Tetzlaff Research Group Computational Neuroscience - Learning and Memory
Göttingen
Joined July 2020
- Tweets32
- Following3
- Followers67
- Likes32
tetzlab retweeted
In our newly published article, we show how neuromodulator concentration can retroactively control the neural code of long-term memory representations in a biologically detailed network model: doi.org/10.1038/s41598-022-2… (2/2)
Folks are arriving for neal2022.tetzlab.com! Looking forward to having exciting days all about #neuromorphic algorithms!
tetzlab retweeted
Arbor has been given an update!
v0.7 comes with a host of new features and improvements, such as:
• Arbor-LFPykit integration is complete
• Addition of epoch callbacks
• Addition of Axial Diffusion
• Inhomogeneous parameters support
Learn more: bit.ly/3Q1c3uH
Don't forget to register (early bird!) for our Satellite Workshop on simulating plasticity in morphologically detailed neural networks with arbor-sim.org: bernstein-network.de/bernste…! @BernsteinNeuro #BernsteinConference #Bernstein2022
Out now "Organization and Priming of Long-term Memory Representations with Two-phase Plasticity" by J. Luboeinski (@janniklubo) & C. Tetzlaff! #OpenAccess doi.org/10.1007/s12559-022-1…
Applications for NEAL2022 are open! We bring together experts
from the scientific fields of #neuromorphic computing, computational
neuroscience, and robotics! Apply now! neal2022.tetzlab.com
tetzlab retweeted
Uniting efficiency and usability of #neuromorphic computing! "A Scalable Approach to Modeling on Accelerated Neuromorphic Hardware" explains the experiment workflow, API layering, software design, and platform operation for @BrainScaleS-2! doi.org/10.3389/fnins.2022.8…
ALT Overview of the BSS-2 software architecture and its applications. Left side: Colored boxes in the background represent the separation of the software into different concerns. White boxes represent individual software APIs or libraries with their specific repositories names and dependencies. Right side: Various applications concerning different system aspects. The arrows represent dependencies in the stack, where the dependent points to its dependencies. For embedded operation additional dependencies on libnux are needed (dashed arrows).
tetzlab retweeted
A new fantastic Special Issue is available in Neuroscience: Dendritic contributions to biological and artificial computations by Guest Editors
@YiotaPoirazi & @SchillerJackie. Look out sciencedirect.com/science/jo… @NeurosciIBRO @ELSneuroscience
tetzlab retweeted
Vom Gehirn inspirierte KI: Was ist Neuromorphic Computing? mixed.de/vom-gehirn-inspirie… @mixed_de @NeuroTMA
tetzlab retweeted
The new version of the Arbor neural network simulation library boasts a range of new features and improvements:
· Arbor-GUI
· Mechanism ABI
· User-defined gap junction models
· LFPykit integration
· Python Package
Get it on EBRAINS: bit.ly/35uohKh
tetzlab retweeted
🚀🚀 How the @BrainScaleS research team at @UniHeidelberg uses Mattermost to build a neuromorphic system that tries to replicate what's currently known about information processing in the mammalian brain 🧠
mattermost.com/customers/hei…
tetzlab retweeted
The 9th Neuro Inspired Computational Elements Conference (NICE 2022) starts next week (29 March - 1 April 2022)!
The workshop offers #neuromorphic computing related talks as well as SpiNNaker, @BrainScaleS and Loihi hands-on sessions.
niceworkshop.org/nice-2022/ @NICE_Workshop
ALT Logo of the Neuro Inspired Computational Elements Conference NICE 2022
tetzlab retweeted
Find out how Mattermost helps the @BrainScaleS neuromorphic computing 🧠🖥️ scientists at @UniHeidelberg stay aligned and move groundbreaking research forward
mattermost.com/customers/hei…
tetzlab retweeted
With a couple of pages on #neuromorphic computing!
🎉 We are happy to announce the launch of our latest @HumanBrainProj brochure.
This brochure highlights our latest scientific breakthroughs and achievements.
Take a look at it here 👇
humanbrainproject.eu/en/scie…
tetzlab retweeted
Read all about the @BrainScaleS-2 Accelerated #Neuromorphic System With Hybrid Plasticity by @ChristianPehle et al. in @FrontNeurosci!
doi.org/10.3389/fnins.2022.7…
ALT Overview of the BrainScaleS-2 System architecture.
We are hiring! Two open PhD positions for deepening our understanding of the molecular principles underlying key synaptic
processes of plasticity by the usage of computational and mathematical methods!
tetzlab retweeted
Close-up view of Arbor-GUI editing a model.
Model sourced from here ➡️ modeldb.science/showmodel?ta…
tetzlab retweeted
From point to structured neurons! Jakob shows you how to run experiments on the @BrainScaleS #neuromorphic hardware via @EBRAINS_eu: youtube.com/watch?v=rhyHcAId…!
tetzlab retweeted
Congratulations to Jakob Kaiser for winning the poster award in the technology category for his poster based on doi.org/10.1016/j.neuroscien… on #neuromorphic dendritic computing: the next-step in the design of even more bio-inspired hardware!
The winners of the poster award in the #technology category are...
🏆 Jakob Kaiser
🏆 Sami Mollard
🏆 Ingrid Reiten
Congratulations to all of you! #HBPSummit
New preprint out!
Brian2Loihi provides a coherent presentation of Loihi’s computational unit and introduces a new, easy-to-use Loihi prototyping package with the aim to help streamline conceptualisation and deployment of new algorithms! arxiv.org/abs/2109.12308 #neuromorphic
