cs 425 software engineering

28
Overview of Proposed Project Topics September 22, 2011 1

Upload: jera

Post on 17-Jan-2016

92 views

Category:

Documents


0 download

DESCRIPTION

CS 425 Software Engineering. Overview of Proposed Project Topics September 22, 2011. Summary. Topics by Dr. Kostas Bekris Topic by Mr. Mike McMahon Topics by General Electric (Mr. Ken Ceglia) Topics by Mr. Richard Kelly Topics by Bally Technologies Topic by Ms. Ashley Greenwald - PowerPoint PPT Presentation

TRANSCRIPT

Page 1: CS 425 Software Engineering

Overview of Proposed Project Topics

September 22, 2011

1

Page 2: CS 425 Software Engineering

Topics by Dr. Kostas Bekris Topic by Mr. Mike McMahon Topics by General Electric (Mr. Ken

Ceglia) Topics by Mr. Richard Kelly Topics by Bally Technologies Topic by Ms. Ashley Greenwald Topic by Dr. Jennifer Mahon Nevada Climate Change Portal topics

Topic by Mr. Scotty Strachan Topics by Sergiu Dascalu’s NCCP Team

2

Page 3: CS 425 Software Engineering

Contact info:

[email protected]

Topics: Motion Planning, Robotics

3

Page 4: CS 425 Software Engineering

Contact info:[email protected]

Topic: Home Sprinkler Automation

4

Page 5: CS 425 Software Engineering

For the geek household

Page 6: CS 425 Software Engineering

• They turn sprinklers on and off…

• They have clocks

Page 7: CS 425 Software Engineering

• Touchscreen• More

programming options

• Limited computer connectivity

• Optional rain sensors

Page 8: CS 425 Software Engineering

• .NET• Netduino Network

connectivity Touchscreen• Web interface• Phone interface

Page 9: CS 425 Software Engineering

• Automatic time synchronization (NTP)• Web interface• Phone interface (optional)• Touchscreen (optional)• Highly-configurable sprinkler groupings

and schedules• Network connectivity• Ability to use moisture sensors and / or

weather data• And others (like home lighting control)

Page 10: CS 425 Software Engineering

• ACM .NET workshops• Windows Phone contest

Page 11: CS 425 Software Engineering

GE team: Arthur, Gabe, Jeremy, Ken

Contact info:[email protected]

11

Page 12: CS 425 Software Engineering

Jeremy, James, Gabe, Ken

Page 13: CS 425 Software Engineering

Where are we

What do we do

Project Ideas

Page 14: CS 425 Software Engineering

Minden Nevada Headquarters Global, World Wide Engineering in Minden Mumbai, Austria, New Zealand Growing…

Page 15: CS 425 Software Engineering

Machinery Protection Systems Big Machines

Just like Health Care, but with a Machine

Big Machines, very expensive, Making

Gasoline, or PowerLook at recent Russian Crisis

Page 16: CS 425 Software Engineering

Jeremy, James, GabeMobile PhoneSenior Project -> Internship -> Full

Time Staff

Page 17: CS 425 Software Engineering

Mobile Phone Cable Check iPhone or Android or Windows 7 Mobile Databases

Plot Advisor, Neural Nets AI, Math, Graphics

Statistical Alarms GUI’s, Data and Math

MacBook Display Apple, GUI’s, Database

Enhance Last Year’s Mobile Mobile

Phone Alert Mobile and WEB

Mak

e up

you

r own!

Page 18: CS 425 Software Engineering

Robotics Laboratory (Dr. Monica Nicolescu)

Contact info:http://www.cse.unr.edu/~rkelley/

2010 link to videos: http://www.cse.unr.edu/~rkelley/videos/

18

Page 19: CS 425 Software Engineering

Mr. Saurabh Singh, Mr. Mark Lowell

Contact info:[email protected]

Link to topics: PDF file

19

Page 20: CS 425 Software Engineering

Contact info:[email protected]

Applying Behavior Analysis to Childbirth: The Effects of Prompting, Choice and Modeling on Experiential Pain During Labor

20

Page 21: CS 425 Software Engineering

Childbirth in the United States is much different today than in centuries past. Whereas childbirth was once considered a natural process, the advent of modern medicine has taken the power of birth away from the woman and handed over to medical professionals. The “chain of interventions” that routinely occurs in hospitals has resulted in a 33% cesarean section rate and one of the highest infant mortality rates of all developed countries. Literature suggests that ineffective pain management techniques and unsupportive partners yield high levels of pain and suffering, resulting in the need for medical intervention wherein the women is left feeling disempowered and defeated.

21

Page 22: CS 425 Software Engineering

The purpose of the present study is to examine how technology, incorporating in vivo behavioral techniques such as momentary prompting, choice, and modeling during contractions, effects the experience of sensory pain and perception of personal control during labor. Additionally, this study will examine how the treatment package effects requests for or use of medication during labor as well as its effect on partner participation and support during labor.

The technology of this intervention will be in the form of an iPad application. The iPad application will consist of three user components: identifying location of pain (i.e., back), identifying a pain management strategy for partner support (i.e., massage), identifying a pain management strategy for the laboring woman (i.e., labor positions). Based on the three selections, a short video clip will play of the exact behaviors that are recommended for the participants to engage in. The application will also collect data using a Likert-type rating scale of pain and perceived control following each contraction.

22

Page 23: CS 425 Software Engineering

Collaborators: Dr. Bobby Bryant, Dr. Michael Leverington, Mr. Ben Brown, Ms. Miran Kim

Contact info: [email protected]

Tentative Topic Title:

Bringing Imaginary Students to Life: A Simulation Environment for the Exploration of Students’ Personalities and Behavior

23

Page 24: CS 425 Software Engineering

NCCP link: www.sensor.nevada.edu

Presentation by S. Dascalu

http://www.cse.unr.edu/~dascalus/NCCP.pptx

24

Page 25: CS 425 Software Engineering

Topic by Mr. Scotty Strachan [UNR Department of Geography]Contact info:

[email protected] [email protected]

Topic: Management System for Field Web Cameras

25

Page 26: CS 425 Software Engineering

[Topic by Scotty Strachan]

The Nevada EPSCoR climate observation network has deployed several PTZ Canon VB-C60 webcameras in remote field locations. It is anticipated that each of 12 separate stations will have a camera installed by the end of the year. These cameras currently are set to transmit images of pre-set views once per hour over a 10Mbps field IP network.

The utility of these cameras could also be leveraged by implementing software control systems similar to security camera management, where a buffer of video or frequent frames is automatically captured and archived on a control server. Images are automatically analyzed in software for major changes, so that movement can be detected and recorded.

26

Page 27: CS 425 Software Engineering

[Topic by Scotty Strachan]

Development of such a system associated with the EPSCoR network would enhance site maintenance and security as well as provide an additional product for end users of station data. Identification of suitable software packages, precise deliverables, and initial implementation will require input and considerations from the perspectives of EPSCoR C.I. system security, usable field network bandwidth, and C.I. infrastructure cost. Familiarity with the built-in capabilities of the camera hardware will be necessary prior to deciding on additional details.

27

Page 28: CS 425 Software Engineering

Other topics:

-Climate Change Data Processing and Visualization

Contact: Sergiu Dascalu, Mike McMahon

-Software Tools for Model and Data Interoperability

Contact:

Sergiu Dascalu, Eric Fritzinger ([email protected])

28