Electrical Engineering

EE6573Spread Spectrum Communications3 ch
Spread spectrum systems. Frequency hopping and direct sequence. Pseudo-Random Binary sequences. Bandwidth considerations. Synchronization and Correlators. Code tracking loops. Noise and jamming. Various applications of spread spectrum. Students are expected to prepare a project based on an approved topic in modern spread spectrum communications. The project may deal with a specific commercial product or application but should emphasize the specific technical aspects involved. Projects will be presented in class at the end of term. A written report is due the last day of classes. Reports will be graded for presentation, technical content, and overall appreciation of the concepts covered in this course.