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Gangadharan Nagendra

Gangadharan Nagendra
  • Master of Engineering
  • Managing Director at Yarl Technologies Pty Ltd, Australia

About

4
Publications
17,309
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114
Citations
Introduction
Gangadharan Nagendra currently works at the Research and Development, Yarl Technologies Pty Ltd, Australia. Gangadharan does research in Educational Assessment, Vocational Education, Power Quality, Energy Monitoring and Instrumentation . His most recent publication is 'Design and Implementation of a Process Plant Control using ASI and CANopen Networks'.
Skills and Expertise
Wireless Sensor Network
Software Development
Product Development
Digital Electronics
LabVIEW programming
Electronic Instrumentation
Microcontrollers
Embedded Electronics
PLC Programming
Automation & Control
Current institution
Yarl Technologies Pty Ltd, Australia
  • Research and Development
Current position
  • Managing Director

Publications

Publications (4)
Figure 1. Typical layout of a two lane grading machine. 
Figure 3. Layout of the apple process plant. 
Figure 5. CANopen Master Module and connection details. 
Figure 6. Twido PLC configuration page and CANopen master setup. All...
+10 Figure 8. Example of a category 3 circuit. 
Design and Implementation of a Process Plant Control using ASI and CANopen Networks
Conference Paper
Full-text available
  • Jul 2012
This paper discusses a case study on implementation of an Actuator Sensor Interface (ASI) and CANopen networks in a large process plant. The two-wire ASI network is used for all the emergency stops with safety monitors configured to Cat 3 of the safety standards. The CANopen network connects all the motor speed controllers. Both these networks are...
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Fig. 1. Block diagram of physiological measuring and monitoring system. 
Fig. 2. Timing diagram for proximity detector. 
Fig. 3. Increase in spot size with distance. 
Fig. 5. Flow chart to check for an existing file and to open or create...
+4 Fig. 8. LabVIEW web server configuration. 
Network Approach for Physiological Parameters Measurement
Article
Full-text available
  • Mar 2005
A portable parameter monitoring and analysis system for physiological studies and for assisting patient-centric health care management is developed. The system uses the network approach to acquire the data from sensors and transmit them to a server through wireless propagation means. The system automates the acquisition and monitoring of physiologi...
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Fig. 1. Block diagram of physiological measuring and monitoring system. 
Fig. 2. Timing diagram for proximity detector. 
Fig. 3. Increase in spot size with distance. 
Fig. 5. Flow chart to check for an existing file and to open or create...
+4 Fig. 8. LabVIEW web server configuration. 
Network approach for physiological parameters measurement
Conference Paper
Full-text available
  • Jun 2003
A portable parameter monitoring and analysis system for physiological studies for assisting patient-centric health care management is developed. The system uses network approach to acquire the data from sensors and transmit the data on to a server through wireless means. The system automates the acquisition of physiological parameters by continuous...
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Respiratory monitoring using an air-mattress system
Article
Full-text available
  • Sep 2000
This paper describes a non-invasive respiratory monitoring system using an air mattress. The air-mattress system features multiple air compartments to monitor movements of the thorax and the abdomen separately. To evaluate the performance of the air-mattress system, four subjects were selected for the study and their separate ribcage and abdominal...
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