Design and implementation of tourism system based on interactive narrative technique

In order to meet requirements of the tourists in the process of visit and realize the purpose of the social propaganda for scenic spot, interactive narrative technique and SNS platform are combined to form a kind of new interactive narrative technique in this paper. In this paper, with Unity3d engine as the core, tourism system is expanded the development, combined with the tourism information overlay function of Ctrip Travel, the attractions sharing function of Baidu Map, and the community function of Footprint. The purpose involves design, development and optimizing debug of techniques, such as network communication, UI interaction, cross-platform calls, database access and etc. The main goal of this paper is to provide internal visit narrative community service in limited and fixed scenic area and turning the corresponding service object by mass of visitors to the visitors of scenic spot, and to make the function of App specific, simple and explicit.

Implementation of paper-cut interactively display system based on AR

Paper-cut is one of the oldest folk arts of Han nationality, to give people visual space through feeling and artistic enjoyment. With the development of modernization, the number of person who inherits or understands the intangible cultural heritage is dwindling. Hence, we need a new form to inheritance this art urgently. Based on augmented reality technology, we achieve the real-time calculation of image position and angle, the exhibition of the corresponding virtual scene in this paper. Users can achieve the virtual interaction in reality, thus, multi-dimensional experience of paper-cut is provided for users.

X-Space:Interaction design of extending mixed reality space from Web2D visualization

Mixed reality offers a larger visualization space and more intuitive means of interaction for data exploration,and many works have been dedicated to combining 2D visualizations on screen with mixe reality.However,for each combination,we need to customize the implementation of the corresponding mixed reality 3D visualization.It is a challenge to simplify this development process and enable agile building of mixed reality 3D visualizations for 2D visualizations.In addition,many existing 2D visualizations do not provide interfaces oriented to immersive analytics,so how to extend the mixed reality 3D space from existing 2D visualizations is another challenge.This work presents an agile and flexible approach to interactively transfer visualizations from 2D screens to mixed reality 3D spaces.We designed an interactive process for spatial generation of mixed-reality 3D visualizations,defined a unified data transfer framework,integrated data deconstruction techniques for 2D visualizations,implemented interfaces to immersive visualization building tool-kits,and encapsulated these techniques into a tool named X-Space.We validated that the approach is feasible and effective through 2D visualization cases including scatter plots,stacked bar charts,and adjacency matrix.Finally,we conducted expert interviews to discuss the usability and value of the method.

Modeling of a dynamic dual-input dual-output fast steering mirror system

A modeling method is proposed for a dynamic fast steering mirror(FSM) system with dual inputs and dual outputs. A physical model of the FSM system is derived based on first principles, describing the dynamics and coupling between the inputs and outputs of the FSM system. The physical model is then represented in a state-space form. Unknown parameters in the state-space model are identified by the subspace identification algorithm, based on the measured input-output data of the FSM system. The accuracy of the state-space model is evaluated by comparing the model estimates with measurements. The variance-accounted-for value of the state-space model is better than 97%, not only for the modeling data but also for the validation data set, indicating high accuracy of the model. Comparison is also made between the proposed dynamic model and the conventional static model, where improvement in model accuracy is clearly observed. The model identified by the proposed method can be used for optimal controller design for closed-loop FSM systems. The modeling method is also applicable to FSM systems with similar structures.