A one or two sentence summary of the paper

This paper was a summary of the various techniques for creating more
realistic and appealing traditional animations and ways in which to apply
these techniques to computer animation.

A one or two sentence description of the problem the paper is trying to
solve.

How to apply the traditional techniques of animation invented in the
1930s to the problems of computer animation

A one of two sentence description of the method used to solve the
problem.

This paper lists ways to apply every one of Disney's original animation
principles (except one) to computer animation.
A list of short (approx one sentence) descriptions of the key ideas of
the paper.

Squash and stretch -- deforming objects with motion to define their
rigidity
Timing -- spacing actions temporally to give desired effects
Anticipation -- giving an exaggerated buildup to an action so the viewer
knows where to focus
Staging -- placing the objects in the scene to the greatest possible
effect
Follow through and overlapping action -- allow objects to overlap in
space over time so that the relationship between objects over time is
clear
Slow in and out -- move quickly between actions, but slow down for poses
Arcs -- arcs are the visual path for most natural movement
Exaggeration -- exaggerate motions so they can be clearly understood,
even without subtle details
Secondary action -- have other parts of the scene respond to the main
action
Appeal -- make sure to give the entire scene some sort of visual
attraction

A list of short (approx one sentence) descriptions of the contributions
of the paper.

This paper contributed a description of how all these ideas might be used
in the context of computer animation

Any questions that the paper raises for you. This might be some flaw that
they do not address, something that is unclear, some piece of background
knowledge that you don't have that would help you understand the paper,
...

They left out the Disney's principle of solid characters, and I'm not
entirely sure why (possibly because it's not usually much of a problem in
computer animation).