🐻 Senior Fall
← Junior Spring | Senior Spring →
| Course | Description |
|---|---|
| Independent Reading & Research COM S 490 |
On the Need for System-Level Support for Ad-hoc & Sensor Networks published at ACM Operating Systems Review |
| Intermediate Computer Systems COM S 514 |
This course focuses on practical issues in designing & implementing distributed software. Recent offerings have covered object-oriented software development methodologies & tools, distributed computing, fault-tolerant systems, and network operating systems or databases. Students undertake a substantial software project |
| Signals & Systems I ECE 301 |
Covers: continuous-time signals & linear time-invariant systems, continuous-time convolution & impulse response, Fourier series & transforms of continuous-time signals, the Sampling Theorem, amplitude modulation & time- and frequency-division multiplexing, bilateral Laplace transforms & applications, and discrete-time convolution and z-transforms with applications to discrete-time linear time-invariant systems |
| Electromagnetic Fields & Waves ECE 303 |
Maxwell’s equations in differential form; wave equation; plane electromagnetic waves; phase & group velocities; Poynting’s theorem, complex dielectric constant; wave reflection & transmission; guided waves on transmission lines; transient pulse propagation; and elementary dipole antenna; analysis of wireless communication links |