logo

Developing Low Cost Design Of Receiver for Radio Detection

8 Pages1664 Words50 Views
   

Charles Sturt University

   

Competency Demonstration Report (ITC 493)

   

Added on  2020-03-13

About This Document

With the advancement of technology, RDF (Radio Detection Finding) system by rescued search teams for emergency services and detection of victims, emergency personnel and ambulance. This project used the technology of GPS (Global Positioning System), theory and practical implementation of  A (Time of Arrival), TDOA (Time Difference of Arrival) and clock drift for the implementation of the radio detection receiver.

Developing Low Cost Design Of Receiver for Radio Detection

   

Charles Sturt University

   

Competency Demonstration Report (ITC 493)

   Added on 2020-03-13

ShareRelated Documents
CompetencyDemonstration Report(CDR) Career Episode 1
Developing Low Cost Design Of Receiver for Radio Detection_1
CE 1.1: Project IntroductionName of the Project: Developing Low Cost Design of Receiver for RadioDetectionGeographical Location: [Please Fill]Project Duration: [Please Fill]Organization: [Please Fill]Position in the Project : Team Member CE 1.2: Project BackgroundCE 1.2.1: Characteristics of the ProjectWith the advancement of technology, RDF (Radio Detection Finding) system by rescuead search teams for emergency services and detection of victims, emergency personnel andambulances. I have observed that the development of these devices requires complex andexpensive infrastructure. The implementation of RDFN (Radio detection Finding Network)initially require high cost and complexity in production but developing a miniature system wouldresults in deceasing the cost issue associated with them. Therefore, I took this particular projectfor the development and production of low cost and efficient RDFN system that could allow anypersons to use them if required. In this project I have used the technology of GPS (GlobalPositioning System), theory and practical implementation of ToA (Time of Arrival), TDOA(Time Difference of Arrival) and clock drift for the implementation of the radio detectionreceiver. Page 1 of 9
Developing Low Cost Design Of Receiver for Radio Detection_2
CE 1.2.2: Objectives developed for projectThe significant drawbacks of the existing system and technologies include the complexarchitecture for implementation, high cost in production and complexity in using the system fortracking and detection. Therefore, I have worked in this project with the significant aim ofdeveloping a simple, low cost and reproductive design of receiver for detecting radio signals. Forthe process of implementation, I have initially reviewed the techniques and procedure used forthe existing RDF systems and determined the appropriate process that I have undertaken forcompleting this project. Therefore, for ensuring the proper completion and standard in tisparticular project, I have prepared the following objectives:To develop the system within the budget limit of $500;To use the Detection Finding method of Pseudo Doppler and TDOA for improvingthe location accuracy within 1 km;To implement the network compatibility of receiver with the Automatic PositionReporting System (TRPS);To compare the efficiency and accuracy of the receiver developed by Pseudo Dopplerand TDOA methods;To analyze and obtain the results with respect of APRS packet and COTS timing; CE 1.2.3: My area of work While working on this project, I was initially associated myself for investigating theimplementation and development of RDF (Radio Detection Finding) for asset tracking andpublic services. I have built two significant receivers and conducted relevant tests for ensuringthe accuracy, practicability and functions of the receiver. In order to provide proof of concept forCOTS (commercial off the shelf) components, I have developed the TDOA (time difference ofPage 2 of 9
Developing Low Cost Design Of Receiver for Radio Detection_3

End of preview

Want to access all the pages? Upload your documents or become a member.

Related Documents
Automatic Position Reporting System: Project
|10
|1660
|101

Competency Demonstration Report Assignment
|9
|1610
|217

Competency Demonstration Report (CDR) - doc
|9
|1651
|429

Designing of Transceiver for Ultra Wideband Communication
|9
|1643
|347

Competency Demonstration Report (CDR) | Report
|8
|1647
|68

(CDR) Competency Demonstration Report - Assignment
|8
|1680
|33