Difference between revisions of "W4SCHEDULE"

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(Design-to-Robotic-Operation: Design and Integration of a Meshed and Heterogeneous Wireless Sensor and Actuator Network into Cyber-physical Spaces)
(SCHEDULE)
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<br>'''1st day:'''
 
<br>'''1st day:'''
<br>a. Introduction to D2RO and design brief.
+
<br> Introduction to D2RO and design brief.
<br>b. Design challenge, development and identification of intervention context, conceptualization of mechatronic systems within provided geometry.
+
<br> Design challenge, development and identification of intervention context, conceptualization of mechatronic systems within provided geometry.
  
 
<br>'''2nd day:'''
 
<br>'''2nd day:'''
<br>a. Set-up of RPiWZ nodes; development and implementation of Sensor / Actuator systems pertaining to proposed intervention solution.
+
<br> Set-up of RPiWZ nodes; development and implementation of Sensor / Actuator systems pertaining to proposed intervention solution.
<br>b. Test-drive of mechatronic systems and debugging.
+
<br> Test-drive of mechatronic systems and debugging.
<br>c. Installation of required Python libraries for subsequent WSAN integration and operation, and integration of all RPiWZ nodes into a unified WSAN, where any node is able to access the information gathered by any other node.
+
<br> Installation of required Python libraries for subsequent WSAN integration and operation, and integration of all RPiWZ nodes into a unified WSAN, where any node is able to access the information gathered by any other node.
  
 
<br>'''3rd day:'''
 
<br>'''3rd day:'''
<br>a. Preparation of presentation.
+
<br> Preparation of presentation.
<br>b. Final review.
+
<br> Final review.

Revision as of 06:05, 9 May 2018


D2RP: Design and Integration of a Meshed and Heterogeneous Wireless Sensor and Actuator Network into Cyber-physical Spaces

Sample.png

SCHEDULE


SCHEDULE


1st day:
Introduction to D2RO and design brief.
Design challenge, development and identification of intervention context, conceptualization of mechatronic systems within provided geometry.


2nd day:
Set-up of RPiWZ nodes; development and implementation of Sensor / Actuator systems pertaining to proposed intervention solution.
Test-drive of mechatronic systems and debugging.
Installation of required Python libraries for subsequent WSAN integration and operation, and integration of all RPiWZ nodes into a unified WSAN, where any node is able to access the information gathered by any other node.


3rd day:
Preparation of presentation.
Final review.