LouisJ Burtz

[LouisJ Burtz @LouisJBurtz]

@TechSpatiales @yaoki_space_g @yaoki_space 6. The linear patterns on the crater floor that you identified. Can they be also seen in the lander image?

7. Some bright pixels. Dust or radiation strikes on the sensor?

8. Eye-pleasing picture for posterity: that combines processing for the dark and bright regions

🙏🙏
4/N=4

[LouisJ Burtz @LouisJBurtz]

@TechSpatiales @yaoki_space_g @yaoki_space 4. On the bottom left side: what is this bright linear feature? Could it be another broken lander leg?
5. Brightly lit edge of the crater (top left): can any features be recognized? Any correspondance with the picture taken by the lander? (reference https://t.co/7WNjTWaigc)

3/N

[Techniques Spatiales @TechSpatiales]

@yaoki_space_g @yaoki_space #WhatDidYaokiSee I've made some tests on my side, just a quick and dirty draft for now.
What kind of improvements/features would you like to highlight ?

[LouisJ Burtz @LouisJBurtz]

The dataset and notebooks are also available on Kaggle
easy to get started with example code and feel free to ask questions in the discussion page there directly too!

https://t.co/HD4zxHuQFh

#WhatYaokiSee

[YAOKI Japanese Lunar Rover @yaoki_space_g]

challenge update: due to popular demand, we are now also releasing the raw images in the YUV422 format: exactly as the yaoki rover sent them from the Moon. Using this raw format can allow for better processing: to see what Yaoki saw in the lunar crater!

[Scott Manley @DJSnM]

Yaoki team released all of their raw data, and stacking the images shows definitively the landing leg and confirms the other object is debris.

[YAOKI Japanese Lunar Rover @yaoki_space_g]

Challengers Wanted!

What did YAOKI see in the crater? We’re releasing all raw images for free! Analyze them and share your findings with #WhatYaokiSee #YAOKI

Details here 🔗
https://t.co/P3NGFl6Et7

[OffWorld @hello_offworld]

@hello_offworld announces Team L3’s submission https://t.co/gnx6rgaPUi to @NASA #SpaceRoboticsChallenge Final Phase. OffWorld brought innovative #machinelearning techniques into the #robotics stack to solve lunar #isru tasks.

[LouisJ Burtz @LouisJBurtz]

@HAKUTO_Reboot 昨日の月はモチの味で美味しかった！

[OffWorld @hello_offworld]

@hello_offworld is excited to announce is has joined Team L3 for the Phase 2 of the @NASA Space Robotics Challenge!
https://t.co/9lO3kTNBI2 brings to the table #MachineLearning techniques to enhance L3’s already proven architecture as a finalist of the previous Phase of the SRC.

[Space Center Houston @SpaceCenterHou]

The finalists have been selected in the Space Robotics Challenge Phase 2, presented by @bhp. Get to know the 22 teams who will be competing in the next round of this innovative robotics challenge: https://t.co/oX0W4T0euE @NASAPrize

[Loïc Rossi @AstroLR]

Live now in the committee room at #EPSC2015 to hear R. Ghail about the proposal of @envisionm4 for ESA M5 mission call. #GoVenus

[EnvisionVenus @envisionvenus]

"Object A..." Should we take a closer look?
#EnvisionVenus
http://t.co/e7ewGsXWMT

[EnvisionVenus @envisionvenus]

3/3:@EnVision team:"THANKYOU to all our supporters! Continue to follow us and support our goal of returning 2 Venus!"

[EnvisionVenus @envisionvenus]

EnVision featured on @exploreplanets Planetary Society! Great read outlining our science case http://t.co/UkKnwoJhVE

[LouisJ Burtz @LouisJBurtz]

And I'm a tiny part of it! RT @Team_HAKUTO & @astrobotic are ready for the Moon: together! Rideshare agreement! #GLXP

[EnvisionVenus @envisionvenus]

Exec Summary of the proposal submitted to #ESAM4
Read it, Endorse it, Make it happen!
all at http://t.co/I3rEhcEIW9

[EnvisionVenus @envisionvenus]

THANK YOU TEAM for the great effort!
Let's go find out why our most Earth-like neighbour is so different! #ESAM4

[ESA Rosetta Mission @ESA_Rosetta]

#67P! RT @fcain: What Other Worlds Have We Landed On? - http://t.co/HfhPNO5TYt