Projects Day May 1, 2007

Computer Science Clinic

The Aerospace Corporation

Grid Enabled SOAP Portal

Liaisons: Joseph Betser, John Coggi, Brooks Davis ’98, Dave Stodden, Mark Thomas
Advisor: Robert Keller
Students: Thomas Barr, Chris Byron (PM – S), Ben Lickly, Carl Nygaard (PM – F), Kyle Roberts

The Clinic team created a platform-independent portal that enables a highly-parallel version of SOAP (Satellite Orbit Analysis Program) to be accessible to a wide community of users for the first time. Heretofore, a user of the parallel version of SOAP would need to be a conversant with UNIX commands and other technical aspects of grid computing. Using the team’s portal, the power of grid-enabled SOAP is accessible through a simple web interface.

Fair Isaac Corporation

Soft Co-Occurrence Clustering for Natural Language Understanding

Liaison: Frank Elliott
Advisor: Christine Alvarado
Students: Stephen Jones (PM), Christopher Kain, George Tucker, Craig Weidert

Co-clustering is a statistical technique that groups objects that share similar features. It has applications in many fields, including natural language processing. Current co-clustering algorithms limit each item to one cluster, but in many cases items fall naturally into more than one cluster (e.g. the word “may” in natural language processing). The team used a Dirichlet mixture model to implement “soft” co-clustering, assigning each item a probability of being in each cluster.


Improved Photo-Document Segmentation

Liaisons: Karl Chan ’87, Ed Heaney ’04, Kurt Rapelje
Advisor: Zachary Dodds
Students: Adam Field, Stephen Smith, Benjamin Tribelhorn (PM), Aaron Wolin

This project seeks to replace a document scanner with a hand-held digital camera as a front-end to Laserfiche’s document-management solutions. Conditions such as shadows, indistinct backgrounds, multiple documents, and occlusions make it difficult to determine the document’s location within the camera’s image: this is the segmentation problem. The team has integrated pixel-level, edge-level, and structural-level image processing routines within a probabilistic framework to find appropriate document segmentation in a variety of business cases.

Los Alamos Neutron Science Center Los Alamos National Laboratory (LANL)

3D Interactive Museum Exhibit

Liaisons: Allen Hartford, Robert Kramer, Rodney McCrady
Advisor: Ran Libeskind-Hadas
Students: Faith Dang, Joe Ishikura (PM – F), Pyry Matikainen, Michael Tauraso (PM – S), Steve Wyckoff

The Bradbury Science Museum in Los Alamos, New Mexico provides exhibits of both the history of and the current science and technology efforts at the Los Alamos National Laboratory. The Los Alamos Neutron Science Center (LANSCE) is a signature facility that attracts scientists from around the world to conduct experiments. The Clinic team developed a state-of-the-art fly-through interactive of the LANSCE facilities that will become the principle educational and demonstrative media piece for the Bradbury Science Museum exhibit with alternate versions available via the LANSCE website, embedded in presentations and available in DVD products.

NC4: The National Center for Crisis and Continuity Coordination

Automated Information Acquisition for Incident Research and Situational Awareness

Liaisons: Karl Kotalik, Ted Sheibar
Advisor: Melissa O’Neill
Students: Russ Rutledge (PM), Martin Hunt, Josh Utter-Leyton, Micah Lamdin

Given a summary report about an “incident” (fire, traffic accident, etc.), the Clinic team’s system automatically finds nearby news outlets likely to publish Internet articles about the incident. The system also searches these outlets to find specific articles covering the incident. Key elements of the project involve spatial search and text classification. This system will assist NC4′s information analysis to research current incidents quickly, ensuring up-to-date incident information in the hands of NC4′s clients.

Sandia National Laboratories

Storage Node Simulation for a Supercomputer

Liaison: Ron Oldfield
Advisor: Geoff Kuenning
Students: Jonathan Beall, Kapy Kangombe, Andrew Taylor, Daniel Turner (PM)

Sandia Labs is building a simulator to simulate the cpu, network, and storage components of a supercomputer. The Clinic team has worked on the simulation of the storage nodes, adopting last year’s storage-node simulator as a starting point. They are updating the file system and DiskSim, a hard disk simulator, to make the simulator more accurate. The team will also perform additional validation of the simulator.

Engineering Clinic

The Aerospace Corporation

A Portable, Quick-Response, Satellite Beacon Tracking Unit

Liaisons: Samuel Osofsky ’85, Christopher Clark
Advisor: John Molinder
Students: Tyler Brown, Daniel LaValle, Matt Totino (TL), Christ Pong (F), Anthony Weerasinghe (F), Jason Choi (S), Jeff Jones (S)

Motivated by the desire to track picosatellites more conveniently, Aerospace has asked the team to design and build a system that demonstrates the ability to track satellites from a small, passive ground station. The team’s solution uses a small array of antennas to make phase measurements, and work on the project includes receiver hardware design as well as software algorithms to compute the satellite’s position.

Amgen Inc. (Global)

Optimization of a Recombinant Protein Product Through the Analysis of Filtration in the Production Process

Liaisons: Thomas Kelleher, Anthony Tran
Advisors: Anthony Bright, Elsie Parés-Matos (UPRM), Lorenzo Saliceti (UPRM)
Students: Felicia Nan (TL), Kenneth Estévez (UPRM-TL), Elisa Alfaro (UPRM), Solimar Díaz (UPRM), Mackenzie Miller, Heather Schalliol

Amgen wants the Amgen Global Clinic Team to explore sialidase inhibition and membrane filtration to optimize conditions for improving the amount of usable recombinant protein product. The HMC engineering students and the UPRM biotechnology students have been collaborating to understand sialidase activity as well as characterize different types of membranes within the filtration process.

* “(UPRM)” University of Puerto “(S)” Spring Semester Rico, Mayaguez

Applied Biosystems

Development of an Airless, Ventless, Microfluidic Device

Liaisons: Kevin Bodner, James Nurse
Advisor: Reza Miraghaie
Students: Jens Gardner, Jeff Manassero (TL), Abbygail Palmer (F), Austin Rutledge (S), Badier Velji (TL), Peter Wang (S)

Real-time polymerase chain reaction (PCR) chemistry is a technique frequently used by biological research labs worldwide for replicating and quantifying DNA. The process could be optimized by eliminating air bubbles commonly present in the reaction. The Clinic team has worked with Applied Biosystems to develop a next-generation microfluidics concept which addresses this task. The design utilizes a collapsed membrane which expands under pressure to form airless reaction sites as the device is filled with liquid reagents.

Applied Biosystems

Development of a Variable Precision Powder Dispenser for Oligonucleotide Manufacturing

Liaison: Charles Vann
Advisor: Nancy Lape
Students: Neel Shah (TL), Renée Campbell, Walter Liau, Daniel Chen (S), Thomas Donze (S), Richard Priddell (F), P. Ross Sclafani (F)

Synthetic oligonucleotides (oligos) are critical components for genomic research. The polystyrene beads on which the oligos are synthesized are 60 microns wide. The bead volume for synthesizing one oligo sequence is 150 microliters, more than a typical order. A variable powder dispenser would provide exactly what the customer needs, eliminate waste, and reduce processing time. Thus Applied Biosystems requires a clean automated powder dispenser with volumes discretely varying from 1 to 150 microliters at a precision of ±3% control volume.

The Boeing Company

Design and Testing of R-Theta Undersea Propulsion Theory

Liaisons: Carl Carrera, Jr. ’75/76, Robert Atmur, Bryan Sydnor
Advisor: Mary Cardenas
Students: Amir Adibi, Rosalind Beckwith, Brian Kirkpatrick (TL), Andrew Kuntjoro (F), Paula Lipka (S), Keith Solberg

Prototypes demonstrating R-Theta control were developed by a Clinic team the previous year, with several shortcomings due to time constraints. More extensive analysis and testing is required; of primary interest is the modification of the control system to provide fully functional R-Theta control, requiring electrical and mechanical modifications. The goal of this Clinic team is to obtain viable data from an R-Theta control system and to relate this system’s inputs to naval commands.

Cardinal Health

A Virtual Reality Interface for Real-Time Patient Monitoring and Medication Management

Liaison: Bob Butterfield
Advisor: Reza Miraghaie
Students: Nancy Yu (TL), Cassie Chou, Ronn Gruer, Cassy Cortez (S), Howard Chen (F)

This project is to create a vital sign and medication monitoring interface. Through research and live anthropological study of caregiver interaction, the team investigated into their needs to determine affective means to communicate vital medical information between caregivers and computerized data sources. Signal conditioning was also pursued to allow for less volatile readouts. From this system, medical staff can view patient’s vital signs, medical history, medication schedule, caregivers’ comments and observations, and alert conditions.

Cardinal Health

Cardinal Health Wireless Vital Signs Monitor

Liaisons: Robert Siefert, Houston Brown, Bob Butterfield
Advisor: Sarah Harris
Students: Eric Burkhart (S), Ben Coleman (S), Gordon Hoople (F), Karl Janich (TL), Justin Kim, Michael Saldana, Nitin Savant (F)

The team designed, built, and tested a wireless vital signs monitor. The project consisted of selecting the vital signs to measure, designing the sensors, and sending the sensor data wirelessly. The team also designed and tested experimental methods to noninvasively determine beat-to-beat blood pressure and end-tidal carbon dioxide.

Center for Integration of Medicine and Innovative Technology (CIMIT)

Design and Development of a Real Time Mass Casualty Accountability System

Liaisons: Bill Wiesmann, L. Alex Pranger ’92/93
Advisor: Robert Schaffer
Students: Sheri Markwardt (TL), Nick Evans, Phil Amberg (S), Charlie Clapper (S), Alan Kraut (S), Andrew Danowitz (F), Zane Montgomery (F), Nate Lyons-Smith (F)

The Hurricane Katrina disaster has led to an increased demand for evacuated patient care due to the inadequate disaster relief provided in the shelters. Poor health monitoring and the inability to locate many people in the Astrodome and Superdome were some of the relief effort’s shortcomings. The goal of the project was to design a portable non-invasive system to monitor the heart rate, body temperature, and location of a person within a given area, and wirelessly transmit the data to a centralized data processing unit for use in mass casualty situations.


Design of a Satellite Signal Meter Add-On and Installation Meter

Liaisons: John Norin ’90/91, David Kuether, Shamik Maitra ’02
Advisor: Carl Baumgaertner
Students: Eddy Chavarria (TL), Ted Jiang, Richard Garfinkel, Anu Kohli (S), Michael Dayringer (S), Casey Schilling (F), Jason Squires (F)

DIRECTV has developed a Single Wire Multi-switch (SWM) distribution system which requires only one coaxial cable coming from the roof into a customer’s home. Existing satellite signal meters cannot communicate with the SWM, and therefore cannot be used for dish alignment. The DIRECTV Clinic team has developed an add-on module that will allow communication between the SWM and existing signal meters. The team has also designed a simple meter to measure cable loss in a customer’s home and ensure compatibility with the wider frequency band required by the SWM system.

Edwards Air Force Base

Design and Construction of a Dynamic Long Range Laser Telemetry System

Liaisons: Ron Streich, Glen Wolf
Advisor: Erik Spjut
Students: Clarence Rowland (TL), Chris Acon, Nisha George (S), Scott Kimbrell (F), Dan Pivonka, William Buck Schulze

Laser Telemetry (optical encoding and transmission of data) promises to increase transmission bandwidth and reduce stray emissions when testing aircraft. The team designed, built, and tested a laser-based system to transmit from a moving aircraft to a stationary ground receiver with dynamic position tracking on both ends. The design parameters were: transmission distances up to 60 miles, aircraft speed of up to 260 mph, and a data rate of 10 Mbps. Details of the optical, mechanical, and control system design along with the test results will be presented.

Electro Yak, LLC

Electric Kayak

Liaison: Dick Brass
Advisor: Mary Cardenas
Students: Ryan Ellis (TL), Diana Hawkins (S), Rebecca Kelcher, Scott Mahr, Brandon Smith, Rosemary Todd (F)

Dick Brass would like our team to design and construct a self-propelled kayak. This kayak would extend the range for regular kayakers, assist older paddlers who prefer not to paddle, and give resorts a safer option for their guests. When not under power, this kayak will retain the properties and feel of a traditional kayak, especially its stability and maneuverability. Our design will be an elegant, safe and intuitive product that is easy and fun to use.

Hewlett-Packard Company (Global)

Gravure Coating and Imprinting in Roll-to-Roll Manufacturing Processes

Liaisons: Albert Jeans, Carl Taussig
Advisors: Anthony Bright (HMC), Orlando Ruiz (UPRM)
Students: Luis Acevedo (UPRM-TL), Philip Cheung, Wilfredo Mercado (UPRM), Aisha Nieves (UPRM), Jakob Spjut, Christina Tang (TL)

Hewlett Packard has tasked the 2006 Global Clinic team with determining the feasibility of developing computational fluid dynamic (CFD) models of flows associated with an innovative roll-to-roll transistor production process. To aid optimization of the roll-to-roll process, simulations of coating and imprinting processes using Flow3D, a commercially available CFD modeling package, are desired. These models will facilitate stamp design for the imprinting process and assist in determining feasible throughput conditions for large-scale production.

* “(UPRM)” University of Puerto “(PM)” Indicates Project Manager Rico, Mayaguez

Honeywell International, Inc.

Pressure Drop Characterization of Congealed Oil Flow in Compact Heat Exchangers

Liaisons: Steve White, Joe Borghese
Advisor: Erik Spjut
Students: Fiela Gutierrez (TL), Josh Hwung, Alex Lynch (S), Todd Taniguchi, Elton Wong (S), Andres Diego Gonzalez (F)

The Honeywell Aerospace Clinic Team was tasked to characterize congealed oil flow across a compact plate finned heat exchanger and determine where the current model describing oil flow breaks down. Tackling the difficulty of performing experiments at extreme conditions, the data, which describes the pressure drops across the heat exchanger, were collected. With the data, a theoretical model was developed to capture the perceived behavior of congealed oil flow.


Instrument Qualified Visual Range: Design of an Aircraft Landing Safety System

Liaisons: Duane Pond, Richard Kerr
Advisor: David Money Harris
Students: Chris Woodruff (TL), Jordan Bonnet, Benoit Courtade, Josiah Larson, David Schimon (S), CJ Moore (S), Nikhil Sonde (F), Andrew Giles (F)

In poor visibility weather conditions, the visual range is a vital parameter to ensure a safe landing. The “Instrument Qualified Visual Range” system measures the visual range directly between the aircraft on final approach and the LED landing light system. The team designed a modulation scheme to transmit runway and airport information from the LED landing lights and an aircraft processing system with a high-speed camera to detect the LED data patterns of the aircraft’s expected landing destination.

National Renewable Energy Laboratory (NREL)

Modeling the Solar Photovoltaic Industry

Liaisons: Douglas Arent ’82, Robert Margolis, Paul Denholm
Advisor: Sarah Harris
Students: Jason Christiansen (S), Alice Clifton, Sarah-Mei Estrada, Thomas Heyer (TL), Maddalena Jackson (F), Lindsay A. Muth

Solar photovoltaic (PV) technology, used in solar panels, is at the forefront of renewable energy industry growth. The National Renewable Energy Laboratory has requested that the team design, build, and test a computer model to analyze the solar PV industry. The Clinic team’s model is based on the manufacturing value chain with a focus on silicon processing and module manufacturing. The model will be used to perform sensitivity analysis to determine bottlenecks and growth factors in the industry.

Northrop Grumman

Solderability of Lead-Free Components in Standard Soldering Processes

Liaisons: Randy Bremner, Lonnie Logan, Chandra Sharma, Evan Sworzyn, William Vanier
Advisor: Ziyad Duron ’81
Students: Monica Ascarrunz (S), Mark Emanuel, Tracy Fox, Bart Oegema (TL), Seung Yoo (F)

The Northrop Grumman Clinic team analyzed and compared the relative performances of different solder pastes when used to solder pure tin plated components with standard soldering methods. Mechanical testing was done to determine relative solder joint strengths, and metallography was used to examine metal interactions and solder joint quality. The study also included components that were steam aged to three different profiles to determine the effects of aging on solderability.

Oregon Biomedical Engineering Institute (OBEI)

Separation of Medical Grade Shell from Industrial Waste

Liaisons: Kenton Gregory, Teresa Pineda ’06
Advisor: Elizabeth Orwin ’95
Students: Jacques Favreau (TL), Paul Chandler, Andrew Felix (S), Cynthia Kung (F), Gen Satoh, Corina Tom (S), Jowene Wong (F)

Oregon Biomedical Engineering Institute (OBEI) is looking to automate the separation of valuable shrimp shell material from waste streams generated by industrial seafood plants. This shell material is commercially processed to extract chitin, the base of many innovative medical treatments such as hemorrhage control bandages. The team has designed and built a prototype capable of separating usable medical grade shells from industrial waste. Additionally, the team has devised a system to recycle the unusable waste into fertilizer, potentially saving millions of pounds of waste per year from entering landfills.

Raytheon Space & Airborne Systems

Specular Array Radiometric Calibration of Earth-Imaging Satellites

Liaisons: Tom Chrien, John Silny, Stephen Schiller
Advisor: Qimin Yang
Students: Dane Lindblad (TL), Stephen Brawner, Heather Martelle, Mike Chan (F), Matthew Jeffryes (S)

The project is focused around verification of a new method of satellite calibration involving the imaging of arrays of spherical mirrors. The team is verifying that the SPARC method is cheaper, more accurate, and more easily deployable than previous methods. The project involved characterizing the top of atmosphere intensity of sunlight, transmittance of the atmosphere, change in reflectance over time of the reflectors, and analyzing the data from satellite flybys.

Southern California Edison

Acetylene Gas Monitoring in Distribution Transformers

Liaisons: Jim Palma, Percy Haralson
Advisor: Eric Huang
Students: Ian Goicochea-Preston, Justin Gries, Lesley McGurk, Natasha Reddy (S), Ben Stanphill (F), Paul Yen (TL)

Southern California Edison (SCE) maintains over 500,000 distribution transformers in Southern California. Throughout its lifecycle, a distribution transformer experiences thermal stresses. This can lead to electrical faults, generating acetylene as a byproduct. Over time, the acetylene buildup can reach explosive concentration levels. The team came up with a method of detecting acetylene in these transformers using a combination of electrical and chemical detection techniques and integrated the detection method into a device that can be used in the field.

Southwest Research Institute (SwRI)

Bench-Top System to Simulate Space Flight Detectors

Liaison: Scott Weidner
Advisor: David Money Harris
Students: Noel Godinez (F), Kyle Jacobs (TL), Zack Rubin (S), Nate Schlossberg, Michael Yang

The purpose of the Southwest Research Institute (SwRI) clinic project is to create a benchtop apparatus for use in testing spacecraft electronics. The device uses micro channel plates (MCPs) to generate pairs of electrical pulses with settable relative amplitudes and settable relative arrival times. These pulses are intended as realistic inputs into SwRI’s electrical system. The device must also be compact enough to fit on half of a conventional lab bench.

Space Systems/Loral

Design and Testing of an Adjustable Thruster Bracket

Liaison: Mark Zanella
Advisor: Clive Dym
Students: Laurel Fullerton (TL), Peter Hillegas, Allison Hutchings, Eli Kwitman, Nick Sherrow-Groves (F), Alexandria Kealey (S)

Well-aligned attitude adjustment thrusters are essential for maneuvering satellites in space. Current thruster bracket designs, however, do not allow for easy adjustment of thruster position. The goal of this Clinic project was to design and test a thruster bracket that has a full range of adjustment. Team members developed potential designs, modeled the most promising with finite-element software, and verified the results of the finite-element analysis with a physical prototype.

SRI International

Improved Articulation of National Guard Training Systems

Liaisons: Tony Hawking ’01, Marc Gimbel ’01
Advisor: Ziyad Duron ’81
Students: Max Smoot (TL), James Steele, Stephen Yu, Dan Goodwin (S), Kevin Swartzlander (S), Andrew Cox (F), Justin Soprano (F)

SRI helps the National Guard train by implementing a controlled battlefield with a 3D virtual equivalent. Instrumentation on the trainees reports trainee position and orientation with room in the broadcast for more information on orientation and on articulation. Using a sensor array, the team will design, build, and test a proof of concept to monitor and report a trainee’s body position. The sensor array must communicate with the instrumentation that SRI has developed for the current training scenario.

TREX Enterprises Corporation

Very Low Frequency RF Communications System

Liaisons: Paul Johnson, Laura Moyer ’06, Hope Runyeon ’06
Advisor: John Molinder
Students: Andy Chin, Austin Katzin (S), Susan Kim (F), Nathaniel Pinckney (S), Michael Pugh (TL), Josh Sinanan (F), Matthew Weiner (F)

Trex Enterprises Corporation is developing an audio algorithm capable of encoding voice at extremely low bit rates. A potential use for this is to send audio through a radio system transmitting at frequencies low enough to penetrate a significant distance into the earth. The team has designed, modeled, and built such a low frequency RF system using transmitting and receiving loop antennas. A primary application of this technology is audio communication into mines.

Global Clinic

Amgen Inc.

Optimization of a Recombinant Protein Product Through the Analysis of Filtration in the Projection Process
Liaisons: Thomas Kelleher, Anthony Tran
Advisors: Anthony Bright, Elsie Pares-Matos (UPRM-University of Puerto rico, Mayaguez) and Lorenzo Saliceti (UPRM)
Students: Felicia Nan, Kenneth Estevez (UPRM), Elisa Alfaro (UPRM), Solimar Diaz UPRM), Mackenzie Miller and Heather Schalliol

Amgen wanted the Amgen Global Clinic Team to explore sialidase inhibition and membrane filtration to optimize conditions for improving the amount of usable recombinant protein product. The HMC engineering students and the UPRM biotechnology students have been collaborating to understand sialidase activity as well as characterize different types of membranes within the filtration process.

Hewlett-Packard Company

Gravure Coating and Imprinting in Roll-to-Roll Manufacturing Processes
Liaisons: Albert Jeans, Carl Tausig
Advisors: Anthony Bright (HMC), Orlando Ruiz (UPRM, University of Puerto Rico, Mayaguez)
Students: Philip Cheung (HMC), Jakob Spjut (HMC), Christina Tang (HMC), Luis Acevedo (UPRM), Wilfredo Mercado (UPRM), Aisha Nieves (UPRM)

Hewlett Packard tasked the 2006 Global Clinic team with determining the feasibility of developing computational fluid dynamic (CFD) models of flows associated with an innovative roll-to-roll transistor production process. To aid optimization of the roll-to-roll process, simulations of coating and imprinting processes using Flow3D, a commercially available CFD modeling package, are desired. These models will facilitate stamp design for the imprinting process and assist in determining feasible throughput conditions for large-scale production.

KGI/Engineering Clinic

Amgen, Inc.

Evaluation of Pre-filled Plastic Syringes as the Primary Container for Therapeutic Proteins

Liaisons: Bruce Eu, Robert Platz
Advisors: Deb Chakravarti (KGI), Nancy Lape
Students: Nina Bordeaux (S), Jonathan Chen (F), Rajesh Chitta (KGI-S), Adam Gross (KGI-TL), Rachel Howden (F), Sunitha Jagannathan (KGI-S), Amy Jarvis (TL), Tran Pham (KGI-TL), Jeffrey Rubinstein (S), Gena Urowsky (S), Kathleen Wang (F)

The project goal was to evaluate the switch from glass to plastic pre-filled syringes. This included experimental testing on the oxygen barrier properties of plastic, secondary packaging and oxygen absorbers, and experimental determination of the reaction mechanism of glutathione. These results were used to develop and refine an oxygen permeation model of a syringe and secondary pouch system. Patent research to investigate potential infringement and licensing was completed. Business and financial models were developed.

* “(KGI)” Keck Graduate Institute

Mathematics Clinic

Beckman-Coulter Inc.

Modeling and Optimizing Bead-Based Immunoassays

Liaisons: Stephen L. Pentoney, Jr., David L. Yang, Paul Kraght
Advisor: Henry Krieger
Students: Maureen St. Georges Chaumet (PM), Jason B. Santiago (PM), Krystle McBride, Daniel Percival, Aaron Tamura-Sato

The Prostate Specific Anitgen (PSA) Immunoassay is a diagnostic test developed by Beckman-Coulter Inc. which is used to assess prostate cancer risk. The Beckman-Coulter Mathematics Clinic team has been tasked with developing a mathematical model of such a system in order to improve the sensitivity and runtime of the test. The Clinic team developed a compartment-based model to assess the effects of vari-ous system parameters.

D4 Networks, LLC

Scheduling and Pricing Flights to Enable a New Air Charter Business Model

Liaison: Chuck McKnett
Advisor: Susan Martonosi
Students: Jon Dante Azose, Andrew Murphy, Joaquin Nagle, James Osburn, Douglas Reich (PM), Wyatt Toolson

Air charters, which offer a high level of service, are trying to increase demand by reducing costs to a level that is competitive with commercial airlines. Our Clinic was tasked with creating a scheduling model to minimize operating cost by attempting to group customers and accounting for their flexibility. Once a schedule is generated, the team priced the requests fairly based on each customer’s flexibility and desired level of service.

Hewlett Packard Laboratories

Identifying and Minimizing Non-Smoothness in ICC Profiles

Liaisons: Ingeborg Tastl, Gary Dispoto
Advisor: Weiqing Gu
Students: Nathan Chenette (PM), James Egan, Herbie Huff, Alex Izsak, William Warriner

ICC profiles are the industry standards for transforming color data from electronic devices to and from a common profile connection space. A profile exhibits non-smoothness if it introduces banding and/or discontinuities when transforming a smooth image. Currently, all methods of identifying and reducing profile non-smoothness are manual. The team’s project goal was to develop automatic methods to quantitatively measure, and then correct, non-smoothness in ICC profiles.

Physics/Engineering Clinic

Lawrence Livermore National Laboratory (LLNL)

Muon Veto System for a Reactor-Monitoring Anti-neutrino Detector

Liaisons: Adam Bernstein, Steven Dazeley
Advisor: Richard Haskell
Students: Max Pflueger (TL), Matthew Williams (TL), Gregory Nielsen, Victor Wang, Anthony Hutain (S), Michael Crockett (S), Zach Lupei (F)

The Clinic team designed, constructed, and tested a new muon veto system for LLNL’s second gen-eration cubic meter scale antineutrino detector for use in reactor monitoring applications. To maximize the efficiency and effectiveness of this veto system the team conducted tests to characterize the spatial response of different types of muon veto paddles. The team also conducted simulations to verify and extend our experimental data. The team designed and implemented a framing system to hold the muon veto paddles in a robust and gap-free arrangement around the anti-neutrino detector.

Los Alamos National Laboratory (LANL)

Design and Construction of a Thermal Link for Optical Isolation

Liaisons: Scott Greenfield, Richard Epstein
Advisors: Richard Haskell, Qimin Yang
Students: John Parker (TL), Kevin Byram (S), John Hankinson, Chris Lee (S), David Mar, Michael Mayeda (F), Steven Von der Porten

The Los Alamos National Laboratory Solid State Optical Refrigerator cools a Ytterbium doped fluoride glass with a high power infrared laser, and presents the means for vibrationless localized cooling to 77 K. For practical cooling implementation, photon absorption on an attached thermal load must be greatly reduced. The team has designed, constructed, and tested a thermal link to attach to the system that optically isolates the thermal load and that minimizes photon absorption within the link.