Auto - associative network, Mechanical Engineering

We seek to test if an auto-associative network is capable of recalling certain memories. Here you will test if patterns can be completed or recovered. You are given a single pattern s = (1, 1, 1, -1) which is stored in the weights W computed using Hebbian learning. 

1237_auto-associative network.png

Determine if the following patterns can be recalled (Yes or No). Show your work and explain how you arrived at each conclusion. Full credit depends on showing your work.

• Training pattern (1 1 1 -1)

• Small noise pattern (-1 1 1 -1)

• Incomplete pattern (0 0 1 -1)

• Large noise pattern (-1 -1 1 -1)

Posted Date: 4/2/2013 5:31:23 AM | Location : United States

Related Discussions:- Auto - associative network, Assignment Help, Ask Question on Auto - associative network, Get Answer, Expert's Help, Auto - associative network Discussions

Write discussion on Auto - associative network
Your posts are moderated
Related Questions
Neutra l Layer and Neutral Axis In the beam or cantilever, there is one layer which retains the original length of it even after bending. So in this layer tensile stress and c

Calculate the tension T in the rope: Q: A man raises 10 Kg joist of length 4m by pulling on rope, Find out the tension T in the rope and reaction at point A for the posit

Creating a new style To create a new dimension style, make sure the STANDARD style is the current style, click in the Name edit box then type the name of the new style you want

Applications of spot welding As spot welding can be employed for Al, Cu, Ni and Mg alloys. It is not advisable to spot weld steels with carbon content greater than 0.25 % unles

Varignon theorem: State Varignon's theorem. How it helps in determining of the moments? In which type of condition is it used? Sol.: Varignon's theorem also called Law

You are tasked with the analysis and design of the gravity and wind framing system for a 6-story office building. A part plan of the building is attached.  The plan dimensions o

A jet of water moving at 8 m/sec. impinges on a concave-shaped vane to deflect the jet through 120 o when stationary. If the vane is moving at 5 m/sec., determine the angle of jet

Determination of Reaction at the Support beam: Draw a SFD & BMD for the beam illustrated in Figure Figure Solution Determination of Reaction at the Support