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Title: Intermodal Container Transport System Solutions for Chicago Region (Semester Unknown) IPRO 307: Intermodal Container Transport System IPRO 307 PosterSp08
Creator: Allen, Matthew, Bartosik, Renee, Carfang, Anthony, Ibardaloza, Arnold, Russell, Joseph, Fuentes, Daniel, Schulz, Matt, Selinsky, Jac, Janulis, Lukas, Wisniewski, Marek, Bielskus, Algirdas, Jaromin, Sebastian, Maas, Ryan, Beran, Peter, Lis, Tom
Date: 2008, 2008-05
Description: What is intermodal transportation? Intermodal transportations are the use of multiple types of transportation such as ships, planes,...
Show moreWhat is intermodal transportation? Intermodal transportations are the use of multiple types of transportation such as ships, planes, locomotive and semi-trailers to transport goods in and out of the United States. An example of this would be the importation of goods from overseas that arrive in the United States via cargo ships. Distribution of these goods can vary depending on the distance the container needs to travel. Containers that travel short distances will be done via semi-trailer, whereas containers that have to travel cross country are loaded into locomotives and transported the Midwest for sub-distribution or the other coast for distribution. Why is intermodal transportation important? The efficiency in moving products is what makes Intermodal Transportation important. The more efficient a product is distributed the more money is saved, due to less time and less labor involved in the process. What is the scope of this IPRO? The scope of this IPRO is to provide a manifesto of good practices that will improve intermodal transportation to be environmentally conscious and friendly. The IPRO team will produce a book containing good practices in the design of an intermodal facility. The team will also implement the methods by producing a build-out. The team will also focus on the Clark Road bridge design from previous semester to help improve the commerciality of Gary, Indiana. There is a growing concern today to be more environmentally conscious and friendly. Cities like Chicago are introducing green roofs to help the environment by reducing carbon dioxide therefore lessening the green house effects. The challenge for this IPRO team is how we can improve intermodal yards while 3 keeping in mind the environmental and ethical issues. Some of the environmental issues the team is dealing with are noise, water, air and land quality. The ethical issues are the effect on the individual and the community of having an intermodal facility at your back door. The team will research and find solutions for these issues and write up a report to publish in the book.
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Title: INVENTORY CREEP PHENOMENON IN PROCESS SCHEDULING
Creator: Aleissa, Yazeed Muqbel
Date: 2016, 2016-05
Description: This work discuss the inventory creep phenomenon that occurs in production processes. Most production process use inventory to store their...
Show moreThis work discuss the inventory creep phenomenon that occurs in production processes. Most production process use inventory to store their products for max- imizing profit. When planning and scheduling control methods were applied, these processes encountered this phenomenon at the end of the controlled horizon. We applied the economic model protective control on a production process example and demonstrate the effect the inventory creep in open-loop and closed-loop solutions. An approach is developed to negate this problem by implementing a novel terminal constraints that showed a promising results in the overall performance of the process.
M.S. in Chemical Engineering, May 2016
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Title: ADVANCING KNOWLEDGE OF INDOOR AEROSOL SOURCES, FATE, TRANSPORT, AND CONTROL
Creator: Azimi, Parham
Date: 2016, 2016-12
Description: Recent evidence suggests that particulate matter (of both indoor and outdoor origin) is one of the most important airborne pollutants driving...
Show moreRecent evidence suggests that particulate matter (of both indoor and outdoor origin) is one of the most important airborne pollutants driving adverse health effects worldwide. Despite our understanding of major indoor aerosol sources that contribute to adverse health effects across the population, gaps in our knowledge of some aspects of the sources, fate, transport, and control of indoor aerosols still remain. This dissertation focuses on filling three major gaps related to indoor aerosols. The first objective of this dissertation is to improve knowledge of the impacts of particle filtration in central heating, ventilation, and air-conditioning (HVAC) systems on fine particles smaller than 2.5 μm in diameter (i.e., PM2.5) and ultrafine particles smaller than 100 nm in diameter (i.e., UFPs) of outdoor origin that penetrate into the indoor environment. Results demonstrate that higher-efficiency HVAC filters can significantly reduce indoor proportions of outdoor PM2.5 and UFPs inside residences, but home vintage, climate zone, and ventilation strategy strongly influence the outcomes due to widely varying air exchange rates, HVAC system runtimes, and sources of ventilation air. The second objective of this dissertation is to improve knowledge of emissions and control of particulate matter from a recently established source of indoor pollutants: desktop three-dimensional (3D) printers. Median estimates of time-varying UFP emission rates ranged from ~108 to ~1011 #/min across all tested combinations, varying primarily by filament material and, to a lesser extent, bed temperature. It was also shown that UFP concentrations within close or moderate proximity to some desktop 3D printer and filament combinations can exceed recommended exposure levels. The most effective control strategies for reducing pollutant concentrations emitted from desktop 3D printers wereinstalling a high-flow spot ventilation system and operating the printer in a sealed enclosure with high efficiency gas and particle filtration. Finally, the third objective of this dissertation is to improve knowledge of the fate, transport, and control of infectious diseases in indoor environments through mathematical modeling of bioaerosol transmission and infection risk. Results demonstrate that Recirculating HVAC filtration can achieve risk reductions at lower costs of operation than equivalent levels of outdoor air ventilation, particularly for MERV 13-16 filters. It was also shown that in addition to the biological characteristics of respiratory pathogens, human activities, interzonal airflows, and physical properties of bioaerosols can substantially impact the infection transmission risk. Further, the dominant pathway for influenza transmission indoors under most conditions was airborne transmission. Finally, estimations of the back-calculated quanta generation rate for influenza viruses were directly in line with the existing data gathered from prior epidemiology studies.
Ph.D. in Environmental Engineering, December 2016
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Title: Automobile headlight lenses
Creator: Epstein, Hirsch
Date: 2009, 1920
Publisher: Armour Institute of Technology
Description: http://www.archive.org/details/automobileheadli00epst
Thesis (B.S.)--Armour Institute of Technology; Bibliography: leaf 61

Title: STRUCTURAL ANALYSIS OF MUTANT TYPES OF VITREOSCILLA HEMOGLOBIN
Creator: Bai, Dongyang
Date: 2016, 2016-07
Description: The aerobic, Gram-negative bacterium Vitreoscilla spp. produces an oxygen-storage protein, which is a hemoglobin. Vitreoscilla hemoglobin (VHb...
Show moreThe aerobic, Gram-negative bacterium Vitreoscilla spp. produces an oxygen-storage protein, which is a hemoglobin. Vitreoscilla hemoglobin (VHb) was the first microbial hemoglobin to be characterized. Like mammalian hemoglobins, it can be described in terms of the distal (ligand-binding) and proximal sides of the heme group. VHb is regarded as a model to study the structure and function of hemoglobin. After the crystal structure of wild-type VHb was obtained, along with several mutation studies on its distal site, it was proposed that residue Tyr29 might play a vital role in ligand binding. In a recent study, a Tyr29Ala mutant displayed functional properties similar to those of the wild-type protein, evidently because the space in the ligand-binding domain occupied by the aromatic ring of Tyr29 in wild type is occupied by the aliphatic ring of Pro54 residue in the mutant which results in a similar ring structure at the ligand-binding domain. This project is aimed to characterize structural changes when Pro54 is mutated to Ala, either with or without the accompanying mutation of Tyr29 to Ala. In an earlier effort, the Y29A/P54A and P54A mutant vgb gene was constructed, but mutant proteins could not be crystallized. In the current study, a hexahistidine tag was added to the C terminus of VHb to aid in protein purification. The Y29A/P54A and P54A mutant protein was purified by affinity chromatography, ion-exchange chromatography and hydrophobic interaction chromatography. The purity of the protein was determined on SDS-PAGE. Circular dichroism data indicated that both Y29A and Y29A/P54A mutants’ α-helix content decreased significantly. Thermal denaturation studies suggest that there are no major changes in the Tm for the Y29A/P54A mutant, and a slight increase for the P54A mutant.
M.S. in Biology, July 2016
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Title: Ultra-High-Speed Market Data Ticker System (Semester Unknown) IPRO 313: Ultra-High-Speed Market Data Ticker System IPRO 313 MidTerm Report Sp08
Creator: Duong, Khanh, Acuna-rohter, Jose, Anupoju, Tarun, Cooper, Lance, Kolodziej, Martin, Roytman, Konstantin, Shonubi, Oluwaseun, Kai Tan, Jing, Su Yoon, Jong
Date: 2008, 2008-05
Description: The objective of IPRO 313 is to create a high performance data ticker plant for our sponsor Townsend Analytics which needs to meet or exceed...
Show moreThe objective of IPRO 313 is to create a high performance data ticker plant for our sponsor Townsend Analytics which needs to meet or exceed certain performance requirements. Ideally, The the data ticker plant has to have a sustained optimal throughput of three million price quotes per second – the current industry state of the art - and minimize with minimal latency while maintain specific constraints. Toward this end, the team will create a proof-of-concept data ticker plant that processes real data. The initial system will be used as a baseline on which optimizations to specific components will be made. The ticker plant aggregates streaming data for numerous global financial markets and disseminates the data to thousands of users in real time. The data is used in Townsend Analytics’ RealTick® Execution Management System (EMS), its flagship institutional product for the financial services industry. IPRO 313, Spring, 2008, builds on work done in the previous semester. Last Fall, IPRO 313 conducted background research on the market data systems and outlined a basic design and performance metrics for our system. Our goal with IPRO 313 during the Spring 2008 This semester, we will is to resume system development, implement and work on performance optimize a basic market data ticker systemimprovements, enhanced functionality, and more detailed benchmarks. Using past semester result, research and development, the group will refine the design, prototype development and benchmark testing. The intent is to also provide detailed performance metrics of the system. This will enable future optimizations and algorithmic enhancements to the system in order to increase system throughput while minimizing latency and variance.
Sponsorship: Illinois Institute of Technology
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Title: Ultra-High-Speed Market Data Ticker System (Semester Unknown) IPRO 313: Ultra-High-Speed Market Data Ticker System IPRO 313 Ethics Sp08
Creator: Duong, Khanh, Acuna-rohter, Jose, Anupoju, Tarun, Cooper, Lance, Kolodziej, Martin, Roytman, Konstantin, Shonubi, Oluwaseun, Kai Tan, Jing, Su Yoon, Jong
Date: 2008, 2008-05
Description: The objective of IPRO 313 is to create a high performance data ticker plant for our sponsor Townsend Analytics which needs to meet or exceed...
Show moreThe objective of IPRO 313 is to create a high performance data ticker plant for our sponsor Townsend Analytics which needs to meet or exceed certain performance requirements. Ideally, The the data ticker plant has to have a sustained optimal throughput of three million price quotes per second – the current industry state of the art - and minimize with minimal latency while maintain specific constraints. Toward this end, the team will create a proof-of-concept data ticker plant that processes real data. The initial system will be used as a baseline on which optimizations to specific components will be made. The ticker plant aggregates streaming data for numerous global financial markets and disseminates the data to thousands of users in real time. The data is used in Townsend Analytics’ RealTick® Execution Management System (EMS), its flagship institutional product for the financial services industry. IPRO 313, Spring, 2008, builds on work done in the previous semester. Last Fall, IPRO 313 conducted background research on the market data systems and outlined a basic design and performance metrics for our system. Our goal with IPRO 313 during the Spring 2008 This semester, we will is to resume system development, implement and work on performance optimize a basic market data ticker systemimprovements, enhanced functionality, and more detailed benchmarks. Using past semester result, research and development, the group will refine the design, prototype development and benchmark testing. The intent is to also provide detailed performance metrics of the system. This will enable future optimizations and algorithmic enhancements to the system in order to increase system throughput while minimizing latency and variance.
Sponsorship: Illinois Institute of Technology
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Title: Ultra-High-Speed Market Data Ticker System (Semester Unknown) IPRO 313
Creator: Duong, Khanh, Acuna-rohter, Jose, Anupoju, Tarun, Cooper, Lance, Kolodziej, Martin, Roytman, Konstantin, Shonubi, Oluwaseun, Kai Tan, Jing, Su Yoon, Jong
Date: 2008, 2008-05
Description: The objective of IPRO 313 is to create a high performance data ticker plant for our sponsor Townsend Analytics which needs to meet or exceed...
Show moreThe objective of IPRO 313 is to create a high performance data ticker plant for our sponsor Townsend Analytics which needs to meet or exceed certain performance requirements. Ideally, The the data ticker plant has to have a sustained optimal throughput of three million price quotes per second – the current industry state of the art - and minimize with minimal latency while maintain specific constraints. Toward this end, the team will create a proof-of-concept data ticker plant that processes real data. The initial system will be used as a baseline on which optimizations to specific components will be made. The ticker plant aggregates streaming data for numerous global financial markets and disseminates the data to thousands of users in real time. The data is used in Townsend Analytics’ RealTick® Execution Management System (EMS), its flagship institutional product for the financial services industry. IPRO 313, Spring, 2008, builds on work done in the previous semester. Last Fall, IPRO 313 conducted background research on the market data systems and outlined a basic design and performance metrics for our system. Our goal with IPRO 313 during the Spring 2008 This semester, we will is to resume system development, implement and work on performance optimize a basic market data ticker systemimprovements, enhanced functionality, and more detailed benchmarks. Using past semester result, research and development, the group will refine the design, prototype development and benchmark testing. The intent is to also provide detailed performance metrics of the system. This will enable future optimizations and algorithmic enhancements to the system in order to increase system throughput while minimizing latency and variance.
Sponsorship: Illinois Institute of Technology
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Title: Low-Cost Water Pump Design/Testing to Serve Rural Villages (Semester Unknown) IPRO 323
Creator: Albee, Brian, Bailey, Nicholas, Burt, Jaucinta, Chan, Leon, Davila, Katty, Galbraith, Nicole, Leong, Erick, Liu, Jinting, Pajak, William, Rhode, Ellen, Sullivan, Joshua, Yarzak, Ryan
Date: 2008, 2008-05
Description: The objective of IRPO 323 is to find and optimize a system to deliver drinkable water to communities that do not have easy access to water....
Show moreThe objective of IRPO 323 is to find and optimize a system to deliver drinkable water to communities that do not have easy access to water. Mainly in locating a water source accessible to the region based on geographical limitations. From there, creation of a system to draw out the water in order to meet the demands of the people based on their lifestyle. The system has to be easy to maintain, fulfill the water requirement, and is cost effective in the life of the design. However, in order to fully understand the system and its limitations a test model will be used. In order to accomplish this project in a timely manner each individual will have to learn, develop, and apply interpersonal skills, research methods, and coordination. The set objectives, therefore, are:  Evaluate water sources and water demands of the target community  Design a system for this community  Research products and costs for system components  Create a test model to better understand the system components
Sponsorship: US Environmental Protection Agency, National Collegiate Inventors & Innovators Alliance (NCIIA) and Stuart Grants
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Title: Ultra-High-Speed Market Data Ticker System (Semester Unknown) IPRO 313: Ultra-High-Speed Market Data Ticker System IPRO 313 Poster Sp08
Creator: Duong, Khanh, Acuna-rohter, Jose, Anupoju, Tarun, Cooper, Lance, Kolodziej, Martin, Roytman, Konstantin, Shonubi, Oluwaseun, Kai Tan, Jing, Su Yoon, Jong
Date: 2008, 2008-05
Description: The objective of IPRO 313 is to create a high performance data ticker plant for our sponsor Townsend Analytics which needs to meet or exceed...
Show moreThe objective of IPRO 313 is to create a high performance data ticker plant for our sponsor Townsend Analytics which needs to meet or exceed certain performance requirements. Ideally, The the data ticker plant has to have a sustained optimal throughput of three million price quotes per second – the current industry state of the art - and minimize with minimal latency while maintain specific constraints. Toward this end, the team will create a proof-of-concept data ticker plant that processes real data. The initial system will be used as a baseline on which optimizations to specific components will be made. The ticker plant aggregates streaming data for numerous global financial markets and disseminates the data to thousands of users in real time. The data is used in Townsend Analytics’ RealTick® Execution Management System (EMS), its flagship institutional product for the financial services industry. IPRO 313, Spring, 2008, builds on work done in the previous semester. Last Fall, IPRO 313 conducted background research on the market data systems and outlined a basic design and performance metrics for our system. Our goal with IPRO 313 during the Spring 2008 This semester, we will is to resume system development, implement and work on performance optimize a basic market data ticker systemimprovements, enhanced functionality, and more detailed benchmarks. Using past semester result, research and development, the group will refine the design, prototype development and benchmark testing. The intent is to also provide detailed performance metrics of the system. This will enable future optimizations and algorithmic enhancements to the system in order to increase system throughput while minimizing latency and variance.
Sponsorship: Illinois Institute of Technology
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Title: Ultra-High-Speed Market Data Ticker System (Semester Unknown) IPRO 313: Ultra-High-Speed Market Data Ticker System IPRO 313 Project Plan Sp08
Creator: Duong, Khanh, Acuna-rohter, Jose, Anupoju, Tarun, Cooper, Lance, Kolodziej, Martin, Roytman, Konstantin, Shonubi, Oluwaseun, Kai Tan, Jing, Su Yoon, Jong
Date: 2008, 2008-05
Description: The objective of IPRO 313 is to create a high performance data ticker plant for our sponsor Townsend Analytics which needs to meet or exceed...
Show moreThe objective of IPRO 313 is to create a high performance data ticker plant for our sponsor Townsend Analytics which needs to meet or exceed certain performance requirements. Ideally, The the data ticker plant has to have a sustained optimal throughput of three million price quotes per second – the current industry state of the art - and minimize with minimal latency while maintain specific constraints. Toward this end, the team will create a proof-of-concept data ticker plant that processes real data. The initial system will be used as a baseline on which optimizations to specific components will be made. The ticker plant aggregates streaming data for numerous global financial markets and disseminates the data to thousands of users in real time. The data is used in Townsend Analytics’ RealTick® Execution Management System (EMS), its flagship institutional product for the financial services industry. IPRO 313, Spring, 2008, builds on work done in the previous semester. Last Fall, IPRO 313 conducted background research on the market data systems and outlined a basic design and performance metrics for our system. Our goal with IPRO 313 during the Spring 2008 This semester, we will is to resume system development, implement and work on performance optimize a basic market data ticker systemimprovements, enhanced functionality, and more detailed benchmarks. Using past semester result, research and development, the group will refine the design, prototype development and benchmark testing. The intent is to also provide detailed performance metrics of the system. This will enable future optimizations and algorithmic enhancements to the system in order to increase system throughput while minimizing latency and variance.
Sponsorship: Illinois Institute of Technology
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Title: Ultra-High-Speed Market Data Ticker System (Semester Unknown) IPRO 313: Ultra-High-Speed Market Data Ticker System IPRO 313 Final Report Sp08
Creator: Duong, Khanh, Acuna-rohter, Jose, Anupoju, Tarun, Cooper, Lance, Kolodziej, Martin, Roytman, Konstantin, Shonubi, Oluwaseun, Kai Tan, Jing, Su Yoon, Jong
Date: 2008, 2008-05
Description: The objective of IPRO 313 is to create a high performance data ticker plant for our sponsor Townsend Analytics which needs to meet or exceed...
Show moreThe objective of IPRO 313 is to create a high performance data ticker plant for our sponsor Townsend Analytics which needs to meet or exceed certain performance requirements. Ideally, The the data ticker plant has to have a sustained optimal throughput of three million price quotes per second – the current industry state of the art - and minimize with minimal latency while maintain specific constraints. Toward this end, the team will create a proof-of-concept data ticker plant that processes real data. The initial system will be used as a baseline on which optimizations to specific components will be made. The ticker plant aggregates streaming data for numerous global financial markets and disseminates the data to thousands of users in real time. The data is used in Townsend Analytics’ RealTick® Execution Management System (EMS), its flagship institutional product for the financial services industry. IPRO 313, Spring, 2008, builds on work done in the previous semester. Last Fall, IPRO 313 conducted background research on the market data systems and outlined a basic design and performance metrics for our system. Our goal with IPRO 313 during the Spring 2008 This semester, we will is to resume system development, implement and work on performance optimize a basic market data ticker systemimprovements, enhanced functionality, and more detailed benchmarks. Using past semester result, research and development, the group will refine the design, prototype development and benchmark testing. The intent is to also provide detailed performance metrics of the system. This will enable future optimizations and algorithmic enhancements to the system in order to increase system throughput while minimizing latency and variance.
Sponsorship: Illinois Institute of Technology
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Title: Ultra-High-Speed Market Data Ticker System (Semester Unknown) IPRO 313: Ultra-High-Speed Market Data Ticker System IPRO 313 MidTerm Presentation Sp08
Creator: Duong, Khanh, Acuna-rohter, Jose, Anupoju, Tarun, Cooper, Lance, Kolodziej, Martin, Roytman, Konstantin, Shonubi, Oluwaseun, Kai Tan, Jing, Su Yoon, Jong
Date: 2008, 2008-05
Description: The objective of IPRO 313 is to create a high performance data ticker plant for our sponsor Townsend Analytics which needs to meet or exceed...
Show moreThe objective of IPRO 313 is to create a high performance data ticker plant for our sponsor Townsend Analytics which needs to meet or exceed certain performance requirements. Ideally, The the data ticker plant has to have a sustained optimal throughput of three million price quotes per second – the current industry state of the art - and minimize with minimal latency while maintain specific constraints. Toward this end, the team will create a proof-of-concept data ticker plant that processes real data. The initial system will be used as a baseline on which optimizations to specific components will be made. The ticker plant aggregates streaming data for numerous global financial markets and disseminates the data to thousands of users in real time. The data is used in Townsend Analytics’ RealTick® Execution Management System (EMS), its flagship institutional product for the financial services industry. IPRO 313, Spring, 2008, builds on work done in the previous semester. Last Fall, IPRO 313 conducted background research on the market data systems and outlined a basic design and performance metrics for our system. Our goal with IPRO 313 during the Spring 2008 This semester, we will is to resume system development, implement and work on performance optimize a basic market data ticker systemimprovements, enhanced functionality, and more detailed benchmarks. Using past semester result, research and development, the group will refine the design, prototype development and benchmark testing. The intent is to also provide detailed performance metrics of the system. This will enable future optimizations and algorithmic enhancements to the system in order to increase system throughput while minimizing latency and variance.
Sponsorship: Illinois Institute of Technology
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Title: Ultra-High-Speed Market Data Ticker System (Semester Unknown) IPRO 313: Ultra-High-Speed Market Data Ticker System IPRO 313 Final Presentaion Sp08
Creator: Duong, Khanh, Acuna-rohter, Jose, Anupoju, Tarun, Cooper, Lance, Kolodziej, Martin, Roytman, Konstantin, Shonubi, Oluwaseun, Kai Tan, Jing, Su Yoon, Jong
Date: 2008, 2008-05
Description: The objective of IPRO 313 is to create a high performance data ticker plant for our sponsor Townsend Analytics which needs to meet or exceed...
Show moreThe objective of IPRO 313 is to create a high performance data ticker plant for our sponsor Townsend Analytics which needs to meet or exceed certain performance requirements. Ideally, The the data ticker plant has to have a sustained optimal throughput of three million price quotes per second – the current industry state of the art - and minimize with minimal latency while maintain specific constraints. Toward this end, the team will create a proof-of-concept data ticker plant that processes real data. The initial system will be used as a baseline on which optimizations to specific components will be made. The ticker plant aggregates streaming data for numerous global financial markets and disseminates the data to thousands of users in real time. The data is used in Townsend Analytics’ RealTick® Execution Management System (EMS), its flagship institutional product for the financial services industry. IPRO 313, Spring, 2008, builds on work done in the previous semester. Last Fall, IPRO 313 conducted background research on the market data systems and outlined a basic design and performance metrics for our system. Our goal with IPRO 313 during the Spring 2008 This semester, we will is to resume system development, implement and work on performance optimize a basic market data ticker systemimprovements, enhanced functionality, and more detailed benchmarks. Using past semester result, research and development, the group will refine the design, prototype development and benchmark testing. The intent is to also provide detailed performance metrics of the system. This will enable future optimizations and algorithmic enhancements to the system in order to increase system throughput while minimizing latency and variance.
Sponsorship: Illinois Institute of Technology
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Title: Ultra-High-Speed Market Data Ticker System (Semester Unknown) IPRO 313: Ultra-High-Speed Market Data Ticker System IPRO 313 Brochure Sp08
Creator: Duong, Khanh, Acuna-rohter, Jose, Anupoju, Tarun, Cooper, Lance, Kolodziej, Martin, Roytman, Konstantin, Shonubi, Oluwaseun, Kai Tan, Jing, Su Yoon, Jong
Date: 2008, 2008-05
Description: The objective of IPRO 313 is to create a high performance data ticker plant for our sponsor Townsend Analytics which needs to meet or exceed...
Show moreThe objective of IPRO 313 is to create a high performance data ticker plant for our sponsor Townsend Analytics which needs to meet or exceed certain performance requirements. Ideally, The the data ticker plant has to have a sustained optimal throughput of three million price quotes per second – the current industry state of the art - and minimize with minimal latency while maintain specific constraints. Toward this end, the team will create a proof-of-concept data ticker plant that processes real data. The initial system will be used as a baseline on which optimizations to specific components will be made. The ticker plant aggregates streaming data for numerous global financial markets and disseminates the data to thousands of users in real time. The data is used in Townsend Analytics’ RealTick® Execution Management System (EMS), its flagship institutional product for the financial services industry. IPRO 313, Spring, 2008, builds on work done in the previous semester. Last Fall, IPRO 313 conducted background research on the market data systems and outlined a basic design and performance metrics for our system. Our goal with IPRO 313 during the Spring 2008 This semester, we will is to resume system development, implement and work on performance optimize a basic market data ticker systemimprovements, enhanced functionality, and more detailed benchmarks. Using past semester result, research and development, the group will refine the design, prototype development and benchmark testing. The intent is to also provide detailed performance metrics of the system. This will enable future optimizations and algorithmic enhancements to the system in order to increase system throughput while minimizing latency and variance.
Sponsorship: Illinois Institute of Technology
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Title: Developing Innovative Design Concepts for Airflow, Energy Sustainability and Fire Protection Safety in Buildings (semester?), IPRO 336: Airflow Energy Sust fire Protect in Bldgs IPRO 336 Abstract Sp07
Creator: Bajkovec, Ivan, Balido, Jodi, Cantone, Kyle, Griffin, Timothy, Hammersburg, Galen, Healy, Kieran, Holt, Thomas, Lau, Wingyin, Palladino, Nicholas, Parv, Ionut, Ramier, Thales, Stine, Elijah, Zalewski, Mirela
Date: 2007-05, 2007-05
Description: IPRO 336’s objective is performing an original experimental study that will help to determine the effects that stack effect phenomenon has on...
Show moreIPRO 336’s objective is performing an original experimental study that will help to determine the effects that stack effect phenomenon has on the distribution of the pressure and the airflow movements within high rise buildings. Specifically, the effect that phenomenon has a on the movement of the fume (in case of fire) and pollutant gases, which are directly related to the safety of the inhabitants. As a part of this project, the team is planning to:  Quantify the effect of pressure variation due to stack effect on airflow diffusers  Characterize the airflow diffuser  Perform the air-tightness measurement of the building envelope  Measure the airflow, pressure difference, temperature, relative humidity and air velocity in order to determine the thermal comfort indices (PMV, PPD and others)  Deliver a descriptive report of effects that stack effect has in case of fire, and prescribe possible solutions
Deliverables for IPRO 336: Developing Innovative Design Concepts for Airflow, Energy Sustainability and Fire Protection Safety in Buildings for the Spring 2007 semester
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Title: Developing Innovative Design Concepts for Airflow, Energy Sustainability and Fire Protection Safety in Buildings (semester?), IPRO 336: Airflow Energy Sust fire Protect in Bldgs IPRO 336 Final Report Sp07
Creator: Bajkovec, Ivan, Balido, Jodi, Cantone, Kyle, Griffin, Timothy, Hammersburg, Galen, Healy, Kieran, Holt, Thomas, Lau, Wingyin, Palladino, Nicholas, Parv, Ionut, Ramier, Thales, Stine, Elijah, Zalewski, Mirela
Date: 2007-05, 2007-05
Description: IPRO 336’s objective is performing an original experimental study that will help to determine the effects that stack effect phenomenon has on...
Show moreIPRO 336’s objective is performing an original experimental study that will help to determine the effects that stack effect phenomenon has on the distribution of the pressure and the airflow movements within high rise buildings. Specifically, the effect that phenomenon has a on the movement of the fume (in case of fire) and pollutant gases, which are directly related to the safety of the inhabitants. As a part of this project, the team is planning to:  Quantify the effect of pressure variation due to stack effect on airflow diffusers  Characterize the airflow diffuser  Perform the air-tightness measurement of the building envelope  Measure the airflow, pressure difference, temperature, relative humidity and air velocity in order to determine the thermal comfort indices (PMV, PPD and others)  Deliver a descriptive report of effects that stack effect has in case of fire, and prescribe possible solutions
Deliverables for IPRO 336: Developing Innovative Design Concepts for Airflow, Energy Sustainability and Fire Protection Safety in Buildings for the Spring 2007 semester
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Title: Developing Innovative Design Concepts for Airflow, Energy Sustainability and Fire Protection Safety in Buildings (semester?), IPRO 336: Airflow Energy Sust fire Protect in Bldgs IPRO 336 IPRO Day Presentation Sp07
Creator: Bajkovec, Ivan, Balido, Jodi, Cantone, Kyle, Griffin, Timothy, Hammersburg, Galen, Healy, Kieran, Holt, Thomas, Lau, Wingyin, Palladino, Nicholas, Parv, Ionut, Ramier, Thales, Stine, Elijah, Zalewski, Mirela
Date: 2007-05, 2007-05
Description: IPRO 336’s objective is performing an original experimental study that will help to determine the effects that stack effect phenomenon has on...
Show moreIPRO 336’s objective is performing an original experimental study that will help to determine the effects that stack effect phenomenon has on the distribution of the pressure and the airflow movements within high rise buildings. Specifically, the effect that phenomenon has a on the movement of the fume (in case of fire) and pollutant gases, which are directly related to the safety of the inhabitants. As a part of this project, the team is planning to:  Quantify the effect of pressure variation due to stack effect on airflow diffusers  Characterize the airflow diffuser  Perform the air-tightness measurement of the building envelope  Measure the airflow, pressure difference, temperature, relative humidity and air velocity in order to determine the thermal comfort indices (PMV, PPD and others)  Deliver a descriptive report of effects that stack effect has in case of fire, and prescribe possible solutions
Deliverables for IPRO 336: Developing Innovative Design Concepts for Airflow, Energy Sustainability and Fire Protection Safety in Buildings for the Spring 2007 semester
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Title: Developing Innovative Design Concepts for Airflow, Energy Sustainability and Fire Protection Safety in Buildings (semester?), IPRO 336
Creator: Bajkovec, Ivan, Balido, Jodi, Cantone, Kyle, Griffin, Timothy, Hammersburg, Galen, Healy, Kieran, Holt, Thomas, Lau, Wingyin, Palladino, Nicholas, Parv, Ionut, Ramier, Thales, Stine, Elijah, Zalewski, Mirela
Date: 2007-05, 2007-05
Description: IPRO 336’s objective is performing an original experimental study that will help to determine the effects that stack effect phenomenon has on...
Show moreIPRO 336’s objective is performing an original experimental study that will help to determine the effects that stack effect phenomenon has on the distribution of the pressure and the airflow movements within high rise buildings. Specifically, the effect that phenomenon has a on the movement of the fume (in case of fire) and pollutant gases, which are directly related to the safety of the inhabitants. As a part of this project, the team is planning to:  Quantify the effect of pressure variation due to stack effect on airflow diffusers  Characterize the airflow diffuser  Perform the air-tightness measurement of the building envelope  Measure the airflow, pressure difference, temperature, relative humidity and air velocity in order to determine the thermal comfort indices (PMV, PPD and others)  Deliver a descriptive report of effects that stack effect has in case of fire, and prescribe possible solutions
Deliverables for IPRO 336: Developing Innovative Design Concepts for Airflow, Energy Sustainability and Fire Protection Safety in Buildings for the Spring 2007 semester
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Title: Developing Affordable Products for the Rural Poor of the World (semester?), IPRO 325: Affordable Products for Rural Poor IPRO 325 Final Report Sp07
Creator: Balradijev, Nikola, Hazariwala, Nirav, Kim, Danny, Locquiao, Jeremy, Osborn, Tony, Gonzalez, Ricardo, Kang, Sung Koo, Mcclain, Jaime, Harris, Justin, Schiller, Brian
Date: 2007-05, 2007-05
Description: OBJECTIVES IPRO 325’s objective is to create a program at IIT which looks to make an impact in the most immediate problems dealing with the...
Show moreOBJECTIVES IPRO 325’s objective is to create a program at IIT which looks to make an impact in the most immediate problems dealing with the world’s rural poor. We seek to do this via the following objectives: - Extend our current research - Create working prototypes of products for the world’s poor in each of our subgroups - Raise awareness on campus about the problems facing the world’s poor - Further develop the idea of the IIT Affordable Village and make recommendations on how to proceed
Deliverables for IPRO 325: Developing Affordable Products for the Rural Poor of the World for the Spring 2007 semester.
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