Algorithm to Deal with the Problem of Placing Cameras in Museum

Shang Li

doi:10.4028/www.scientific.net/AMM.416-417.1404

Paper Titles

Study on Knowledge Management in Process Optimization of Manufacturing Enterprises Based on Data Mining
p.1381

Application of the Gaussian Shaping Filter Technique on SoPC
p.1388

The Regularization Method Based on Complex Collinearity Diagnostics and Metrics
p.1393

The Discretization Algorithm Based on Rough Set and its Application
p.1399

Algorithm to Deal with the Problem of Placing Cameras in Museum
p.1404

A Cloud Architecture for Service Security Management
p.1413

Design and Research on Intrusion Detection System in the Computer Network Security
p.1418

Cheating Prevention Method in Visual Cryptography by Using Random Grids
p.1423

Security and Privacy Issues of the Internet of Things
p.1429

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 416-417Algorithm to Deal with the Problem of Placing...

Algorithm to Deal with the Problem of Placing Cameras in Museum

Abstract:

We develop a model to study how to place still and/or rotary cameras in some locations around the museum. The goal is to determine the optimal camera locations and the smallest number of the cameras so as to provide the best possible coverage during the night and be easy to monitor particular items. We model the process how to select every optimal camera location and the kind of camera. Subject to the given constraints, our algorithm outputs the optimal project for every given museum. We apply our algorithm to a case study of a real museum in China inorder to test the practicability of the model. Finally, we examine the sensitivity of optimal camera locations and the number of cameras to changes in the unit length of zoning.