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Title: Social Network Analysis for Pace Suburban Bus Stakeholders (semester?), IPRO 321: Pace Project IPRO 321 Abstract 2 Sp05
Creator: Hahn, Young Ae, Basu, Nivedita, Block, Nathaniel, Cechova, Lenka, Colbath, Geoff, Dronamraju, Rahul, Dulinskas, Alexis, Gajera, Rinku, Hart, Joseph, Patel, Griva, Piedra, Carmelina, Sabady, Stacie, Schubert, Hannah, Thongsomjit, Papinya, Vandermolen, Douglas
Date: 2005-05, 2005-05
Description: The Communication Design Workshop is an IPRO and is cross-listed with this main campus program. The sponsor is Pace, a successful and forward...
Show moreThe Communication Design Workshop is an IPRO and is cross-listed with this main campus program. The sponsor is Pace, a successful and forward looking suburban Chicago bus company serving a six county market the size of Rhode Island. The focus of the workshop is to identify factors that will help Pace retain riders. Retention is a significant issue as it has direct financial implications and Pace does not know why they lose riders. Communication issues may be part of the retention problem. Pace will share existing research with us — we will extend and supplement this work.
Sponsorship: Pace
Deliverables for IPRO 321: Social Network Analysis for Pace Suburban Bus Stakeholders for the Spring 2005 semester
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Title: Advanced Shipping Container Transportation System Solutions (semester?), IPRO 307: Advanced Shipping Container Transport IPRO 307 Midterm Report Sp07
Creator: Aguirre, Maria, Borschuk, Zachary, Grilley, Michael, Kohler, Jonathan, Patel, Axita, Roth, Nathaniel, Ruiz, Joanna, Russo, Benjamin, Sisay, Mary, Sotelo, Cesar, Truong, Josie, Zaatar, Yousef
Date: 2007-05, 2007-05
Description: The main objective of the IPRO 307 team in the Spring 2007 semester is to completely design a modern intermodal yard for the city of Gary,...
Show moreThe main objective of the IPRO 307 team in the Spring 2007 semester is to completely design a modern intermodal yard for the city of Gary, Indiana. It will be capable of handling the forecasted increase in container movement over the next decade while decreasing the demand placed on existing intermodal facilities in Chicago and northwest Indiana. Several intermediate goals must be met in order to accomplish this objective, which include:  Selecting the site and planning the physical layout of the Gary yard which maximizes efficiency and minimizes any negative effects on the surrounding areas,  Making recommendations concerning the appropriate number, size, and type of cranes capable of handling the predicted capacity, and  Developing a demonstration of software capable of tracking containers and trucks both within the yard and regionally
Deliverables for IPRO 307: Advanced Shipping Container Transportation System Solutions for the Spring 2007 semester
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Title: Integration of Process Improvement (sequence unknown), IPRO 304 - Deliverables
Creator: Bauer, Jessie, Bergeron, Tony, Campen, Matt, Gruchalski, Erik, Choi, Tae Ki, Marx, Ryan, Murti, Chaitanya, Robbins, Brian, Sohal, Atinder Pal, Stenson, Amanda, Taboada, Alejandro, Zhang, Bingjian
Date: 2009-12
Description: A. Finkl and Sons require an effective way of detecting carbide inserts on the steel milling machine. These inserts break off due to stress...
Show moreA. Finkl and Sons require an effective way of detecting carbide inserts on the steel milling machine. These inserts break off due to stress and shape of metal and need to be replaced immediately to avoid further damage to the machine and the steel to be milled.
Sponsorship: A. Finkl and Sona
Deliverables for IPRO 304: Integration of Process Improvements for the fall 2009 semester.
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Title: Design & Build Chicago Scale Model for Dynamic Disaster Simulation (Semester Unknown) IPRO 317: Design and Build Chicago Scale Model for Dynamic Disaster Simulation IPRO 317 Project Plan Su08
Creator: Balkany, Graham, Claxton, Matt, Correa, Jessica, Flores, Emmanuel, Hernandez, Yvonne, Kim, Jichul, Lebron, Chance, Leong, Erick, O’brien, Daniel, Martinez, Oscar, Robledo, Ruben, Rus, Bogdan, Russeva, Diyanna, Seo, Andrew, Sun, Meng
Date: 2008, 2008-07
Description: This is the second phase of this project as a continuation of Spring 2008 IPRO 317 and will have a focus for Summer 2008 on the computer...
Show moreThis is the second phase of this project as a continuation of Spring 2008 IPRO 317 and will have a focus for Summer 2008 on the computer program, the user interface, as well as completion of the first geographic area of the scale model. The objective of this project is to design and construct a 3-D scale model for the first portion of downtown Chicago (downtown Chicago has been subdivided into 6 portions). The model will be used to simulate and test the effectiveness of fire defense strategies to address fire or other catastrophes related to public health and safety. This model will include streets, buildings and detailed information that help the Chicago Fire Department in planning interventions, considering various scenarios and case studies. The model is being built in phases, with the overall design incorporating a sophisticated, computer-driven illumination scheme built within the model base. The model thus will be able to display animated scenarios of virtually any depth and focus, by means of time-varying color and brightness. CAD Computer-generated images and laser-cutting methods are the main techniques used to design and build the model, but hand craftsmanship is also necessary. The completed model will be fully modular, designed to transport easily to various facilities. The usefulness of the model thus will extend to many needs of the Chicago Fire Department and City of Chicago, as an educational tool within the department and for community outreach. Possible additional uses for the model will be wind tunnel measurement of pressure distributions to inform building design and City infrastructure needs, as well as the study of urban microclimates and the impact on building energy demand. There is also the potential for this model and its design approach to inform the development of scale models to depict the venues associated with the proposed 2016 Olympics along the Chicago lakefront. This project will include: (1) Identification of the scale, materials, technologies, and strategies for construction; (2) Physical mapping and computer modeling of the downtown built environment; (3) Design of the physical model and computer/electronic components; and (4) Construction of a reduced-area mock-up for final review and approval by the City of Chicago.
Sponsorship: Chicago Fire Department
Deliverables
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Title: CMOS POLAR DIGITAL POWER AMPLIFIER FOR HIGH DATA RATE WIRELESS COMMUNICATIONS
Creator: Zhu, Qiuyao
Date: 2016, 2016-12
Description: Power amplifier (PA) is the most important circuit block in an RF transmitter. It typically consumes more than 80% of the power taken by the...
Show morePower amplifier (PA) is the most important circuit block in an RF transmitter. It typically consumes more than 80% of the power taken by the entire transmitter. Therefore, a highly efficient PA is the key to a successful RF front-end system. The polar transmitter architecture is studied herein in order to take advantage of the highly efficient switching-mode PA. However, due to the large expanded bandwidth from the nonlinear IQ to polar conversion and the sensitive amplitude/phase delay impairment, hardly any reported polar design is able to transmit high data rate wireless communication signals. In this work, an extensive research on the digital polar transmitter system for high data rate signals is presented. An integrated CMOS digital power am- plifier (DPA) design is demonstrated afterwards. This DPA consists of 9-bit fully thermometer-coded uniform cells to achieve high linearity for wide bandwidth OFDM signals. By analyzing the amplitude and phase paths impairment, which will cause both in-band and out-of-band distortions, a 960 MHz digital delay tuner is designed for precise amplitude and phase alignment. Furthermore, two digital pre-distortion algorithms for DPA are implemented and compared. Importantly, an on-chip DC- DC converter is included for direct battery connection and power control. A boosted cascode gate bias improves PA efficiency at the low power region. The proposed design is fabricated using a 55 nm RF CMOS technology. The DPA with several peripheral blocks occupies only 0.63 mm2 active silicon area. This DPA including the digital AM filtering achieves a peak output power of +21.9 dBm with 41% efficiency. It achieves EVM of 2.9% with 20 MHz IEEE 802.11ac compliance of 256-QAM OFDM signals, and also achieves EVM of 4.5% (CC0) / 4.8% (CC1) with 2 x 20 MHz 3GPP LTE-Advanced carrier aggregation compliance of 64-QAM OFDM signals. This highly linear DPA has demonstrated high flexibility, high efficiency, and small area. To the author's knowledge, this is the first reported DPA that meets either the linearity requirements of 256-QAM OFDM signals or the signal bandwidth of 40 MHz, paving the path for wideband high data rate wireless applications using digital polar architecture. At the same time, aiming at a higher average efficiency, a two-level class- G supply modulator is investigated to dynamically switch the DPA VDD. It has successfully demonstrated an average efficiency of 34.6% for this class-G modulated DPA in a complete circuit simulation using the IEEE 802.11b signal.
Ph.D. in Electrical Engineering, December 2016
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Title: Method of Making Fluorinated Compounds
Creator: Feng, Paul Y.
Date: 1963-03-12
Description: Sponsorship: Armour Research Foundation of Illinois Institute of Technology
United States Patent

Title: Ethanol Ultra-Light Aircraft (Fall 2002) IPRO 317
Creator: Dussault, Sulan, Karachorlu, Berj, Beita, Raphael, Talwar, Atul, Srinivasan, Bhuvana, Gajjar, Nekheel, Caranto, Jonathan, Miyumo, Martin, Gurung, Sunil, Laub, Christine, Underwood, Matt, Guzman, Miguel
Date: 2003, 2003-12
Description: Students will continue the work of previous IPRO teams to convert a Quicksilver MXII ultralight airplane to run on E85 fuel (85% ethanol, 15%...
Show moreStudents will continue the work of previous IPRO teams to convert a Quicksilver MXII ultralight airplane to run on E85 fuel (85% ethanol, 15% gasoline). This is technically challenging because the plane uses a 2-stroke Rotax 503 engine, where the oil must be mixed in with the fuel. After the conversion, the plane will be flight-tested. In the mean time, the plane can be flown by students to enjoy the experience of flying a personal-type aircraft. In addition to the technical aspects, the project involves developing and maintaining relationships with sponsors, public relations, and a study of the potential for ethanol in the ultralight aircraft market. This project may eventually lead to the creation of a student organization responsible for maintaining and flying the ultralight aircraft.
Sponsorship: Cushing Air Field, Brandon Klein, Larry Garick
Project Plan for IPRO 317: Ethanol Ultra-Light Aircraft for the Fall 2002 semester
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Title: Subharmonic Noise Reduction Circuit
Creator: Chu, Federico
Date: 2009-05-11, 1992-08-25
Description: A subharmonic noise reduction circuit having an input terminal and an output terminal. The circuit has a first differential amplifier with a...
Show moreA subharmonic noise reduction circuit having an input terminal and an output terminal. The circuit has a first differential amplifier with a first non-inverting input, a first inverting input and a first output. The overall circuit input terminal is connected to the first non-inverting input. A low-pass filter is connected between the first output and the first inverting input. A second differential amplifier has a second non-inverting input, a second inverting input and a second output. The second output is connected to the overall circuit output terminal. A first resistor is connected between the second output and the second inverting input. A second resistor is connected between the first non-inverting input and the second non-inverting input. The circuit operates at unity gain of the DC voltage component and thus the DC output voltage follows the DC input voltage.
Sponsorship: Illinois Institute of Technology
United States Patent
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Title: Laboratory Notebook 108
Creator: Zhang, Zhe, Burton-freeman, Britt
Date: 2010-03-05T16:11:19Z
Description: This laboratory notebook relates to the " Thermal Inactivation of Ricin in phosphate buffer system and orange juice" project with Britt Burton...
Show moreThis laboratory notebook relates to the " Thermal Inactivation of Ricin in phosphate buffer system and orange juice" project with Britt Burton-Freeman as the Principle Investigator.
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Title: Process for Preparation of Hemoglobin Multiple Emulsions
Creator: Beissinger, Richard L., Wasan, Darsh T., Sehgal, Lakshman, Rosen, Arthur L.
Date: 2009-05-11, 1993-06-08
Description: A process is provided wherein hemoglobin, a fragile material, is formulated into high hemoglobin content water-in-oil-in-water multiple...
Show moreA process is provided wherein hemoglobin, a fragile material, is formulated into high hemoglobin content water-in-oil-in-water multiple emulsion while maintaining high yields and high oxygen exchange activity. A multiple emulsion of aqueous oxygen carrying material in oil in outer aqueous phase is suitable for provision of oxygen for oxygen transfer processes. A hemoglobin multiple emulsion in physiologically compatible oil in an outer aqueous saline solution is provided in sufficiently small droplet size to provide oxygen flow through blood vessels to desired body tissues or organs thereby providing a blood substitute.
Sponsorship: Illinois Institute of Technology
Sponsorship: Northfield Laboratories, Inc.
United States Patent
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Title: Kalleidos (Spring 2011) IPRO 303: KalleidosIPRO303FinalReportSp11_redacted
Creator: Rakauskaite, Ausrine, Siver, Ben, Pyrkh, Hanna, Kovacs, Hilary, Jewell, John, Jin, Keojin, Arroyo, Marcos, Michael, Mark, Koto, Melanie, Curran, Morgan, Kushaare, Rishi, Ri, Sujin, Liu, Xiaochen
Date: 2011, 2011-05
Description: “Over the last few years there has been an explosion of different websites that allow average person to contribute different content such as...
Show more“Over the last few years there has been an explosion of different websites that allow average person to contribute different content such as pictures, comments, stories and reviews about places around them. While there are many companies that focus on aggregating such data into common stream - complexity of interpreting such data in a meaningful actionable way remains a challenge for many companies including NAVTEQ.” [Appendix B]  Identify new content from real time feeds which include 1. Points of Interest and their attribution (e.g. Hours of Operation, Languages Spoken at locale, etc…) 2. Any associated content (e.g. events, relationships to other Points of Interest (e.g. same owner, etc…)  Create visualizations based on this content - some basic examples could include 1. Hot/Not So Hot real estate areas (new construction, sales) based on agent and broker social media updates 2. High/Low crime areas based on social media stream 3. Hot/Not city zones based on number of people tweeting/updating Facebook/checking in/etc… in certain areas, parties, POIs.
Sponsorship: NAVTEQ
Deliverables
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Title: Development of a Portable Method for Preparing Previously Frozen Red Blood Cells for transfusion (semester?), IPRO 304C
Creator: Baetz, Eric, Johnson, Derek, Resurreccion, Karen, Tullman, Jennifer, Bir, Sumar, Hmadouch, Ahlam, Dexter, Brogan, Olmos, Oscar, Ravuri, Ventata, Awosika, Clara, Palmer, David, Sutalo, Joseph
Date: 2005-05, 2005-05
Description: The objective of this project is to develop a system for washing multiple units of red blood cells (RBCs) to be used in an emergency situation...
Show moreThe objective of this project is to develop a system for washing multiple units of red blood cells (RBCs) to be used in an emergency situation. The major aspects of this system to be controlled will be: portability, minimum wash solution, minimum bio-waste, automation, and compliance with the standards necessary for transfusion. The goal of this project is to develop a theoretical design for a working system by the end of this semester.
Deliverables for IPRO 304C: Development of a Portable Method for Preparing Previously Frozen Red Blood Cells for transfusion for the Spring 2005 semester
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Title: Truing the wheel_113

Title: Affordable and Sustainable Water Solution for Under-Privileged Communities In India (Semester Unknown) EnPRO 355: AcaraChallengeEnPRO355PosterSp10
Creator: Xufeng, Miao, Rojo, Beitia David, Dias, Diego, Swingler, Mark, Shah, Pranay, Mbaegbu, Amaka, Choi, Tae
Date: 2010, 2010-05
Description: India’s huge and growing population is putting severe strain on all of the country’s natural resources. Most water sources are used on a...
Show moreIndia’s huge and growing population is putting severe strain on all of the country’s natural resources. Most water sources are used on a domestic, industrial and agricultural basis. The quality of the water used is presumed to be the major problem that the people face, but the real problem is the quantity of water supplied. Quite a few organizations have been engaged with supplying drinking water to the community, but still not enough to address the needs of all the different sectors of the community, especially irrigation. In order to increase the availability of water to the people, it is necessary that the people have alternative means of supply of water, and a strong sense of the value of water.
Deliverables
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Title: Improving Audio Quality and Energy Efficiency in Mobile Devices and Intercom Systems (Semester Unknown) IPRO 344: ImprovingAudioQualityandEnergyEfficiencyInMobileDevicesandIntercomSystemsIPRO344PosterF09
Creator: Algie, Teague, Bartolomei, Anthony, Bian, Joy, Chiles, Jeffrey, Gavris, Calin, Ieong, Iat, Han Jun, Chang, Kim, Woochan, Lee, Harry, Miller, Nathan, Shegarfi, Roozbeh
Date: 2009, 2009-12
Description: A. The focus of the IPRO 344 iFidelity team for the Fall 2009 semester is to gather and analyze data from our audio system and further refine...
Show moreA. The focus of the IPRO 344 iFidelity team for the Fall 2009 semester is to gather and analyze data from our audio system and further refine and improve upon the hardware and procedures developed in previous semesters. B. The team has set objectives of improving the audio performance of our kiosk, experimenting, testing and demonstrating the improvement empirically, establishing a frame of reference to compare our design to currently used intercom systems, and refining the kiosk circuitry and enclosure.
Sponsorship: Shure Inc.
Deliverables
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Title: Intermodal Container Transport (Semester Unknown) IPRO 307: IntermodalContainerTransportIPRO307MidTermPresentationSp09
Creator: Cabrera, Intermodal Container Transport, Dennis, Nicole, Jackson, Cordell, Kozys, Karolis, Montgomery, Thomas, Patel, Vaiibhav, Rathakrishnan, Malarva, Razeq, Ali, Rokita, Richard, Rueda, Jorge, Skopek, Paul, Snyder, Cody
Date: 2009, 2009-05
Description: Chicago is the third largest intermodal freight hub in the world. As a result, there is need for efficient routing of trains throughout the...
Show moreChicago is the third largest intermodal freight hub in the world. As a result, there is need for efficient routing of trains throughout the Chicago area. One aspect of railroad transport that directly affects the overall efficiency of the rail system is how easily accessible train intermodal yards are for trucks going to and through the intermodal yards. With this in mind, the overall purpose and objective of IPRO 307 is to improve the truck flow in and around an intermodal facility at Harvey, IL which is owned by Canadian National (CN) lines. CN is one of the six major railroads that serve the Chicago area. The intermodal facility at Harvey is surrounded by a network of highways including Interstates 80, 57, 294, 94 and 65. Interstates 294 and 80 cross directly overhead of the intermodal yard. In order to make truck flow around the intermodal yard more efficient, IPRO 307 will look into the addition of ramps and frontage roads, including a ramp that would be based off of interstates 80/294. A ramp connecting the major interstate to the intermodal facility would allow for easier access to the intermodal facility by trucks, thereby bettering the efficiency of the intermodal facility as a whole.
Deliverables
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Title: Test of a no. 300 De Laval oil purifier and clarifier
Creator: Webster, Sheldon H
Date: 2009, 1921
Publisher: Armour Institute of Technology
Description: http://www.archive.org/details/testofno300delav00webs
Thesis (B.S.)--Armour Institute of Technology

Title: Medical Informatics: Scoping Health Care Information Technology (semester?), IPRO 372: Medical Informatics IPRO 372 Project Plan F04
Creator: Barac, Predrag, Dhingra, Mehak, Herrera, Ricardo, Ladores, Alfred, Paruchuri, Samantha, Skuza, Oliver
Date: 2004-12, 2004-12
Description: This IPRO team will explore the current state of software support for healthcare and will culminate efforts to provide conclusions regarding...
Show moreThis IPRO team will explore the current state of software support for healthcare and will culminate efforts to provide conclusions regarding the state of medical informatics. This team will also develop display concepts that demonstrate the principles of effective ecological display design for healthcare.
Deliverables for IPRO 372: Medical Informatics: Scoping Health Care Information Technology for the Fall 2004 semester
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Title: Magnetic Recorder
Creator: Camras, Marvin
Date: 1955-04-12
Description: Sponsorship: Armour Research Foundation of Illinois Institute of Technology
United States Patent

Title: ZERO ENERGY LAB (Semester Unknown) IPRO 337: ZeroEnergyLabIPRO337Poster2Sp09
Creator: Brewin, Christopher, Gandhi, Shweta, Hernandez, Carlos, Kedzuch, Andrew, Leemon, Steve, Nelson, Karen, Pfeifer, Sarah, Reinecke, Jonathan, Schmidt, Nathan, Shah, Jainam, Simons, Raymond, Walker, Jason, Wisniewski, Anthony
Date: 2009, 2009-05
Description: The ultimate goal of the Zero Energy Lab is to get the fourth level of machinery hall off the electrical grid. The IPRO is moving towards...
Show moreThe ultimate goal of the Zero Energy Lab is to get the fourth level of machinery hall off the electrical grid. The IPRO is moving towards transforming the space into a research space for future energy and lighting technologies. Since the end goals of the Zero Energy Lab are ambitious for one semester we are proposing to address solar hot water, a golf cart used as a mobile battery bank, and window efficiency this semester. We are also hoping to learn some tuck-pointing techniques to make the space more presentable. We would like for the team to learn new things about the technologies we are researching and using. We hope to have a good hands-on experience with energy efficiency and green technologies. The team is a collaboration of students from various majors including architecture, political science, civil engineering, electrical engineering, mechanical engineering, and biophysics. Together we believe we will be able to create a cohesive end product and work well together along the way.
Deliverables
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