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[L]: Lab Experiment Methods (VR-Simu/DIY-Tech, Applications)
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 L: Lab Experiment Methods (VR-Simu/DIY-Tech, Applications) 

 

by Virtual Reality Simulations, Do-It-Yourself home-based Technologies, etc, + Applications

 

 

 

 

This section will include more information on the software I downloaded and installed.

 

These are for the procedural & equipment set-up that are used in actual neuroscience research experiments, as well as the actual data analysis screen displays.

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eg. TVB for EEG and fMRI data (see http://www.thevirtualbrain.org/tvb/zwei/brainsimulator-software#)

eg. 3D Slicer for MRI data (see https://discourse.slicer.org/u/Harry-Muzart/activity)

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These are Python-compatible (as well being inter-operable with C++, Java, Matlab)

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While I focus on higher-level networks and systems neuroimaging, I will also include work in molecular neurobiology.

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All images below are screenshots, taken by me, of data parameters that I have manipulated.

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* Edit - some of the screenshots I took seem to be blurry because it turns out at the time I was using the TVB package, my computer was consuming a lot of processing power and for some reason the screenshot function in Windows didn't work properly - I will get better resolution images at some point in the near future.

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2017-12-22 (14)
MRI-3d-machine
2017-12-20 (41)
tvb2
tvb7
tvb5
tvb3
2017-12-20 (42)
2017-12-22 (13)
2018-01-01
tvb6
tvb9
mrilab-pic1
tvb4
tvb8

Using Software (eg. Matlab) from Multidisciplinary Neuroscientific Technologies Ltd headquarters/home (Canterbury, UK) and KCL (London, UK) (2018-2020)

IMG_20200720_145144 Desk Workspace
IMG_0527
IMG_0520
IMG_0523
IMG_0663 (1)
IMG_0522
IMG_0528
IMG_0521
IMG_0529
IMG_0525
IMG_0524
IMG_0518
S1130002
IMG_0513
IMG_0634
IMG_0511
IMG_0510
IMG_0530
IMG_0639
IMG_0662 (1)
IMG_0647
IMG_0661 (1)
IMG_0644
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