SlideFinderPowerPoint search engine with thumbnail results
Advanced search
Newest Viewed Downloaded

Universities > United States Showing 1 - 20 of 1254 items

(The University of California, San Diego)

The University of California, San Diego (also known as UCSD or UC San Diego) is a public research university located in La Jolla, San Diego, California. UCSD is one of the ten general campuses of the University of California system and was founded in 1960 near the pre-existing Scripps Institution of Oceanography. 22,048 undergraduate and 5,073 graduate students enrolled in Fall 2007 and the university awarded 6,802 degrees in 2005/06. The university is organized into six undergraduate colleges and six graduate divisions and offers 125 undergraduate majors, 52 masters degrees, 51 doctoral programs, and four professional degrees.

More information: http://en.wikipedia.org/wiki/University_of_California,_San_Diego

3)Structural Development 36 X 30 X 15 cubic cm Conclusion Phosphates exceed normal limits Water is too basic at certain sites Conductivity is too high Obtained real-time sensor data User interfaces will vary according to targeted audience Determined materials and placement for structural system Further Work Complete a year round data set Implement code to store data and transmit wirelessly Finalize structural design and begin building Acquire wireless and solar hardware Acknowledgements Silvia Mah Srinivas Sukumar Robin Rierdan Deborah Jones Zachary Nelson Jorge Noguera Mark VanScoy Robert Goulden Sixth College Results Water quality testing 2) Hardware Development FP-2000 datalogger from National Instr. Sensors from Global Water Instrumentation Programming Algorithm Designed an office user interface with RT observation of data and potential problems 9XStream-PKG-E RF Modem: optimal wireless communications device Abstract Client needs water quality data on water quality of San Diego River while implementing their reclamation project EM Team’s Objectives: immediate data and analysis design, build, and deploy a remote self sustained water quality monitoring device Methods Manually collect chemical and physical data at various sites. Design wireless water quality sensing prototype Program datalogger (LabVIEW) Develop user-friendly interfaces Design a structural system to mount/protect hardware componen... -Everything needs to be bolded - makes it easier to see. -My changes are a lot, so go through the whole poster to find them. -Summary should be broken down into three sections (you have them like that, but will be easier to read and skim for the audience. -YOU CAN ALSO COMBINE MISSION AND GOALS SECTION -TRY PLAYING AROUND WITH MOVING THE FIGURES AROUND. -METHODS ARE MORE LIKE GOALS, YOUR DECISION - I LIKE IT, BUT THIS WAS A COMMENT BY THE TA -I changed the logo and added the Lakeside logo opposite your logo. -I used my prototype picture because it is prettier - your call -I tried to cut down on some of the language in the Client’s needs section, so added “client: Lakeside Conservancy” under the title for clarification -That brings me to the title: it should be descriptive”Environmental Monitoring Team brings needed water quality monitoring system to Lakeside Conservancy non-profit” RESULTS: -Need to bold the sites - I made text boxes to go over the site numbers (I think you just cut and pasted the picture, so this is the best and easiest alternative). BOLD & bigger font as I have them -Again, descriptive titles for graphs and text to go with them for what is happening. For example: TITLE: Dissolved O2 is not a stable parameter across sites. Description below graph: Dissolved O2 only stayed constant as site 4. The dissolved Oxygen at all sites decreased on 4/28/05. Maybe you need to convert your numbers. WE NEED TO TALK ABOUT THE GRAPHS WHEN I GET BACK - THERE ARE T...
Structural Design

Structural Design

Acknowledgements: Silvia Mah, Srinivas Sukumar, Daniel Leu, Cheryl Eng, Robin Rierdan, Deborah Jones, Vistasp Karbhari, Benson Shing, Jeff Moody, Zachary Nelson, Jorge Noguera, Mark VanScoy, Eli Carrasco Environmental Monitoring Students from various engineering disciplines bring water quality monitoring system to the Lakeside River Park Conservancy Methods The interface displays the data in 3 ways: Current Data – Displays the most recent set of data. Monthly Trends – Graphs highlight data fluctuation over the past month. Entire History – Allows user to view chronological record of all data. Future Work Upgrade the interface to web based format Establish database for long-term data collection. User Interface Architecture Objective Design a graphical user-interface with LabVIEW to allow the client to view and interact with the data collected by the system. Water Quality Evaluation Need for more data to establish trends and provide answers to water quality concerns 15 months obtained to date Future use of statistical analysis software will allow for hypothesis testing Testing of 7 key parameters: pH, Temperature, Dissolved Oxygen, Total Dissolved Solids, Electrical Conductivity, Phosphates & Nitrates Six Important evaluation sites in and near Lakeside portion of San Diego River Site 5 represents prototype deployment location Prototype conduit setup (black tubing). In hand: temperature and conductivity sensors with attached foam ring (white)...

Acknowledgements: Silvia Mah, Srinivas Sukumar, Cheryl Eng, Robin Rierdan, Deborah Jones, Vistasp Karbhari, Benson Shing, Jeff Moody, Zachary Nelson, Jorge Noguera, Mark VanScoy, Eli Carrasco, Daniel Baker, Ivan Golakoff, Harold Dorr Environmental Monitoring Students from various engineering disciplines bring water quality monitoring system to the Lakeside River Park Conservancy Design Criteria: Easy to install and configure Provide meaningful visualization of the data Allow users to explore the data User friendly User Interface Architecture Objective Design a graphical user-interface to allow the client to view and interact with the data collected by the monitoring station Water Quality Evaluation Future Goals Continue to collect field data for ongoing research What We Do Test water quality parameters corresponding to the monitoring station. The parameters are: pH*, Temperature*, Dissolved Oxygen*, Total Dissolved Solids*, Electrical Conductivity*, Phosphates & Nitrates Provide accurate comparison data for both the client and the monitoring station Anchor 3 Objective To provide baseline water quality data To analyze existing data to determine contamination sources Conclusions Some chemical properties of the San Diego River are below federal standards Monitoring station is near final completion and will be ready for final deployment Project objectives To provide manual water testing services To construct a remote sensing, solar powered water monitoring s...

C Middle School Environmental Education Our Mission: Promote science and engineering interest in middle school girls How Do We Accomplish This? Apply engaging interactive educational techniques to environmental issues, such as air pollution from the recent SD fires Showcase positive, young female and minority role models in Science and Engineering MAKE LEARNING FUN County Wide Network of PM Sensors Particulate Matter (PM) – tiny particles of solid or liquid suspended in a gas Increased levels of PM are linked to heart disease, lung cancer, respiratory illnesses & climate change Networked PM sensors MOUNTED ON MIDDLE SCHOOLS will allow students to compare air-quality data How Our Particulate Matter Sensor Works Mounting PM Sensor on the Preuss School Collaborative Educational Game Classroom Outreach Low cost PM sensor modified for outdoor use: weather-proof enclosure built with heating coil to remove moisture and fan installed to draw particulates Will be mounted on the Preuss School for initial testing Particulates enter sensor and scatter laser beam Receptor detects scattered light and registers particle concentration Acknowledgments & References Interactive Website For Students: Student-to-student forums Data mapping tool provides access to sensor network For Teachers: Lesson plan database Handheld sensor tech support Players collaborate to complete missions focused on environmental awareness Game developed in conjunction with SDSC Member...

Acknowledgements: Dr. Jan Kleissl, Dr. Mandy Bratton, Ms. Diane Baxter, Dr. Steven Buckley, Mr. Caesar Dispo, Ms. Stephanie Fan, Dr. Jeanne Ferrante, Ms. Julie Humphrey, Dr. David J. Hutches, Ms. Leah Kent, Dr. Silvia A. Mah, Mr. Xavier Monraz, Dr. Season Mussey, Mr. Ezequiel Noyola, Ms. Erika Rosete, Mr. Jeff Sale, Mr. Dmitry Torba Middle School Environmental Education Inspiring K-12 students to become engineers by enriching the learning experiences of students through instruction in the sciences Objectives To visit San Diego Middle Schools and assist teachers with IT-E3 equipment To create lesson plans to promote environmental awareness To construct a portable PM sensor To develop software to capture live data received by the external PM sensorS across all participating Middle Schools in San Diego Vision The goal of this project is to increase students’ interest in science and engineering, mainly geared toward girls. The lesson plans will familiarize students with new types of technology that can improve their understanding of environmental conditions and threats and learn about alternative sources of energy. The Particle Matter Sensor will help achieve this goal by allowing students to retrieve live data of the quality of the air they breathe. Hardware/User Interface Design Educational Outreach Classroom Visits: IT-E3 Classroom Visit Provide technical support for Vernier LabQuest handheld sensors,which take measurements of environmental cond...

This color logo mark is for use with Powerpoint slides that have a white background. To insert in your slides.... 1. Print these instructions 2. In Powerpoint, select “View"...“Master"....“Slide Master" 3. Next, click on the color logo, then copy and paste into your presentation’s Slide Master. If you have question, please contact Paul Laperruque 858.822.1359

This color logo mark is for use with Powerpoint slides that have a white background. To insert in your slides.... 1. Print these instructions 2. In Powerpoint, select “View"...“Master"....“Slide Master" 3. Next, click on the color logo, then copy and paste into your presentation’s Slide Master. If you have question, please contact Paul Laperruque 858.822.1359

This color logo mark is for use with Powerpoint slides that have a white background. To insert in your slides.... 1. Print these instructions 2. In Powerpoint, select “View"...“Master"....“Slide Master" 3. Next, click on the color logo, then copy and paste into your presentation’s Slide Master. If you have question, please contact Paul Laperruque 858.822.1359

This color logo mark is for use with Powerpoint slides that have a white background. To insert in your slides.... 1. Print these instructions 2. In Powerpoint, select “View"...“Master"....“Slide Master" 3. Next, click on the color logo, then copy and paste into your presentation’s Slide Master. If you have question, please contact Paul Laperruque 858.822.1359

Sample Poster 1 Wheelchair Project Mobile Robot Project Sample Poster 2 Wheelchair Project Mobile Robot Project Sample Poster 3 Wheelchair Project Mobile Robot Project

Sample Poster

Sample Banner (fits in Product Design Lab Workspace Frames) Wheelchair Project Mobile Robot Project
CSE 202 - Algorithms NP Completeness Approximations

CSE 202 - Algorithms NP Completeness Approximations
CSE 190: Internet E-Commerce Lecture 8

CSE 190: Internet E-Commerce Lecture 8
Recall from last time: comparison

Recall from last time: comparison

Specialization Context sensitive interproc context-insensitive interproc Inlining Code bloat Callee precision Caller precision
Space Efficient Conservative Garbage Collection Hans-Juergen Boehm, Xerox PARC Presented by Ryan Braud

Space Efficient Conservative Garbage Collection Hans-Juergen Boehm, Xerox PARC Presented by Ryan Braud
Multimedia over DSL By Phil Moy

Multimedia over DSL By Phil Moy

Plan for today Proof-system search ( ` ) Interpretation search ( ² ) Quantifiers Equality Decision procedures Induction Cross-cutting aspects Main search strategy 1. Recap example showing the integration of backtracking search, E-graph, and matching heuristic Decision procedures
From last class: CSE

From last class: CSE

Want to compute when an expression is available in a var Domain:
12345 Next >>
Sitemap