Pulse Code Modulation and digital representation of signals. I will apply techniques learned in class through assigned homework and in-class discussions. Students will also be involved in a personally-selected project to go beyond the basic theory and explore, for example, applications to real systems, construction of working hardware, or radio licensing. Techniques learned in this class will provide students with a broadening of their knowledge base to see applications of basic mathematics and engineering science techniques to the representation and transmission of signals in real environments, provide preparation for capstone design classes, and provide a basis for career employment or graduate school. Discussion of regulations, design issues, and design economics relate the class theory to practical societal issues.
Class provides three credits of engineering science credit.
This will allow the student to further explore their major specialty as well as seeing applications of basic techniques learned from calculus, differential equations, systems theory, and other engineering classes. If you have or believe you have a disability, you may wish to self-identify. Appropriate accommodations may then be provided for you. If you have general questions about the Americans with Disabilities Act, call 646-3635. The grading and topics information follows on the next pages.