ID |
Event |
Session Type |
Title |
edit action |
72 |
CCNW 2022 |
Social |
Breakfast |
detail
|
73 |
CCNW 2022 |
Lecture |
Welcome and Introduction |
detail
|
74 |
CCNW 2022 |
Lecture |
Self-introduction of the participants |
detail
|
75 |
CCNW 2022 |
Lecture |
Biological Computation |
detail
|
76 |
CCNW 2022 |
Lecture |
Theoretical Computation |
detail
|
77 |
CCNW 2022 |
Social |
Morning Coffee Break |
detail
|
78 |
CCNW 2022 |
Social |
Happy Hour! |
detail
|
79 |
CCNW 2022 |
Lecture |
Navigation 1 |
detail
|
80 |
CCNW 2022 |
Lecture |
Navigation 2 |
detail
|
81 |
CCNW 2022 |
Lecture |
Setting Goals 1 |
detail
|
82 |
CCNW 2022 |
Lecture |
Classification & Clustering 1 |
detail
|
83 |
CCNW 2022 |
Lecture |
Classification & Clustering 2 |
detail
|
84 |
CCNW 2022 |
Lecture |
Setting Goals 2 |
detail
|
87 |
CCNW 2022 |
Social |
Workshop Dinner |
detail
|
88 |
CCNW 2022 |
Lecture |
Long-term memory & plasticity 1 |
detail
|
89 |
CCNW 2022 |
Lecture |
Long-term memory & plasticity 2 |
detail
|
100 |
CCNW 2022 |
Social |
Welcome Apero |
detail
|
101 |
CCNW 2022 |
Discussion |
Neuromorphic engineering: where are we and how can we move towards AGI? |
detail
|
104 |
CCNW 2022 |
Work Group |
Regressing individual finger position from sEMG using a spike-based approach |
detail
|
105 |
CCNW 2022 |
Work Group |
Classification of time-dependent data with SNNs |
detail
|
106 |
CCNW 2022 |
Work Group |
Spiking network synthesis for a resting vs Grasp (orthogonal gesture) using sEMG on a Neuromorphic hardware |
detail
|
107 |
CCNW 2022 |
Lecture |
Hardware show-case and workgroup presentation |
detail
|
108 |
CCNW 2022 |
Work Group |
Olfaction in humans, animals, and machines |
detail
|
109 |
CCNW 2022 |
Recreation |
CapoCaccia Climbing Crew |
detail
|
110 |
CCNW 2022 |
Discussion |
Issues faced with Published datasets |
detail
|
111 |
CCNW 2022 |
Work Group |
Machine Learning for Neuromorphic hardware |
detail
|
112 |
CCNW 2022 |
Discussion |
Exploiting inference capabilities of memristive arrays for neuromorphic hardware |
detail
|
113 |
CCNW 2022 |
Work Group |
ADP: Activity-driven perception and control |
detail
|
114 |
CCNW 2022 |
Work Group |
Bloggers and blogging |
detail
|
115 |
CCNW 2022 |
Recreation |
Gaming, esp. Poker and magic talent |
detail
|
117 |
CCNW 2022 |
Recreation |
Tennis |
detail
|
118 |
CCNW 2022 |
Work Group |
Accelerated neuromorphics on BrainScaleS-2 |
detail
|
119 |
CCNW 2022 |
Work Group |
Fast and energy-efficient neuromorphic deep learning with spike times |
detail
|
120 |
CCNW 2022 |
Work Group |
GPU-enhanced neural networks |
detail
|
121 |
CCNW 2022 |
Recreation |
Afternoon hiking in the beautiful countryside |
detail
|
122 |
CCNW 2022 |
Lecture |
Neuromorphic Computation |
detail
|
123 |
CCNW 2022 |
Work Group |
Inhibition-Stabilized Networks: if we can control them, what can we do with them? |
detail
|
124 |
CCNW 2022 |
Recreation |
Chocolate Tasting |
detail
|
125 |
CCNW 2022 |
Work Group |
Loihi and Lava tutorials |
detail
|
127 |
CCNW 2022 |
Discussion |
Exploiting diversity of dynamical neuron types in spiking neural networks |
detail
|
128 |
CCNW 2022 |
Discussion |
Why don't androids dream of electric sheep? |
detail
|
129 |
CCNW 2022 |
Social |
Lunch |
detail
|
130 |
CCNW 2022 |
Social |
Dinner |
detail
|
131 |
CCNW 2022 |
Work Group |
Mobile Robot Competition (event-vision moving-obstacles avoidance) |
detail
|
132 |
CCNW 2022 |
Recreation |
Scuba Diving |
detail
|
133 |
CCNW 2022 |
Recreation |
Sailing group |
detail
|
134 |
CCNW 2022 |
Discussion |
User friendly and efficient neuromorphic software |
detail
|
135 |
CCNW 2022 |
Discussion |
Simulating the entire human brain today? |
detail
|
136 |
CCNW 2022 |
Discussion |
BitBrain and other methods for single-pass and continuous learning |
detail
|
137 |
CCNW 2022 |
Work Group |
SpiNNaker, event-based sensors, and BitBrain |
detail
|
138 |
CCNW 2022 |
Discussion |
Quo vadis neuromorphic hardware? |
detail
|
139 |
CCNW 2022 |
Work Group |
Playing with DYNAP-SE1 |
detail
|
140 |
CCNW 2022 |
Work Group |
Temporal augmentation for SNNs |
detail
|
141 |
CCNW 2022 |
Discussion |
Benchmarking SNNs. Choosing tasks and metrics |
detail
|
142 |
CCNW 2022 |
Recreation |
Football |
detail
|
143 |
CCNW 2022 |
Work Group |
Routing information through oscillations |
detail
|
144 |
CCNW 2022 |
Discussion |
Medical Applications for Neuromorphic Technologies |
detail
|
145 |
CCNW 2022 |
Lecture |
Workgroups scheduling & Discussion groups presentation |
detail
|
146 |
CCNW 2022 |
Discussion |
Theme A: Neuromorphic Perception for/and control |
detail
|
147 |
CCNW 2022 |
Discussion |
Theme B: Learning |
detail
|
148 |
CCNW 2022 |
Discussion |
Theme C: From single neuron to network dynamics |
detail
|
149 |
CCNW 2022 |
Discussion |
Should we pay attention? |
detail
|
151 |
CCNW 2022 |
Discussion |
Theme D: Neuromorphic Hardware. From devices to systems |
detail
|
152 |
CCNW 2022 |
Discussion |
Combining Hebbian and predictive plasticity yields invariant object representations in deep nets |
detail
|
154 |
CCNW 2022 |
Work Group |
Predicting future behaviour using event-based digital activity |
detail
|
155 |
CCNW 2022 |
Discussion |
Tutorial: introduction to PyTorch |
detail
|
157 |
CCNW 2022 |
Discussion |
Beating our cortical conundrums |
detail
|
158 |
CCNW 2022 |
Recreation |
Watching Eurovision together |
detail
|
159 |
CCNW 2022 |
Recreation |
Sketching |
detail
|
160 |
CCNW 2022 |
Discussion |
Spiking networks with PyTorch and Norse |
detail
|
161 |
CCNW 2022 |
Recreation |
Cycling to capo caccia |
detail
|
162 |
CCNW 2022 |
Discussion |
Learning, causal reasoning, creativity |
detail
|
163 |
CCNW 2022 |
Discussion |
Plugging into real world behaviour |
detail
|
164 |
CCNW 2022 |
Discussion |
Inference |
detail
|
165 |
CCNW 2022 |
Work Group |
Hands On: Controlling mobile robot for pendulum competition |
detail
|
166 |
CCNW 2022 |
Discussion |
Demo Running Hybrid Networks on SpiNNaker2 |
detail
|
167 |
CCNW 2022 |
Lecture |
Balanced Networks and Working Memory |
detail
|
169 |
CCNW 2022 |
Discussion |
Predictive coding |
detail
|