E3.3 Consider a Hopfield network, with the following weight and bias. i. The following input (initial condition) is applied to the network. Find the network response (show the network output at each iteration until the network converges). ii. Draw a sketch indicating what region of the input space will converge to the same final output that you found in part i. (In other words, for what other p vectors will the network converge to the same final output?) Explain how you obtained your answer. iii. What other prototypes will this network converge to, and what regions of the input space correspond to each prototype (sketch the regions). Explain how you obtained your answer. E3.3 Consider a Hopfield network, with the following weight and bias. i. The following input (initial condition) is applied to the network. Find the network response (show the network output at each iteration until the network converges). ii. Draw a sketch indicating what region of the input space will converge to the same final output that you found in part i. (In other words, for what other p vectors will the network converge to the same final output?) Explain how you obtained your answer. iii. What other prototypes will this network converge to, and what regions of the input space correspond to each prototype (sketch the regions). Explain how you obtained your