tutorials:tutorial_3
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| tutorials:tutorial_3 [2016/09/02 04:45] – [Tutorial 3: Balanced network with synaptic plasticity (triplet STDP)] zenke | tutorials:tutorial_3 [2016/09/02 04:45] – section structure zenke | ||
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| That's it. Save the file and [[manual: | That's it. Save the file and [[manual: | ||
| - | ===== Visualizations ===== | + | |
| + | ====== Visualizations | ||
| As you can see the transition around 10s where we switch plasticity on is quite drastic: | As you can see the transition around 10s where we switch plasticity on is quite drastic: | ||
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| - | ===== Speeding up simulations: | + | ====== Speeding up simulations: |
| By now you have simulated plastic recurrent spiking neural networks with Auryn. You might have noticed that these simulations have started to be increasingly time consuming. Fortunately, | By now you have simulated plastic recurrent spiking neural networks with Auryn. You might have noticed that these simulations have started to be increasingly time consuming. Fortunately, | ||
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| - | ===== Exercises ===== | + | ====== Exercises |
| * Speed up the simulation using parallelism | * Speed up the simulation using parallelism | ||
| * Find a slower tau for which the network activity oscillates or explodes (see for [[http:// | * Find a slower tau for which the network activity oscillates or explodes (see for [[http:// | ||
| * Add inhibitory synaptic plasticity to this simulation (see [[manual: | * Add inhibitory synaptic plasticity to this simulation (see [[manual: | ||
tutorials/tutorial_3.txt · Last modified: 2016/09/02 04:46 by zenke