| 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 |