MEDICAL APPLICATION BASED ON WIRELESS SENSOR NETWORK

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MEDICAL APPLICATION BASED ON WIRELESS SENSOR NETWORK

Abstract

 

 

We present the design and implementation of the Illuminator, a sensor network-based intelligent light control system for entertainment and media production. Unlike most sensor network applications, which focus on sensing alone, a distinc-tive aspect of Illuminator is that it closes the loop from light sensing to lighting control. We describe the Illuminator’s design requirements, system architecture, algorithms, implementation and experimental results. To provide a light sensing module that meets the high-performance light sensing requirements of entertain-ment and media production applications, we developed the Illumimote, which is a multi-modal and high fidelity light sensor module well-suited to wireless sensor networks. The Illuminator system is a toolset to characterize the illumination profile of a deployed set of fixed position lights, generate desired lighting effects for moving targets (actors, scenic elements, etc.) based on user constraints ex-pressed in a formal language, and assist in the set up of lights to achieve the same illumination profile in multiple venues. After characterizing deployed lights, the Illuminator computes at run-time optimal light settings to achieve a user-specified actuation profile using an optimization framework based on a genetic algorithm. Uniquely, it can use deployed sensors to incorporate changing ambient lighting conditions and moving targets into actuation. With experimental results, we demonstrate that the Illuminator handles various high-level user’s constraints and generates optimal light actuation profile. These results suggest that our system should support entertainment and media production applications.

CHAPTER ONE

INTRODUCTION

 

1.1           BACKGROUND OF STUDY

Wireless Sensor Network (WSN) technologies have enabled many interesting applications in pervasive and ubiquitous computing [PK00]. UCLA’s history of interdisciplinary research among engineering, media, performance and other arts provides an opportunity to explore application of WSN technologies to entertainment, multimedia and media production [BFM06]. The Advanced Technology for Cinematography (ATC) [WMB02] project, a collaboration between the Net-worked and Embedded Systems Laboratory (NESL) and the Center for Research in Engineering, Media and Performance (REMAP), is exploring wireless sensor network support of filmmaking. The ATC project seeks to enhance entertainment production and provide both increased expressive capabilities and significant cost savings by deploying sensor networks on film sets. In the ATC project, we initially focused on capturing and archiving sensory data from the set into a database in frame-rate synchronization using sensor network technologies. To do so, we developed the Augmented Recording System (ARS) [SPB04] and demonstrated the possibilities and usefulness of the wireless sensing in filmmaking. Although the ARS itself provides many benefits, it is a one-way data collection application. On the film set or in theater, there are many types of equipment to be controlled by crews such as lights, audio and cameras, many of which use advanced digital control systems but do not incorporate sensing. We wanted to explore the possibilities of using WSN technologies to actuate and control such equipment, not just monitor it. Because lighting is vitally important in film and theater while being relatively straightforward to control, we sought to develop an intelligent light control system for entertainment and media production using wireless sensor networks.

 

 

1.2 STATEMENT OF THE PROBLEM

There is a need to develop a wireless sensor network device to enable easy and smooth communication across Africa’s busiest city, Lagos.  With the city estimated to have over 2 million businesses, there is a need to implement this device. Once you look beyond the publicity, however, you quickly see that most businesses are struggling. The wireless sensor network will help businesses to grow in communication and networking aspect, increase sales and cut unnecessary expenditures in advertising their businesses on digital platforms. Others include: Fraudulent act of some customer/workers, accessing the organizational data/information unauthorized, sensitive nature of bank data/information, Increase in crime in our society and valuable or costly items in bank. The need arise for the development of computerized Wireless sensor network to eliminate such problems.

 

 

1.3       PURPOSE OF STUDY

 

The main purpose of this project is to design a Wireless sensor network that will assist in solving the problems as stated in the statement of problems.

 

1.4       AIMS AND OBJECTIVES

 

This project will have the following aims and objectives:

 

 

Detecting security violations

 

 

Re-creating security incidents

 

 

To disallow unauthorized users

 

 

To safeguard the organizational data/information

 

 

To computerized the organizational security

 

 

To enhance the organizational security

MEDICAL APPLICATION BASED ON WIRELESS SENSOR NETWORK

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We present the design and implementation of the Illuminator, a sensor network-based intelligent light control system for entertainment and media production. Unlike most sensor network applications, which focus on sensing alone, a distinc-tive aspect of Illuminator is that it closes the loop from light sensing to lighting control. We describe the Illuminator’s design requirements, system architecture, algorithms, implementation and experimental results. To provide a light sensing module that meets the high-performance light sensing requirements of entertain-ment and media production applications, we developed the Illumimote, which is a multi-modal and high fidelity light sensor module well-suited to wireless sensor networks. The Illuminator system is a toolset to characterize the illumination profile of a deployed set of fixed position lights, generate desired lighting effects for moving targets (actors, scenic elements, etc.) based on user constraints ex-pressed in a formal language, and assist in the set up of lights to achieve the same illumination profile in multiple venues. After characterizing deployed lights, the Illuminator computes at run-time optimal light settings to achieve a user-specified actuation profile using an optimization framework based on a genetic algorithm. Uniquely, it can use deployed sensors to incorporate changing ambient lighting conditions and moving targets into actuation. With experimental results, we demonstrate that the Illuminator handles vari.. electrical and electronics engineering project topics

MEDICAL APPLICATION BASED ON WIRELESS SENSOR NETWORK

Project Information

  • CATEGORY : ELECTRICAL AND ELECTRONICS ENGINEERING
  • TYPE : PROJECT MATERIAL
  • FORMAT : MICROSOFT WORD
  • ATTRIBUTE : Documentation Only
  • PAGES : 74 Pages
  • CHAPTERS : 1 - 5
  • PRICE : ₦ 3,000.00

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