Embedded Computational Systems is a hands-on laboratory for building integrated systems. We develop analytical skills and discuss sensors, motor drivers, I/O, control logic, and operating systems for embedded applications. Students build several individual projects and invent one integrated, semester-long team project.

Embedded Computational Systems is a hands-on laboratory for building integrated systems. We develop analytical skills and discuss sensors, motor drivers, I/O, control logic, and operating systems for embedded applications. Students build several individual projects and invent one integrated, semester-long team project.

Embedded Computational Systems is a hands-on laboratory for building integrated systems. We develop analytical skills and discuss sensors, motor drivers, I/O, control logic, and operating systems for embedded applications. Students build several individual projects and invent one integrated, semester-long team project.

Embedded Computational Systems is a hands-on laboratory for building integrated systems. We develop analytical skills and discuss sensors, motor drivers, I/O, control logic, and operating systems for embedded applications. Students build several individual projects and invent one integrated, semester-long team project.

Embedded Computational Systems is a hands-on laboratory for building integrated systems. We develop analytical skills and discuss sensors, motor drivers, I/O, control logic, and operating systems for embedded applications. Students build several individual projects and invent one integrated, semester-long team project.

The current best testing and analysis practices; emerging new approaches, going beyond the testing of programs to include the testing and analysis of all software artifacts across the lifecycle. Prerequisite: CMPSCI 320.

The current best testing and analysis practices; emerging new approaches, going beyond the testing of programs to include the testing and analysis of all software artifacts across the lifecycle.

The current best testing and analysis practices; emerging new approaches, going beyond the testing of programs to include the testing and analysis of all software artifacts across the lifecycle.

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Psycholinguistics (psychology of language) is the study of the cognitive processes enabling humans to acquire, comprehend, and use language. The class will provide an introduction to a variety of topics within the field of Psycholinguistics, including language comprehension, language production, language acquisition, bilingualism, language and the brain, and language and thought.