CSU55004 – Formal Verification
(Semester 1, 5 ECTS) Specification languages and logics; axiomatic program semantics. Formal proof
systems to verify software and system properties such as propositional, predicate
and Hoare logic.
School of Computer Science and Statistics
(Semester 1, 5 ECTS) Specification languages and logics; axiomatic program semantics. Formal proof
systems to verify software and system properties such as propositional, predicate
and Hoare logic.
(Semester 1, 5 ECTS) The topics of this module are: the theory and practice of algorithmic design; evaluation algorithm performance; and standard algorithms and data structures.
(Semester 2, 5 ECTS) This module aims to equip the student with the knowledge and tools to visualise data in ways that give insight and understanding.
(Semester 1, 5 ECTS) Understand in general what a probabilistic model is, the distinction between so-called visible and hidden variables, and the distinctive nature of models where each datum is a sequence of varying length, rather then a fixed-size set of features
(Semester 1, 5 ECTS) Fundamentals of C++ including built-in types and coercion, pointers, arrays, reference parameters, STL containers string and vector structs, classes, inheritance (illustrated by Qt library for GUIs), dynamic memory allocation and recursive data structures.
(Semester 1, ECTS 5) This module aims to equip the student with the knowledge and tools to visualise data in ways that give insight and understanding.
(Semester 1, 5 ECTS) Large scale projects are an essential component of work in computer science. This module aims to provide exposure to a range of methods and concepts which are essential to most large academic & industry projects.
(Semester 1, 5 ECTS) Floating point number systems; Mathematical Background, Solving Non-Linear Equations; Solving Systems of Linear Equations; Eigenvalues and Eigenvectors; Curve Fitting and Interpolation; Numerical Differentiation; Numerical Integration.
(Semester 1, 5 ECTS) Functional programming languages present a powerful, abstract, and important direction in programming languages. This modules uses the functional programming language called “Haskell” to introduce key concepts such as how to compute using functions, and how these languages can easily support powerful features such as pattern-matching, recursion, strong typing, type polymorphism, higher-order functions, laziness, and type classes.
(Semester 1, 5 ECTS) This module aims to provide both a theoretical and practical understanding of urban
computing and associated cyber-physical concepts, principles, challenges and
solutions.