A: About BNT/BioNeuroTech, and Products & Services 

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Projects still in development...

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Website still in development....

 

 

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 ‘My Project(s)’ refers the construction & development of small-scale exploratory/experimental basic programming-based projects by me (Harry F Muzart), and my small involvement in larger-scale external projects.

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For all the projects in the sections C-bCM-S / C-NhaNp-S / C-OBmNR-M / C-Cogn-S / C-mE-S / Gen CS , I have installed the main software and the relevant development kits on my computer (in some instances the tools were used directly in a web browser); the code I have written & adapted can be found in my public GoogleDrive folder, some of which I have already transferred to GitHub. Most of it is currently private but will be made available open-source within the next few months and coming year (2021).

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  Partner Websites: 

 

www.Scientifically.Org.uk

 

Interdisciplinary Science Tutorial Videos by H Muzart, and other e-Learning Resources.

 

www.Harry-Muzart.info

 

More about Harry Muzart: my CV, all my professional and social networking, and funding platforms.

 

www.Multidisc-Neurosci-Tech-Ltd.org

www.Multidisc-Neurosci-Tech-Ltd.com

 

"Multidisciplinary Neuroscientific Technologies Ltd", the parent organization of BioNeuroTech.com

(BNT is the Research Branch specializing in Computational Modelling of Biological & Cognitive Systems)

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Based on the topics in the menu above, I aim to construct & build data-driven Computational Models (3D Graphical Representations, Functional Computational Models, Web-based Scripts, Apps, Programs for Analytics/Informatics, Relational Databases & Big-Data Networks, etc) either from scratch using base hard code or using existing platforms.

 

I deal more with prototyping in software engineering, computing and virtual simulation models; but also some basic hardware implementation and physical experimentation.

 

I focus on biosciences/neurosciences at all levels of organisation (esp. at low-level and high-level cellular ensemble network systems), and I look at how this can be merged with technology, especially based on compatible computational architectures.

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My key aim is to understand complex systems.

There are a few focus points from which this site originally started:

• Exploring the interdisciplinary link between biology and technology. 

• Using a computational and neuroscientific mindset to modelling & analysing complex systems.

• Solve computational neuroscience and its medical and enhancement applications.

• Solving humankind’s other problems.

 

I have deviated from this a bit and have extended my scope to include other fields.

As said, my core work is science & tech research in each of these topics, and projects focus on not only coding visual representations but also working on hard-coding code for functional computational interactomics models that effectively use and process data. My aim is broadly applying STEMM principles to work out mechanisms, and innovating fundamental core code models. There is also the producing of other products in various formats, such as big-data files, executable scripts, or packaged apps. There are also other further functional applications.

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The web platform aims to develop useful tools to help us solve problems. It is based on using practical applications of 4 main fields:

--1-- Neurobiology.

--2-- Cognitive Sciences. 

--3-- Computer Engineering.
--4-- Computational Neuroscience, Neural Engineering, Biological Informatics,

Deep Machine Learning, and Cognitive Analytics. 

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Various projects are currently being worked on, centered around the idea that we need to be using computational neuroscience to further our understanding of (and progress in) computational neuroscience itself. These are inspired by current advances being developed by various STEMM-based private firms.
 

My long-term aim is of: capitalising from the research & development, monetising fully this site's products, making collaborations, attracting investors, having a foundation for post-doctoral work, etc.

 

There will be various vision milestones that will be aimed for: eg.

--- Help solve intelligent systems

--- Applying this to pattern recognition of fMRI/dtMRI tractography scans, electrophysiology, and connectome data

--- Applying this to models of regeneration of CNS neurons

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Click here if the Icon on the Home Page doesn't work:

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https://github.com/Harry-Muzart

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Some of my other links to other site profiles (not much significant content yet - still working progress...)  :

(see Other Pages on this Website for more info)

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HM HumanBrainProject Forum - https://forum.humanbrainproject.eu/users/harry_muzart/activity

HM Zooniverse Projects - https://www.zooniverse.org/users/Harry-Muzart

​HM 3DSlicer-NeuroIm - https://discourse.slicer.org/u/Harry-Muzart/summary

HM Open-BrainComputerInterface EEG - http://openbci.com/index.php/forum/#/profile/2487/Harry_M

HM BioInformaticsDB - http://www.bioinformatics.org/people/index.php?user_hash=669fde98787fad72

HM MatLab Account - https://uk.mathworks.com/matlabcentral/profile/authors/9089185-harry-muzart

HM GitLab - https://gitlab.com/Harry-Muzart

HM Bitbucket - https://bitbucket.org/Harry-Muzart/

HM StackExch-CodeReview - https://codereview.stackexchange.com/users/156120/harry-muzart

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About Stars: ⋆⋆⋆⋆⋆⋆⋆⋆⋆⋆⋆⋆

(These represent the relative amount of work I have done for each field)

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NOTE: ​Many features on this website are not supported by mobile devices (smartphones and some tablets). For full functionality, please use a desktop computer or laptop (with the recent versions of any Operating System; and use any Web Browser)

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previous site host:

https://sites.google.com/site/bioneurotech/

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Video Animations at the top of each page, sources:

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--- Computer board circuits (Wix.com repo)

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--- https://www.youtube.com/watch?v=pJmab7TPXK4

(at https://www.youtube.com/channel/UCbcnbdU_oueTKZq1URik8SQ/videos)

references:

--- https://www.youtube.com/watch?v=jrC8iY6_aZQ ; Wiring the human brain - Slicing fiber tractography ; Alfred Anwander ; Sep 2013
--- https://www.youtube.com/watch?v=l7_GzqinHos ; Infected neurons in mouse brain ; PLOS Media ; May 2015
--- https://www.youtube.com/watch?v=GfG9-o2x-CE ; Simulation of Spiking Thalamocortical Brain Network 2 - 3D View, 1.4M Neurons, 140M Synapses ; Ivan Dimkovic ; Mar 2012
--- https://www.youtube.com/watch?v=_33K1zTtoow ; DigiCortex Artificial Brain Simulation - Retina + 8 Million Cortical Neurons / 2 Billion Synapses ; Ivan Dimkovic ; Jun 2013
--- https://www.youtube.com/watch?v=u28ijlP6L6M ; Artificial Brain Simulation - Thalamocortical System, 8 Million Neurons - 1.4 Billion Synapses ; Ivan Dimkovic ; May 2012
--- https://www.youtube.com/watch?v=bGvopJho8gA ; Neurons. Нейроны ; Die Tannenspiel ; May 2016
--- https://www.youtube.com/watch?v=yuvWfva0bGw ; 3D Dynamic Images of Neurons @EPFL ; École polytechnique fédérale de Lausanne (EPFL) ; Aug 2011
--- https://www.youtube.com/watch?v=RKSEfjSCzdQ ; Neurotech 6: Light Activated Neurons (Optogenetics with Ed Boyden) ; EyeWire (MIT) ; Feb 2015
--- https://www.youtube.com/watch?v=-mq27SukK4E ; full MRI of my head with contrast fluid - all normal and healthy ; C0MPAQ ; Apr 2016
--- https://www.youtube.com/watch?v=FqaPFodSu8k ; Schwannoma on brain MRI Drs. Stephen Pomeranz and Malcolm Shupeck ; Proscan Imaging ; Mar 2017

 

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 ... and Products & Services  

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About BNT & HFM Services

​(BioNeuroTech and Harry F Muzart)

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This website is a platform for developing open source code & programs in computational neuroscience and systems biosciences (and other fields).
 

 

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Contact me on my public profiles or email if you have any query or want to do any collaborations, or if you require freelance work from me. I will reply if I am in a position to do so.
 

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Please go to these Websites:

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www.Harry-Muzart.net

​https://sites.google.com/site/harrymuzart1/

 

www.Multidisc-Neurosci-Tech-Ltd.com

https://sites.google.com/site/multidiscneuroscitechltd/

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My emails:

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https://sites.google.com/harrymuzart/contactme

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 .....@multidisc-neurosci-tech-ltd.com ( ... )

 

(If you have my Hotmail (MS Outlook), UCL email addresses, or my GMail, you can also contact me via those).

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I will try to reply if I am not too busy!

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1-Jun-2021 13h25

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