(1) A programming language or machine language. (2) Everyday computer language, which includes computer technologies and concepts as well as hardware and software products (everything in this ...

In Programming Languages research, we explore the ways in which computations are expressed in written form. Our research focuses on three central ideas: the semantics of a particular piece of program ...

(1) For the languages used in AI, see AI programming languages. (2) A language used to write computer instructions. A programming language lets the programmer express data processing in a symbolic ...

Improve existing software. Create technologies that make everyday life better. Use computer science, and smartphones to capture more data from citizen scientists. Software is everywhere: interfaces to ...

Why do we build radios or clocks when you can buy them? Why do we make LEDs blink for no apparent purpose? Why do we try to squeeze one extra frame out of our video cards? We don’t know why, but ...

The focus of the course is the rigorous analysis of programming languages. Where COMP_SCI 321 looks at languages through the lens of interpreter-based implementation, this course strips the languages ...

This course introduces students to the fundamentals of computer programming as students design, write, and debug computer programs using the programming language Python and R. The course will also ...

Note: This course description is only applicable for the Computer Science Post-Baccalaureate program. Additionally, students must always refer to course syllabus for the most up to date information.

The most appropriate level of computer language for a particular task depends on the requirements. High-level languages close high-level languageAlso known as high level language. This is a ...

To develop novel practical applications involving the intelligent processing of written human language by computer (engineering focus) Building applications to improve access to information in massive ...