Contact Us Site Map Directions Join our Mailing List
 
Washington Technology Center Funding & Services Microfabrication Lab Industries Initiative News Forum
Washington Technology Center Clients

Data Data
Vancouver

About Data Data, Inc.
Data Data Inc. is a real estate property data solutions company located in Vancouver, WA. They compile and distribute statistical data primarily for title companies enabling them to monitor market activity and their share of it. DDI provides county, state, and regional reports for their client base and has expanded its coverage to 49 counties in Washington, Oregon, and Colorado since July 2007.


RTD Award: Phase I

Project Title: "Machine Learning to Improve a Document Pipeline"

Research Partner: Scott A. Wallace, Ph.D., assistant professor, School of Engineering and Computer Science, Washington State University Vancouver

Phase Began: 2009

Data Data, a property data solutions company founded in 2007, is collaborating with the School of Engineering and Computer Science at Washington State University Vancouver to evaluate the use of machine learning algorithms to improve document classification and information extraction from images of public records documents. Data Data expects that successful application of this technology will enable the company to scale its real estate market statistics services to the national level and, in the process, create 40 new technology jobs in Washington during the next five years.

"The collaboration between WSU Vancouver and Data Data has the potential to bring overseas jobs back to Washington," said State Sen. Craig Pridemore (D-Vancouver). "At this crucial time, it's great that Washington Technology Center is investing in projects to develop the state's economy, and I'm excited that this particular project is in our own backyard."

"We are very pleased to partner with WSU to pioneer this new technology to advance our document processing capabilities," said Roger Bakken, president of Data Data. "Successful completion of this project will strengthen the quality, accuracy, and timeliness of our products while bringing new jobs to Washington. A successful breakthrough would also allow us to broaden this new solution for document processing into a vast number of other industries and applications nationwide."

WSU Vancouver will receive $28,546 in Phase I research and technology development funding from Washington Technology Center and $5,845 from Data Data for the project titled "Machine Learning to Improve a Document Pipeline."

Processing information from a large volume of public record documents is commonly implemented using an outsourced labor pool -- typically overseas -- to manually classify document images and perform data entry. This labor-intensive process poses a major obstacle for startup companies looking to grow and compete in the document processing industry.

Data Data proposes to automate and increase the efficiency of document processing in order to reduce its need for outsourced labor. By partnering with assistant professor Scott A. Wallace, Ph.D., of Washington State University Vancouver, the company plans to integrate WSUV's expertise in artificial intelligence with Data Data's expertise with industry requirements to assess a variety of machine learning algorithms on various aspects of the document classification and information extraction problem.

"Data Data, Inc. is well positioned to benefit from Artificial Intelligence technology," assistant professor Scott Wallace said. "Our preliminary experiments have demonstrated very promising results for automating one of the more costly steps in their document processing pipeline and we expect that this is just the tip of the iceberg in terms of what is possible. In this project we'll be exploring a variety of ways to use AI to improve Data Data's document processing; each approach has the potential to realize benefits that translate into more business and new tech-centric jobs."

Labels: , , , , , , , ,

MEMStek Products

Vancouver

Labels:

MicroEnergy Technologies, Inc.

Vancouver

Researcher: Dr. Fred Forster, UW Dept. of Mechanical Engineering

Year project began: 2003

There is a need, both immediate and long-term, for extremely high-heat, high-temperature, high-reliability, and low-cost cooling systems that currently are not available for conventional semiconductor device cooling. Wide Band-Gap semiconductor devices have significant advantages in high-temperature and high-power applications such as power converters, hybrid electric vehicles, power plants, and radar systems.

MicroEnergy Technologies, Inc. (MicroET) was launched in 2000 to develop new technologies and products in the areas of thermal engineering and aerosol handling. The company currently is devising an ultra-high heat flux, active cooling module for distributed cooling. Using a piezoelectric micro-pump developed by Dr. Fred Forster of the University of Washington's Department of Mechanical Engineering, MicroET is developing a new fluid transport subsystem that uses microchannels and nanoparticle suspensions as the fluid to maximize the efficiency of coolants.

The company's cooling modules offer key benefits, such as greater heat removal capacity, easy alteration with minimum impact on the system, uniform surface temperatures, and an inexpensive manufacturing process in mass quantities.

Labels: , , , , ,

Micropump Corp.

Vancouver

Labels: ,

nLIGHT Photonics

Vancouver

http://www.nlight.net

nLIGHT in the WTC news forum

RTD Award: Phase II

Project Title: "Experimental Design of a Microchannel Electronics Cooler for High-Power Semiconductor Diode Laser Applications"

Research Partner: Assistant Professor Amir Jokar, Ph.D., School of Engineering and Computer Science, Washington State University Vancouver

Project Phase Began: 2008

nLight Photonics, a manufacturer of high-power laser diode-based products located in Vancouver, Wash., is teamed with WSU Vancouver's School of Engineering and Computer Science to improve the cooling of their products.

WSU Vancouver received $42,500 in Phase II Research and Technology Development funding from Washington Technology Center for the project titled "Experimental Design of a Microchannel Electronics Cooler for High-Power Semiconductor Diode Laser Applications."

High-power laser diodes are used widely throughout industry. As diode laser devices are operated, a portion of the electric power used is converted to waste thermal energy. Improving the cooling of these diodes will allow greater power levels and open up opportunities for numerous new applications.

In this Phase II project, nLight and the thermal/fluid team of WSU Vancouver, including Dr. Amir Jokar, Dr. Stephen Solovitz and research assistant Joseph Dix, will optimize and experimentally validate an electronics cooling subsystem previously studied by computational techniques. nLight plans to incorporate improved cooling subsystems in products for its defense, industrial, medical, and graphic arts markets.

"Even if you don't understand the science involved in this project, it's easy to understand the economic potential. The state is always looking to invest in increasing Washington's commercialization capacity. nLight Photonics is one more example of research and industry's potential to work together in Southwest Washington not just to generate new high-tech ideas, but to get those ideas to market as usable, sellable products. I congratulate them on their worthy project and on receiving this grant."

State Sen. Craig Pridemore, (D-Vancouver)

"This partnership between a cutting edge company like nLight and WSU Vancouver underscores the world wide significance of research in commercial technology applications in South West Washington."

State Rep. Bill Fromhold (D-Vancouver)

RTD Award: Phase I

Project Title: "Experimental Design of a Microchannel Electronics Cooler for High-Power Semiconductor Diode Laser Applications"

Research Partner: Assistant Professor Amir Jokar, Ph.D., School of Engineering and Computer Science, Washington State University Vancouver

Project Phase Began: 2007

Through this RTD grant award, nLight Photonics, a Vancouver-based manufacturer of laser diode-based solutions, has teamed with Dr. Amir Jokar of WSU Vancouver's School of Engineering and Computer Science to analyze and improve the heat transfer of nLight diode laser products. High-power laser diodes are used widely throughout industry. As diode laser devices are operated, a portion of the electric power used is converted to waste thermal energy. Improving the cooling of these diodes will allow greater power levels and open up opportunities for numerous new applications. Beginning with analysis of the heat transfer and fluid flow through nLight's existing single-phase cooling subsystem, nLight and Dr. Jokar plan to create a more optimal cooling subsystem design using an alternative working fluid and/or a two-phase flow. Dr. Jokar and a research assistant will conduct comprehensive numerical modeling using computational thermal and fluid dynamics techniques. nLight plans to incorporate improved cooling subsystems in products for its defense, industrial, medical, and graphic arts markets.

Labels: , , , , ,

OcuMed

Vancouver

Labels: ,