The extremely low latencies and high bandwidth results achievable with the Scalable Coherent Interface (SCI) at lowest level encourages its integration into existing Message Passing Environments (MPE's). In combination with Network of Workstations, it can be seen as an alternative for traditional parallel computing with tightly coupled processors with comparable performance at low cost. This pa...

The paper describes TACTICS, the model and a modelbased tool capable of supporting a wide range of design decisions and providing assistance in the design process. The TACTICS tool automatically generates a user interface for an application and assists in refining it and in detecting and resolving design inconsistencies. The TACTICS model of human-computer interaction integrates a compositional...

We develop a theory of the low-temperature charge transfer between a superconductor and a hopping insulator. We show that the charge transfer is governed by the coherent two-electron-Cooper pair conversion process time-reversal reflection, where electrons tunnel into a superconductor from the localized states in the hopping insulator located near the interface, and calculate the corresponding i...

This paper presents a novel interface for 3D modeling in augmented reality, aiming at developing a form gradually in the early phase of a product design process. Previous VR/AR based modeling systems have focused largely on geometrical algorithms and system performance issues. From a designers’ perspective, this study analyzed the conventional form creating processes and developed a more intuit...

In recent years, we have developed a visual communication interface for reporting observations in which messages can be constructed using a spatial arrangement of icons. Each icon on the interface represents a concept or idea. This paper reports about research on a visual language interface, which allows users to create structured messages of icon strings simultaneously in a two-dimensional par...

The composition and magnetic dependent interfacial energy in Cu-Co immiscible alloys is investigated within a coherent interface model using ab initio calculations. We translate the dependence of to temperature considering variations equilibrium compositions precipitate matrix with respect temperature. obtained results are reasonable agreement those by experiments thermodynamic Reviewing experi...

We present our work in the development of an interface for an actor/singer and its use in performing. Our work combines aspects of theatrical music with technology. Our interface has allowed the development of a new vocabulary for musical and theatrical expression and the possibility for merging classical and experimental music. It gave rise to a strong, strange, unpredictable, yet coherent, “c...

When moving the activity of composing music to the desktop, one of the common issues is that the interface doesn’t suggest an appropriate workflow, which would lead the user to structure up the work systematically. In conventional interfaces, musical elements are scattered over the sequencers and are thus visually unperceivable by the user. The semantics of music can be employed to put the elem...

The Ginzburg-Landau theory for multivariant martensitic phase transformations is advanced in three directions: the potential is developed that introduces the surface tension at interfaces; a mixed term in gradient energy is introduced to control the martensite-martensite interface energy independent of that for austenite-martensite; and a noncontradictory expression for variable surface energy ...