=====ASM=====
Although not set in stone, the following will be a rough sketch of the anticipated topics to be covered in the class this semester:

<WRAP column 49%>
  * Introductions & Getting Started
  * Data Representation
  * Binary Number Representation
  * Hexadecimal Number Representation
  * Logic
  * Computer Arithmetic
  * Architecture Details
  * Processor & Memory Organization
</WRAP>
<WRAP>
  * Addressing Schemes
  * Registers
  * Instruction Sets
  * Control and Data Flow
  * Subroutines
  * Storage
  * Data Representation
  * Linking, Object and Machine Code
</WRAP>

=====COMPESS=====
Although not set in stone, the following will be a rough sketch of the anticipated topics to be covered in the class this semester:

<WRAP column 49%>
  * Number Systems
  * Digital Processing
  * Computer Hardware
  * System Software
  * Application Software
  * Artificial Intelligence
  * System Development
</WRAP>
<WRAP>
  * Telecommunications
  * Internet and Web
  * Databases
  * Security, Privacy, Ethical Issues
  * Programming
  * Computer History
</WRAP>

=====CPROG=====
Although not set in stone, the following will be a rough sketch of the anticipated topics to be covered in the class this semester:

<WRAP column 49%>
  * Standard Input (STDIO)
  * Standard Output (STDOUT)
  * Standard Error (STDERR)
  * Input/Output
  * Format String, Formatted Text String
  * Preprocessor, Preprocessor Directives
  * Header Files (Local and System)
  * logical operators (and, or, not, xor)
  * Variables (types, arithmetic/bitwise-logic operators)
  * Scope (Block, Local, Global File)
  * Pointers (declaration, assignment, dereferencing)
  * Selection Structures (if, case/switch)
  * Repetition/Iteration Structures (for, while, do while)
  * Arrays (standard notation, pointer arithmetic)
  * Multi-dimensional arrays
  * File Access (Read, Write, Append)
  * Version Control (checkout, commit, update, add, log)
  * Structures
  * typedef, enum, union
  * Functions
  * Parameters (Pass by: Value, Address, Reference)
</WRAP>
<WRAP>
  * Return Types
  * Recursion
  * Command-line arguments
  * C Library
  * Compiler
  * Compiler Flags, Optimizations
  * Assembler
  * Linker
  * Source Code
  * Object Code
  * Binary Code
  * Makefiles
  * Libraries
  * Classes and Objects (Constructor, Destructor, Members)
  * Function Overloading
  * Operator Overloading
  * Inheritance
  * Abstract Base Class
  * Multiple Inheritance
  * Polymorphism, Virtual Functions
  * Templates
</WRAP>

=====DATA=====
Although not set in stone, the following will be a rough sketch of the anticipated topics to be covered in the class this semester:

<WRAP column 49%>
  * Pointers
  * Linked Lists
  * Doubly Linked Lists
  * Stacks
</WRAP>
<WRAP>
  * Queues
  * Trees
  * Graphs
  * Hash Tables
</WRAP>

=====HPC0=====
Although not set in stone, the following will be a rough sketch of the anticipated topics to be covered in the class this semester:

<WRAP column 49%>
  * Introduction & Getting Started
  * UNIX review (as a user)
  * UNIX review (as a developer)
  * UNIX as an administrator
  * UNIX networking tools
  * security
  * package management
  * file access / transfer
</WRAP>
<WRAP>
  * networking services
  * system administration
  * documentation
  * backups
  * virtualization
  * visualization
  * installation
  * configuration
</WRAP>

=====HPC1=====
Although not set in stone, the following will be a rough sketch of the anticipated topics to be covered in the class this semester:

<WRAP column 49%>
  * lab operations
  * maintenance
  * logging
  * accessibility
  * upgrades
  * backups
  * documentation
</WRAP>
<WRAP>
  * resource usability
  * remote administration
  * on-site administration
  * security - internal
  * log analysis
  * troubleshooting
  * security - external
</WRAP>

=====HPC2=====
Although not set in stone, the following will be a rough sketch of the anticipated topics to be covered in the class this semester:

<WRAP column 49%>
  * lab operations
  * maintenance
  * logging
  * accessibility
  * upgrades
  * backups
  * documentation
</WRAP>
<WRAP>
  * resource usability
  * remote administration
  * on-site administration
  * security - internal
  * log analysis
  * troubleshooting
  * security - external
</WRAP>

=====SYSNET=====
Although not set in stone, the following will be a rough sketch of the anticipated topics to be covered in the class this semester:

<WRAP column 49%>
  * Communication
  * Concurrency
  * Documentation
  * Investigation
  * Creation
  * Collaboration
</WRAP>
<WRAP>
  * Clusters
  * Resource Utilization
  * Exploration
  * Projects
  * Deployment
  * Implementation
</WRAP>

=====SYSPROG=====
Although not set in stone, the following will be a rough sketch of the anticipated topics to be covered in the class this semester:

<WRAP column 49%>
  * UNIX Systems Programming
  * Users, Files, and the Manual
  * Directories and File Properties
  * Focus on File Systems
  * Connection Control
  * Terminal Control and Signals
  * Event-Driven Programming
</WRAP>
<WRAP>
  * Processes and Programs
  * Shell Variables and the Environment
  * I/O Redirection and Pipes
  * Servers and Sockets
  * Connections and Protocols
  * Programming with Datagrams
  * Threads
  * Inter Process Communication
</WRAP>

=====UNIX=====
Although not set in stone, the following will be a rough sketch of the anticipated topics to be covered in the class this semester:

<WRAP column 49%>
  * Introductions & Getting Started
  * Basic Utilities and their Manual Pages
  * Directories and Files
  * Text Processing
  * The VI editor
  * The UNIX Shell
  * Job Control and Multitasking
  * The UNIX Programming Environment
</WRAP>
<WRAP>
  * Introduction to Pattern Matching
  * Pattern Matching with Regular Expressions
  * Filtering
  * Shell Scripting
  * networking, UNIX Networking Tools
  * 'Netiquette, Security
  * X Window System
  * High-Performance Computing
</WRAP>