contrast · ​ · ​[countable, usually singular] contrast (to somebody/something) a person or thing that is clearly different from somebody/something else · ​[ ...

Edmund Optics

Before coming to the University of Washington, he was Associate Professor of Environmental Health Sciences at UC Berkeley. He co-directed the UC Berkeley Health Impact Group to advance the field of Health Impact Assessment. He also served as Associate Faculty Director for the UC Center for Information Technology in the Interest of Society (CITRIS).

Contact Jeff Shirai (jshirai@uw.edu) for student opportunities with the Center for Environmental Health Equity. The center matches students' skills and interests with Environmental Justice and Energy Justice Technical Assistance requests from tribal and community-based organizations in our region.

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Die KI-gestützte optische Zeichenerkennung (OCR) bietet bemerkenswert schnelle Leseraten bei unzähligen Schriftarten, Zeichen, Zahlen und Ziffern, selbst bei ...

202495 — It also said it was adding media company Rossiya Segodnya and its subsidiaries RIA Novosti, RT, TV-Novosti, Ruptly and Sputnik to its list of ...

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Photopia is a fast and accurate photometric analysis program that produces comprehensive performance evaluations for non-imaging optical designs.

Unlocking the Nationwide Potential of Water Reuse - Task A: National Priorities: Water Innovation, Science, and Engagement to Advance Water Reuse (Water Research Foundation/US EPA)

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I teach ENVH 465/565: Geographic Information Systems (GIS) in Public Health (Autumn) and ENVH 580: Departmental Seminar (Spring).

The department seminar invites experts from within the field of environmental and occupational health to share their research, community work, and perspectives with faculty, staff, and students.  I faciltate discussion with our guest speakers to explore the implications of their work on future research needs, policy, and environmental justice.  In recent years, we have invited leaders to speak on their work addressing environmental and other forms of structural racism.

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Use of Community-Based Mapping and Modeling to Reduce Air Pollution Exposures (NIH) The impact of natural experiments on child obesity: a systems science approach (NIH) Evaluation of Alternative Sensor-Based Exposure Assessment Methods (Health Effects Institute) Validating the CalFit Smartphone Sensor in Two Epidemiologic Investigations (NIH) Positive effects of natural environment for human health and well-being (PHENOTYPE) (European Union) Smart Health and Wellbeing: Large: Collaborative Research: Integrated Communications and Inference Systems for Continuous Coordinated Care of Older Adults in the Home (NSF) Improvements in Air Quality and Health Outcomes among California Medicaid Enrollees Due to Goods Movement Actions (Health Effects Institute) CALINE traffic pollutant dispersion modeling and noise exposure modeling for the Black Women's Health Study, Environmental Exposures and Incident Hypertension and Type 2 Diabetes (NIH) Prevention Research Center, Community-based Health Impact Assessment (CDC) Initiative for Wireless Health and Wellness at UC Davis Assessing the changing food environment and diets in China using the CalFit smartphone system

The GIS course engages students through case studies and breakout exercises that encourage students to leverage their backgrounds, experiences, and understanding of public health concepts to design map visualizations and spatial analytic tools to address real-world public health issues. The GIS course includes a computer lab and GIS exercises that build practical geospatial analysis skills related to assessment of environmental exposures, health disparities, cumulative impacts, siting of health services, upstream social and built environmental determinants of health.

Dr. Edmund Seto is Professor in the UW Department of Environmental & Occupational Health Sciences. He received his PhD in Environmental Health Sciences from the University of California, Berkeley. His research focuses on the quantification of exposures and risk as they relate to environmental and occupational health. Using Geographic Information System (GIS) spatial methods, mathematical models, and novel information technologies, Dr. Seto has conducted exposure assessments for built environment studies of air pollution and noise exposures, as well as assessments of exposures to infectious agents in global health contexts.

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Exposure assessment. Air pollution exposure measurement and modeling. Community noise measurement and modeling. Epidemiologic infectious disease transmission modeling. Mobile phone-based exposure science. Low-cost sensor systems.

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Assistance to WA DOH on the WA Environmental Health Disparities (WA EHD) Map for the Washington State Healthy Environment for All (HEAL) Act (WA State)

A computer scientist by training, Dr. Seto and his lab group explore new technologies such as the use of mobile devices and low-cost sensor systems to infer the relationship between individual and population behaviors and how they relate to exposures to environmental and workplace hazards. Dr. Seto's rapid prototyping lab fosters interdisciplinary collaboration to create new technologies to improve public health.

I am committed to work towards improving equity, diversity, and inclusion in my research, teaching, and service activities. As a person of color, I have experienced racism.  As a person of power and privilege, my efforts align with those in the university, those that fund my work, and those that I collaborate with to promote justice, equity, diversity, and inclusion. As a scientist, my positionality leans strongly towards evidence and truth, and away from bias and ignorance. My teaching and mentoring aim to provide students with skills to assess disproportionate exposures, cumulative health impacts, and environmental health disparities. My work is often based on the principles of community-engaged research, which benefits from community and government agency partnerships and collective experience and knowledge. I mentor students and postdocs, who share my passion for justice and identifying interventions to environmental health problems. This is reflected in much of the work we do:

The Working Distance (WD) of a microscope objective is the distance from the front lens element of the objective to the surface of the sample when it is in ...

2022121 — Cambridge delivery robots form orderly queue at traffic lights ... A photo of delivery robots patiently queuing at a pedestrian crossing has ...

Dr. Seto currently serves as Director of the UW Center for Environmental Health Equity, a US EPA- and DOE-funded Environmental Justice Thriving Communities Technical Assistance Center (TCTAC) for EPA Region 10 states (AK, ID, OR and WA).

Achromatic lenses can be used as collimators, focusing lenses or light collectors. They are designed to eliminate chromatic and spherical aberrations and ...

Dr. Edmund Seto received his PhD in Environmental Health Sciences from the University of California, Berkeley. His research focuses on the quantification of exposures and risk as they relate to environmental and occupational health. Using Geographic Information System (GIS) spatial methods, mathematical models, and novel information technologies, Dr. Seto has conducted exposure assessments for built environment studies of air pollution and noise exposures, as well as assessments of exposures to infectious agents in global health contexts. A computer scientist by training, his group explores new technologies such as the use of mobile devices and low-cost sensor systems to infer the relationship between individual and population behaviors and how they relate to exposures to environmental and workplace hazards. Dr. Seto's rapid prototyping lab fosters interdisciplinary collaboration to create new technologies to improve public health. Before coming to the University of Washington, he was Associate Professor of Environmental Health Sciences at UC Berkeley. He co-directed the UC Berkeley Health Impact Group to advance the field of Health Impact Assessment. And, he served as Associate Faculty Director for the UC Center for Information Technology in the Interest of Society (CITRIS).

2023310 — In simple thin-lens theory, without diffraction, any convex lens can be used to collimate light or transfer an image from one location to another.

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The focal length of a lens, f, measures the strength of an optical system to converge (focus) or diverge light and it is typically expressed in millimeters (mm ...