have been created from scratch, using emacs. They should be XHTML 1.0 and CSS2 compliant.

You must be officially enrolled in A338 or A538 and have a valid IU Network ID to access these Lecture Outlines.

Section I: Introduction and the OSI Model.

• Lecture 1 Outline - Introduction. (posted 9/2 @ 10:00am)
• Lecture 2 Outline - "What is a LAN?" and "The OSI Model" and "The Physical Layer." (posted 9/5 @ 2:00pm)
• Lecture 3 Outline - The OSI Model: The "Physical Layer" (Layer 1) and the "Data-Link Layer" (Layer 2). (posted 9/8 @ 12:30pm)
• Lecture 4 Outline - The OSI Model: The "Physical Layer" and the "Data-Link Layer" (Layer 2): Frames, Repeaters, Bridges, and, Switches. (posted 9/13 @ 1:30pm)
• Lecture 5 Outline - The OSI Model: The "Data-Link Layer" (Layer 2) and the "Network Layer" (Layer 3): Repeaters, Concentrators, Bridges, Switches, and Routers. (posted 9/15 @ 11:00am)
• Lecture 6 Outline - The OSI Model: The "Network Layer" (Layer 3) and the "Transport Layer" (Layer 4): Routing and Guaranteed Delivery. (posted 9/17 @ 11:00am)
• Lecture 7 Outline - The OSI Model: The "Network Layer" (Layer 3), The "Transport Layer" (Layer 4), The "Session Layer" (Layer 5): Routing, Guaranteed Delivery, and Connection Management + OSI Model Review. (posted 9/22 @ 11:10am)

Here is a page full of links to images of various network devices and related items. These are images from the Air Force Academy and from the Computer Science Machine Room. Please take note of the size before you begin viewing the images.

• Review Outline for Exam 1. (posted 9/24 @ 11:00am)

Section II: Real Protocols and New Technologies: TCP/IP, Wireless, and ATM.

• Lecture 8 Outline - TCP/IP: IP, ARP and Fragmentation and Reassembly. (posted 10/1 @ 7:00am)
• Lecture 9 Outline - TCP/IP: IP Numbers, Subnet Masks, and Routing. (posted 10/3 @ 8:00am)

Here is a plain text version of a series of exchanges with previous students regarding non-classic subnet masks.This is not a review of all the binary logic we discussed in class. Instead, it is a compliation of questions that have come out of that discussion and been useful to previous classes.

• Lecture 10 Outline - TCP/IP: UDP, Positive Acknowledgement and Retransmission, Managing TCP Connections and the PDU. (posted 10/6 @ 11:00pm)
• Lecture 11 Outline - TCP/IP: DNS, CIDR, NAT and Introduction to IPv6. (posted 10/9 @ 7:30am)
• Lecture 12 Outline - IPv6 and Introduction to Wireless Networking (802.11). (posted 10/13 @ 11:00am)
• Lecture 13 Outline - Wireless Networking (802.11). (posted 10/15 @ 12:30pm)
• Lecture 14 Outline - Wireless Networking (802.11) and Beyond. (posted 10/20 @ 11:00am)
• Review Outline for Exam 2. (posted 10/22 @ 12:15pm).

Section III: Network Design, Network Security, and Directory Services.

• Lecture 15 Outline - Overview, Professional Development and Introduction to Network Design. (posted 10/27 @ 11:00am)
• Lecture 16 Outline - Network Design and Network Security. (posted 11/2 @ 4:00pm)
• Lecture 17 Outline - Network Design, Network Security and Directory Services. (posted 11/3 @ 11:00am)
• Lecture 18 Outline - Directory Services. (posted 11/5 @ 11:00am)
• Lecture 19 Outline - Directory Services and Building a Filesystem with HSM. (posted 11/11 @ 9:30am)
• Review Outline for Exam 3. (posted 11/12 @ 10:45am)

Section IV: Operating Systems: Server Hardware, Operating System Architecture, Server and Client Systems (Microsoft Windows 95/98/ME, Windows NT/2000/XP/Vista).

• Lecture 20 Outline - Network Operating Systems: Selecting Server Hardware Options, Introduction to RAID, and Operating System Basics. (posted 11/17 @ 11:00am)
• Lecture 21 Outline - Network Operating Systems: RAID and Introduction to Operating System Basics. (posted 11/19 @ 11:00am)