Wright State University home page. From Invention to Market 2004: Celebrating the 
Commercial Power of Innovation

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For further information contact:
Isabelle Gorrillot, D.Sc.
Assoc. Dir. for Technology Transfer
Research & Sponsored Programs
(937) 775-2651
Fax (937) 775-3781

Exhibitors

Commercializable Inventions Generated from Air Force Collaborations

"Cognitive Radio - An Adaptive Waveform with spectral Sharing Capability"
V. Chakravarthy (WSU Student-AFRL employee), Dr. A. Shaw (WSU Professor), J. Stephens (AFRL), M. Temple (AFIT)
In the present system under which the FCC operates, different frequency bands are assigned to different services (radio, TV, phones, etc.). The phenomenal growth of radio communication services and other radio applications observed in recent years has increased spectral congestion. Spectral congestion occurs when multiple services transmit simultaneously using frequencies that are close together, which can result in poor performance. Even though the spectrum is fully allocated, only 5 to 10 percent is used at any given period. Cognitive Radio (CR) is a smart radio which has the knowledge of the environment and wisely utilizes the un-used spectrum minimizing spectral congestion. This invention presents an adaptive waveform applicable to CR technologies.

"Novel Thermally stable materials for structural, electronic and coating applications, especially aerospace and consumer products"
Dr. T. Dang (AFRL), M. Dalton (WSU student-SOCHE/AFRL), Dr. N. Venkatasubramanian (UDRI), Dr. J. Johnson (AFRL), Dr. W. Feld (WSU Professor)
Aerospace and consumer products increasingly require thermally stable polymeric materials for structural, electronics and coating applications. A series of thermally stable polymers containing trans-1,4-cyclohexane, 1,3-adamantane and 4,9-diamantane structural units as well as the triphenylphosphine oxide subunit have been synthesized. The polymers can be processed into tough, free standing films from organic solvents and exhibit high glass-transition-temperatures in the range of 192°-239° and thermooxidative stabilities (5% weight loss in air) in the range of 445°-490°. Preliminary results from a UV-visible spectroscopic study of dilute solutions of the polymers in chloroform showed absorption maxima in the 263-274 nm region and transparency to spectral radiation in the 300-800 nm range, indicating that these polymers could have potential applications for space thermal control coatings.

Physical Sciences

"Frequency-dependent circuit RFID with 3-D positioning"
Dr. B. Rigling
Passive radio frequency identification tags can be constructed using a simple antenna and a circuit with a unique frequency-dependent response, in place of an RF-powered integrated circuit with control logic. The unique frequency-dependence of the circuit, which may simply be a feature of the antenna, conveys the tags identification. Multiple frequency-dependent circuit RFID tags can be simultaneously identified and located in 3-D space through use of antenna arrays and sampling at multiple frequencies in order to provide spatial resolution.

"Novel Extrusion of Continuous Nanofibers in an Ultra-Viscous Medium"
Dr. D. Young
Fibrous materials are utilized in every major industry in our society. As such, advances in fiber fabrication techniques can represent significant benefits across the technological spectrum. Due to the broad importance of these materials, numerous efforts are being dedicated to the development of nanofiber manufacturing processes. Nanofibrous polymer and ceramic materials have been shown to possess a uniquelyadvantageous combination of ultra-high surface area and structural integrity, making them attractive for many applications such asfiltration, sensors, wound dressing, and tissue engineering. In addition, nanofibers can produce enhanced strength, toughness, andvibrational damping when used as a reinforcing element in composite materials, due to their ability to achieve an unparalleled homogeneous dispersion while maintaining physical separation between individual fibers. The most attractive and useful form nanofiber material would be a continuous nanofilament. The availability of such nanomaterial would have broad impacts in numerous fiber applications, and could be processed into highly aligned yarn and cable, or utililized in a woven textile material or continuous nanofiber-reinforced composite. Despite significant research effort, there is no known method to produce truly continuous, spoolable nanofiber. We have developed a highly novel wet-spinning technique can allow the production of arbitrarily long lengths of nanofiber in a controlled manner. Our approach involves injection of low viscosity precursor material into an extremely viscous fluid flow, which is entirely counter-intuitive to conventional fiber-spinning wisdom. This process operates at low Reynolds numbers, and a fluid velocity mismatch between the injected precursor and viscous media causes a diameter reduction effect that can be as high as several orders of magnitude. The highly viscous medium stabilizes the low viscosity precursor, maintaining fiber geometry while solidification occurs. This process is entirely reproducible and predictable, due to the laminar nature of the fluid flow. As such, it should allow the fabrication of continuous fibers with true nanoscale cross sections, which could be collected and spooled in order to allow further processing. The intellectual merit of this proposal resides in the novelty of our fabrication process. It represents a major advance in fiber wet-spinning technology, which is generally considered to be physically incapable of generating stable liquid jets at submicron length scales. It also presents a major advantage over the well known technique of electrospinning, which is fundamentally stochastic in nature and cannot produce a spoolable monofilament. The successful development of this technique would represent a breakthrough in the area of manufacturing processes at the nanoscale, and would significantly advance the state-of-the-art.

"Surface Nano-Coatings for Complex Solids"
Dr. Sharmila M. Mukhopadhyay
This R&D effort is to produce nano-meter thin functional coatings on complex solid structures such as, but not limited to, composite core materials, fibers, foam, fabric, consumer products, and bio-engineering devices. Two types of film have been fabricated, analyzed and tested to date: (1) chemically active films that can enhance the bonding between the surface and a matrix material, and (2) inert films that can make the surface moisture and degradation resistant. Some of these films may serve as precursors to growth of subsequent phases such as nanotubes and/or functionally gradient coatings, and the processes are being optimized.

"Millimeter-Wave Spectroscopy of Gas Samples for Environment Sensing"
Dr. Douglas Petkie
Monolithic Microwave Integrated Circuits (MMICs) enable the realization of a general-purpose analytical spectrometer for detection and quantification of gases related to chemical warfare agents, medical diagnostics of exhaled breath and environmental sensing. The system attributes include nearly absolute specificity, compact size and the potential for very low cost detection with multiple fields of use.

Imaging

Real-time Video Analysis
Forouzan Golshani, Ardy Goshtasby, Lyubomir Zagorchev
(Sponsored by Johnson Control, Inc.)
Many tasks in video surveillance such as object tracking, object classification and activity analysis, require fast and accurate segmentation of moving objects in video sequences. This project analyzes incoming video in real time to highlight events of interest.

Environmental Sciences

"Diagnosis of water quality problems"
Dr. Allen Burton
The determination of whether water quality impairment exist and, if so, what their cause is can be problematic. Traditional methods used by the EPA are prone to error and misdiagnosis due to sampling and laboratory manipulation artifacts. The in situ test assay approach is rapidly growing in popularity because it allows for easier decision making with less uncertainty. It has been used successfully around the world and at many Superfund sites in the U.S. Aquatic organisms are exposed in simple chambers in streams, lakes and coastal areas to determine toxicity, bioaccumulation, and diagnosis of what is causing impairment.

"Water-Based Disease Intervention: Commercial Applications of Harmful Algae Research"
Dr. W. Carmichael
Dr. Carmichael's lab has developed three avenues of commercial use for his work in blue-green algae. The lab analyzes water samples from all over the world to determine if there are toxins in the water and how toxic those waters might be. We grow toxins from isolated algae strains for use as standards in scientific research by organizations such as the EPA and WHO. Finally, we are beginning to produce test kits for use by utilities and recreational personnel in monitoring harmful algae in their water systems.

"Solving Environmental problems using state of the art instrumental methods"
Dr. Roger Gilpin

Health Sciences

"Rapid and Sensitive Assays for Angiotensin Converting Enzyme (ACE) and Renin Using Surface-Enhanced Laser Desorption/Ionization Time Of Flight Mass Spectrometry"
Dr. Khalid Elased, Dr. Mariana Morris
A rapid and sensitive mass spectrometric method was developed for monitoring renin and ACE activities. Direct observation of natural substrate and peptide products was possible without the need for HPLC separation. The approach can be multiplexed for analysis of different enzyme activities in a single reaction mixture and optimized for high throughput screening for renin angiotensin system (RAS) inhibitors.

"HIV-I Treatment Monitoring Assay"
Dr. Dawn Wooley
One of the biggest challenges in the treatment of HIV infection results from the extreme instability of the genetic material of the virus. These constant changes in genetic composition often result in viral resistance or ineffective drug treatment during disease progression. Our assay permits us to easily monitor HIVÍs ability to alter its genome and helps us to determine the ideal therapeutic course and schedule to improve effectiveness of HIV chemotherapy.

Forensic Bioinformatics, Inc.
Dr. D. Krane, WSU Associate Professor, Biological Sciences.
Using state-of-the-art DNA analysis, we make DNA testing results meaningful and better organized for criminal trials. In reviewing hundreds s of criminal cases in the past year, our bioinformatic approaches have demonstrated aspects of traditionally used testing methods used to support legal evidence, as being unreliable. Such reliability in evidence testing is critical for the outcome of the criminal trials.

Human Effectiveness

"NARAD: Contextual Information Retrieval System"
Dr. Raj Kantamneni, Dr. S. Narayanan
The NARAD system personalizes the information retrieval process, by unobtrusively observing user browsing behavior. The sytem creates user profiles based on the observed behavior, and augments user queries with contextually relevant terms. NARAD also enables different users to seamlessly collaboration with each other to share their expertise in a certain domain.

"Innovative Traffic Light Synchronization System"
Dr. Frank Ciarallo
Adaptive control of traffic lights usually requires expensive sensors, communication infrastructure and data processing capabilities. Using a breakthrough in the knowledge of the physics of intersection dynamics, adaptive control is possible with small numbers of commonly available loop detectors. We demonstrate the use of this technique to improve vehicle traffic flow in conjunction with a detailed traffic simulator.

WSU Services and Industry-Oriented Programs

Center For Healthy Communities: Applying Health Information Technology to the Public Health Sector through HIEx
Dr. Katherine Cauley, Director
www.med.wright.edu/healthlink/
The Center for Healthy Communities, with support from the Health Resources Services Administration and the School of Medicine, is positioned to operateas a Regional Health Information Organization (RHIO), providing a health and human services database called HIEx designed as a central data repository for protected health information, to better coordinate services for out-patient care in the public health sector. The system, which also has the capacity for health services research, is standards based, HIPAA compliant and interoperable with other HIT systems.

DAGSI
Dr. Elizabeth Downie, Director
www.dagsi.org
DAGSI (Dayton Area Graduate Studies Institute) is a state-funded consortium of graduate engineering schools (University of Dayton, Wright State University, Air Force Institute of Technology) leveraging a broad range of educational and research resources for the training of highly qualified professionals in engineering and computer sciences. DAGSI helps foster economic growth and development in Ohio by supporting students in their education and research and ensuring they develop the knowledge and skills required for the growing high-tech job market.

Environmental Sciences Ph.D Program
Drs. Wayne Carmichael and Allen Burton
www.wright.edu/academics/envsci/
The Environmental Sciences Ph.D. Program is one-of-a-kind, with an interdisciplinary focus on contaminant fate and effects. It is comprised of 35 program faculty from several departments: Biological Sciences, Chemistry, Geological Sciences and Physics with 2 dozen students after just 3 years of existence. In response to a national survey of environmental managers, the program was created to produce graduates with strong problem-solving skills, with an understanding of policy, management, economic, and ethic issues. Many opportunities exist for collaboration with both faculty and students on environmental issues of local to international importance.

Information Technology Research Institute (ITRI)
Dr. Nikolaos Bourbakis, Director
www.cs.wright.edu/itri/
The ITRI is a cooperative research and development organization involving partnerships between Wright State University and industrial, academic and governmental organizations involved in the information technology field. The InstituteÍs mission is to conduct basic and applied research, assist the development of research centers in areas of significant IT impact, and to conduct industrially relevant research in collaboration, e.g., with the Wright Center of Innovation (WCI).

Wright Center of Innovation for Advanced Data Management and Analysis (WCI ADMA)
The WCI ADMA was funded by the State of Ohio's Third Frontier Program in 2003 to create jobs, develop new businesses and generate additional public and private investments. To accomplish these objectives, WCI ADMA and its 23 partners in industry, universities, not for profit and government research organization will use a market driven approach to aggressively commercialize a portfolio of innovative research programs.

Raj Soin College of Business
The Raj Soin College of Businesss offers valuable services to start-up and mature businesses. Stop by our booth to learn about (1) the new Certificate Program in Innovation and Entrepreneurship in High Technology offered in collaboraton with the College of Engineering; (2) free consulting from the Ohio Small Business Development Center; (3) a variety of graduate programs including the new Master's in Logistics and Supply Chain Management; (4) faculty-guided student internships and class projects and; (5) the Faculty-Business Connections Program.

 

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