Difference between revisions of "Student Projet Methodology"

From beeplane
Jump to navigation Jump to search
m
 
Line 2: Line 2:
 
<BR>
 
<BR>
 
== Server access ==
 
== Server access ==
Fill and send back the user list for access creation on the file server :
+
 
[[File:User list.xlsx]]<BR>
+
 
<BR>
 
BP01 File Server access :<BR>
 
[http://https://bp01.collaborativebee.com/ bp01.collaborativebee.com]<BR>
 
 
<BR>
 
<BR>
 
You have read access for all materials and write access rights on your organisation folder.<BR>
 
You have read access for all materials and write access rights on your organisation folder.<BR>

Latest revision as of 15:03, 17 December 2024

Please find material used in regular student projects.

Server access


You have read access for all materials and write access rights on your organisation folder.

Main links on project :
www.collaborativebee.com

Project Launch


Project Description in French [FR] :
Example 1:
File:Projet Description FR v1.docx

Multi-Sites :
File:Project Description FR ex2 v1.docx

License and IP

All projects and materials is available under Lesser Open Bee License 1.3. Please contact coordinator for commercial use.
Or sign license and drop it on the server, for Open Source paragrah tasks.

Music

Music for videos on Bee-Plane and Mini-Bee
We have a partnership with music site www.musicscreen.org
Only for videos directly related to beeplane and mini-bee project, we can use their royalty free music.
Please indicated in your generic : "Music : Hicham Chahidi, www.musicscreen.org" And put a clickable link in your video display page to www.musicscreen.org

Future of aviation

Welcome to the future of aviation, a page that propels us into the realm of tomorrow's aircraft. Here, we catch a glimpse of the innovation and technology that will shape the skies of the future. As we stand on the precipice of a new era in aviation, the possibilities seem boundless. From vertical take-off and landing (VTOL) aircraft designed for life-saving missions to 3D GPS systems that navigate with unparalleled precision, the future of flight is nothing short of revolutionary. With collaborative GPS systems that factor in real-time meteorological data and obstacle avoidance, aviation safety reaches new heights. Fuel efficiency and optimized flight paths promise to redefine the way we travel, making air travel more sustainable and accessible. As we delve into advanced optimization techniques and cutting-edge methodologies, we witness the birth of aircraft that defy convention and soar to new heights of efficiency and performance. This page is your portal to the future, where the skies are limitless, and the possibilities are endless.