GuiTeNet: A Graphical User Interface for Tensor Networks

Graphical User Interface for Intrusion Detection in Telecommunications Networks

A Graphical User Interface for Relax3d

The Laplace/Poisson solver Relax3d has been used extensively in cyclotron central region design and other accelerator and beam physics applications. It is typically run in an interactive mode where the user types in commands and parameters to initiate and control the solution process and to view or output the results. This paper describes a graphical user interface (GUI) that eliminates most of...

A Graphical User Interface for Setheo | Proposal |

The use of the theorem prover SETHEO is, like that of most theorem provers, a very complex subject and almost impossible for the novice or a casual user. In this paper we give a list of required features of a versatile graphical user-interface for SETHEO which allows to control SETHEO using graphical elements and to display the results in a graphical way. The exploration of requirements starts ...

A graphical user interface for service adaptation

Service-oriented computing aims at composing independent services to achieve a common goal. Although very flexible, this independence may result in incompatibilities. A pragmatic approach to overcome such incompatibilities offer adapters. An adapter is again a service which reorganizes the message exchange in a service composition to avoid incompatibilities. Given a set of domain-specific messa...

Graphical User Interface for Stochastic Simulation of Biochemical Networks

Introduction We have developed a user interface for stochastic simulation of biochemical networks. This tool allows users to load a model in SBML format, generate data using a stochastic simulator (currently Gillespie simulator based on SSA) and carry out statistical analysis on the results. These include computation of probability density histograms, ensemble means and averages, power spectral...