Reviewed by Andrew Davison, <<student no>> ad@fivedots.coe.psu.ac.th 15th May 2013

Review of "Dynamically Reconfigurable Vision-based User Interfaces"by Rick Kjeldsen, Anthony Levas, Claudio Pinhanez Reviewed by Andrew Davison, <<student no>>ad@fivedots.coe.psu.ac.th 15th May 2013

Overview 1. Introduction 1.1 iiiii 1 1.2 iiiii 2 2. Background 2.1 bbbbb 1 2.2 bbbbb 2 3. Results 4. Conclusions

1. Introduction • state problem • brief background may be necessary • state solutions/objectives • briefly list features, inputs, outputs • how does each feature help solve the problem?

1. Introduction (alt) Tree of components implementing three widgets

1.1. Problem Statement • state problem • brief background information may be necessary • Use this slide if problem statement is big

1.2. Objectives • begin with 1 paragraph which states the solution • why does it solve the problem? • diagram showing the main components of your solution • Use this slide if objectives are big

give numbered paragraphs on aspects of the solution • design aims (e.g. use GUI I/O for ease of use); • most of the paragraphs will be design aims • implementation aims (e.g. use a prog. language that is supported on many machines; • testing aims (e.g. compare program with standard search engine to see if faster/easier to use)

2. Background • give background on the techniques used in this work • (e.g. networking, Java) • Say what sub-sections are in this part • why are they included?

2.1. blah blah 1 section for each topic • in each section have: • say what the topic is • explain how it is used in the research

3. Results • Give the results • Use figure, table for each sub-result • Summarize the results in words • If a lot of resultsthen use sub-sections

4. Conclusions • State Problems again • State Solutions again • Summarize conclusions from paper

Any Questions?

Reviewed by Andrew Davison, <<student no>> ad@fivedots.coe.psu.ac.th 15th May 2013