Presentation on EPA's Facility Registry Service API for the DC Web API Meetup. The API is being used in front end integration and master data management, delivering data quality improvements, better integration, and burden reduction to reporters.
2018 GIS in Government: Publishing BLM Data On the WebGIS in the Rockies
The Bureau of Land Management (BLM) is an agency within the US Department of the Interior that manages public land in a multiple use and sustained yield manner. The BLM publishes a growing number of datasets related to its mission and programs to the public using Voyager and ESRI Geoportal software products.
This presentation will cover the various types and scales of BLM data (e.g., state level data, landscape level data, national level data), where these data are published and discoverable, and how the Voyager and ESRI Geoportal publication nodes are tied together for a seamless user experience. We will also cover how these technologies are integrated with other interagency platforms and metadata catalogs. Lastly, we will discuss the road ahead for maintaining a data presence on the web with increasingly changing technology and the opportunities that these changes in technology provide.
Activate 2019 - Search and relevance at scale for online classifiedsRoger Rafanell Mas
A high performing search service implies both having an effective search infrastructure and high search relevance.
Seeking for a fault tolerant, self-healing and cost-effective search infrastructure at scale, we built a platform based on Apache Solr search engine with light in-memory indexes, avoiding sharding and decreasing the overall infrastructure needs.
To populate the indexes, we use flexible ETL processes, keeping our product catalog and search indexes updated in a near real-time fashion and distributed across high-performant database engines.
We aim at getting a high search relevance precision and recall by applying query relaxation and boost solutions on top of the optimised platform.
https://www.activate-conf.com/speakers/detail/roger-rafanell
This document discusses a project to enable more government tabular data to be used in a geographic context. The goals are to 1) make more data consumable for geographic applications and education, 2) increase demand for geographic technologies, and 3) create a positive impact on agencies and companies using geospatial technologies. The proposed solution is a platform to easily georeference non-spatial data through address geocoding, polygon matching, and catalog/search capabilities. This will allow data to be mapped and used in a variety of workflows including spreadsheets, GIS, and the web.
2016 urisa track: integration of utility locations, surveying, and row mappin...GIS in the Rockies
This document discusses support services for the Arkansas Valley Conduit project, which involves building over 200 miles of pipeline. It outlines tasks such as integrating location data, surveying, right-of-way mapping, and land acquisition. Key goals are reducing costs and risks by planning for land issues. Services include researching land ownership, surveying utilities, and developing a geodatabase to share data between project teams and clients. Field work involves collecting property information, surveying, and getting access permissions from landowners.
This document provides guidance on security measures that chemical facilities can implement to meet the risk-based performance standards (RBPS) under the Chemical Facility Anti-Terrorism Standards (CFATS). It describes the 18 RBPS required by CFATS and gives examples of security measures and considerations for each standard. The guidance is meant to help facilities select appropriate security measures given their risk level and situation but does not establish mandatory requirements. Facilities have flexibility to choose alternate measures that meet CFATS requirements.
The document discusses the EPA's efforts to publish environmental data as linked open data. It provides background on the Facility Registry System (FRS), which contains information on 2.8 million facilities. The EPA has begun publishing FRS data as linked data and is testing functionality to better represent the data. The EPA is also working to publish other data sets as linked open data, such as the Substance Registry and Toxic Release Inventory. It is collaborating with other organizations to develop standards and best practices for linked open data.
Groundwater Contamination from Ammonia, Nitrate, & Nitrite: In Search of a R...MECConference
This document discusses groundwater contamination from ammonia, nitrate, and nitrite in the Midwest region, specifically Nebraska, Iowa, Kansas, and Missouri. Agriculture and livestock production are common industries in these states that can contribute to groundwater contamination through pathways like feedlot infiltration and fertilizer application. A 1996 survey found nitrate levels exceeding standards in hundreds of water systems across the Midwest, affecting hundreds of thousands of people. Efforts are underway through education, facility management, monitoring, and technology to minimize the impacts, but a regional approach combining data and knowledge from various sources could help address this persistent problem.
This document discusses initiatives by the Facilities Registry Service (FRS) to improve data quality for key environmental datasets relevant to emergency response. It identifies known data gaps for oil and hazardous waste facilities (ESF-10) and wastewater/drinking water infrastructure (ESF-3). The FRS will conduct thematically and geographically targeted reviews of high-risk facilities to address these gaps. Geographically, counties in Louisiana, Florida, Alabama and Mississippi with the most frequent hurricane disaster declarations will be prioritized. The FRS will also develop new GIS layers, including one for wastewater treatment plants integrating data from ICIS-NPDES and other sources.
2018 GIS in Government: Publishing BLM Data On the WebGIS in the Rockies
The Bureau of Land Management (BLM) is an agency within the US Department of the Interior that manages public land in a multiple use and sustained yield manner. The BLM publishes a growing number of datasets related to its mission and programs to the public using Voyager and ESRI Geoportal software products.
This presentation will cover the various types and scales of BLM data (e.g., state level data, landscape level data, national level data), where these data are published and discoverable, and how the Voyager and ESRI Geoportal publication nodes are tied together for a seamless user experience. We will also cover how these technologies are integrated with other interagency platforms and metadata catalogs. Lastly, we will discuss the road ahead for maintaining a data presence on the web with increasingly changing technology and the opportunities that these changes in technology provide.
Activate 2019 - Search and relevance at scale for online classifiedsRoger Rafanell Mas
A high performing search service implies both having an effective search infrastructure and high search relevance.
Seeking for a fault tolerant, self-healing and cost-effective search infrastructure at scale, we built a platform based on Apache Solr search engine with light in-memory indexes, avoiding sharding and decreasing the overall infrastructure needs.
To populate the indexes, we use flexible ETL processes, keeping our product catalog and search indexes updated in a near real-time fashion and distributed across high-performant database engines.
We aim at getting a high search relevance precision and recall by applying query relaxation and boost solutions on top of the optimised platform.
https://www.activate-conf.com/speakers/detail/roger-rafanell
This document discusses a project to enable more government tabular data to be used in a geographic context. The goals are to 1) make more data consumable for geographic applications and education, 2) increase demand for geographic technologies, and 3) create a positive impact on agencies and companies using geospatial technologies. The proposed solution is a platform to easily georeference non-spatial data through address geocoding, polygon matching, and catalog/search capabilities. This will allow data to be mapped and used in a variety of workflows including spreadsheets, GIS, and the web.
2016 urisa track: integration of utility locations, surveying, and row mappin...GIS in the Rockies
This document discusses support services for the Arkansas Valley Conduit project, which involves building over 200 miles of pipeline. It outlines tasks such as integrating location data, surveying, right-of-way mapping, and land acquisition. Key goals are reducing costs and risks by planning for land issues. Services include researching land ownership, surveying utilities, and developing a geodatabase to share data between project teams and clients. Field work involves collecting property information, surveying, and getting access permissions from landowners.
This document provides guidance on security measures that chemical facilities can implement to meet the risk-based performance standards (RBPS) under the Chemical Facility Anti-Terrorism Standards (CFATS). It describes the 18 RBPS required by CFATS and gives examples of security measures and considerations for each standard. The guidance is meant to help facilities select appropriate security measures given their risk level and situation but does not establish mandatory requirements. Facilities have flexibility to choose alternate measures that meet CFATS requirements.
The document discusses the EPA's efforts to publish environmental data as linked open data. It provides background on the Facility Registry System (FRS), which contains information on 2.8 million facilities. The EPA has begun publishing FRS data as linked data and is testing functionality to better represent the data. The EPA is also working to publish other data sets as linked open data, such as the Substance Registry and Toxic Release Inventory. It is collaborating with other organizations to develop standards and best practices for linked open data.
Groundwater Contamination from Ammonia, Nitrate, & Nitrite: In Search of a R...MECConference
This document discusses groundwater contamination from ammonia, nitrate, and nitrite in the Midwest region, specifically Nebraska, Iowa, Kansas, and Missouri. Agriculture and livestock production are common industries in these states that can contribute to groundwater contamination through pathways like feedlot infiltration and fertilizer application. A 1996 survey found nitrate levels exceeding standards in hundreds of water systems across the Midwest, affecting hundreds of thousands of people. Efforts are underway through education, facility management, monitoring, and technology to minimize the impacts, but a regional approach combining data and knowledge from various sources could help address this persistent problem.
This document discusses initiatives by the Facilities Registry Service (FRS) to improve data quality for key environmental datasets relevant to emergency response. It identifies known data gaps for oil and hazardous waste facilities (ESF-10) and wastewater/drinking water infrastructure (ESF-3). The FRS will conduct thematically and geographically targeted reviews of high-risk facilities to address these gaps. Geographically, counties in Louisiana, Florida, Alabama and Mississippi with the most frequent hurricane disaster declarations will be prioritized. The FRS will also develop new GIS layers, including one for wastewater treatment plants integrating data from ICIS-NPDES and other sources.
The document discusses the Facility Registry System (FRS) which aggregates and integrates facility data from over 30 federal and 50 state, local, and tribal databases. FRS contains information on nearly 2.8 million facilities, over 80% of which have latitude and longitude data. FRS improves the validity of facility program data from 40% to 95% by selecting the best contact and location information from multiple sources. It allows users to evaluate facility compliance and perform cross-media analyses. FRS incorporates several layers of quality control and utilizes EPA standards to determine the best pick location from possible location options for each facility.
Conflation, Data Quality and MADness (David Smith)geeknixta
The document discusses the Facility Registry System (FRS) maintained by the U.S. Environmental Protection Agency. FRS aggregates and integrates facility data from over 30 federal and 50 state databases, containing information on nearly 2.8 million facilities. FRS improves the validity of facility program data from 40% to 95% by selecting the best contact and location information from multiple sources. FRS provides a more complete cross-media view of facility information through data verification and management procedures. FRS also incorporates quality control layers and is supported by a network of data stewards covering both geographic and programmatic areas of expertise.
The document discusses the Utah Automated Geographic Reference Center's (AGRC) efforts to reorganize around geospatial web services. It outlines AGRC's mission to facilitate effective geospatial data use in Utah. AGRC manages the State Geographic Information Database (SGID) and provides web and mapping services. It has transitioned from an exploration phase to focus on developing reusable component services and business solutions using its geospatial data and ArcGIS Server.
The document provides an update on projects within the Earth Science Data and Information System (ESDIS). Recent progress includes the delivery of version 8.1 of the ECS software, which consolidated databases and improved data access capabilities. The ECHO search tool was replaced with Reverb, improving query times. The Worldview visualization tool now supports over 50 global satellite imagery products. The Coherent Web project consolidated various NASA websites and added new features like labs and metrics viewers. Phase 1 of the Universal Registration System will transition user authentication for some EOSDIS tools. Overall metrics show continued growth in archive size, data distribution, and user activity on EOSDIS systems.
FME World Tour 2014 Customer Case Study - Local Government FME Server PilotIMGS
Local authorities in Ireland were managing their spatial datasets independently, creating overhead for data requests and integration. A pilot project proposed using FME Server to create a shared local government spatial data infrastructure. This would involve standardizing datasets through transformation and validation on the server. It would provide a single access point for local authority data, reduce overhead, and support data sharing and compliance with INSPIRE directives. The process would involve local authorities uploading data, validation and loading to a PostGIS database, transformation, and delivering data through services and downloads.
This document discusses modernizing Fairfax County's aging land development systems. The current systems like LDS and FIDO are over 15 years old and do not meet business or customer needs. The new PLUS project will replace these systems with an integrated platform to improve customer service, transparency, and mobility. It will unify disparate processes across multiple departments and support future business changes. The project will acquire and implement the new system in phases from 2018-2020 with ongoing configurations.
The document discusses how networking and distributed systems can multiply the value of data and information by enabling greater access, sharing and novel combinations. It provides examples of how atmospheric science data from different sources has been federated through systems like DataFed to provide unified access and generate new integrated products and insights. While such approaches offer opportunities, challenges around overcoming resistances to more open sharing and networking remain.
The document outlines an agile information system architecture for air quality decision support. It describes current challenges around real-time air pollution sensing, multi-sensor data integration for pollution characterization, and providing flexible support to regulators. The proposed architecture uses standard data access protocols and formats to allow distributed and heterogeneous air quality data and models to be accessed and processed through configurable workflows. This federated approach is demonstrated through two use cases: providing real-time monitoring data to inform managers and the public during a smoke event, and comparing a hemispheric aerosol transport model to surface data to improve model estimates and understand uncertainties.
This document discusses how a DBA can transition to becoming a data scientist using Oracle's big data tools. It provides an overview of big data concepts like Hadoop, NoSQL databases, and the Hadoop ecosystem. It also describes Oracle's Big Data Appliance and how it integrates with tools like Oracle NoSQL Database, Cloudera Hadoop, and the R programming environment. The document argues that with skills in Hadoop, MapReduce, NoSQL, and Hive/Pig, along with tools in Oracle's Big Data Appliance, a DBA can become a data scientist.
This document provides an overview of relevant approaches for accessing open data programmatically and data-as-a-service (DaaS) solutions. It discusses common data access methods like web APIs, OData, and SPARQL and describes several DaaS platforms that simplify publishing and consuming open data. It also outlines requirements for a proposed open DaaS platform called DaPaaS that aims to address challenges in open data management and application development.
This document discusses the challenges of integrating heterogeneous air quality information systems from different autonomous providers. It proposes that a loosely coupled, service-oriented architecture using standard protocols and web services can help deliver consolidated air quality data and products to diverse users. Specifically, the DataFed system developed by EPA homogenizes distributed data and allows customized analysis and reporting while respecting the autonomy of existing data systems. Overcoming organizational differences and encouraging collaboration will help further align existing stars in air quality informatics.
The document summarizes how Laserfiche helps the Central Contra Costa Sanitary District with document management and disaster recovery. It discusses how Laserfiche was implemented to digitize and provide access to board documents, permits, job files, and maps to improve searchability, reduce physical storage needs, and enable remote access. Integration with other systems like HTE improved permitting processes. In total, over 300,000 pages of documents were scanned into Laserfiche across various departments.
Putting Asset Management Tools on the web and mobile devices with Cartegraph ...GeCo in the Rockies
1) The City of Golden implemented an online and mobile asset management system using Cartegraph and GIS to increase accessibility and efficiency of their asset data.
2) This allows staff to access up-to-date asset information and complete work orders from mobile devices in the field.
3) The system integrates asset and spatial data, enables real-time progress monitoring, and improved citizen request management through a web portal.
The document provides an overview of the Dublinked Technology Workshop held on December 15th, 2011. It includes presentations on transportation data, spatial web services, linked data, and semantic data description. Breakout sessions covered topics like data publishing, discovery, web services, and advanced functions. The workshop aimed to address challenges around sharing digital data between organizations and discussed technical requirements and tools to support open government data platforms.
This document discusses various methods for measuring front-end performance, including synthetic testing, active testing, real user measurement, and measuring the visual experience. Synthetic testing provides consistent results but may not reflect actual user performance, while real user measurement captures real user experiences but with limited detail. The document also covers specific tools like Navigation Timing, Resource Timing, User Timing, SpeedIndex, and services from companies like Soasta, New Relic, and WebPageTest that can help with performance measurement.
Innovation in Healthcare: Transforming Paper to an eSubmissions SOANathaniel Palmer
This session will challenges of the U.S. government’s migration from paper-based processes to complete SOA solution integrated across agencies and external partners – a transformation awarded the Best Organization SOA Application by the Federal CIO Council’s Service-Oriented Architectures Community of Practice. Critical to success was the use of open source and open standard technologies. Included in this is rule-based document
handling as well as extended rule directed business processes. Converting backend manual review processes to an automated workflow dashboard with knowledge driven document intelligence to assist the staff
and researchers. This system is now successfully deployed with ability to handle thousands of application submissions a week, resulting in up to 10 gigabytes of data flows weekly. The lessons learned in managing open source and open technology as well as aligning and leveraging both batch and real-time online
tools with desktop applications will be highlighted. Knowing how to exploit the power of XML integration technologies is also crucial. Culture shift for the in-house staff also has to be managed – and the experience of providing help desk support to external partners.
US EPA Resource Conservation and Recovery Act published as Linked Open Data3 Round Stones
A presentation by 3 Round Stones to the US EPA on the new Linked Open Data Management System, including Linked Open Data on 4M facilities (from FRS), 25 years of Toxic Release Inventory (TRI), chemical substances (SRS), and Resource Conservation and Recovery Act (RCRA) content. This represents one of the largest Open Data projects published by a federal government agency using Open Source Software (OSS), Open Web Standards and government Open Data.
Enabling digital transformation api ecosystems and data virtualizationDenodo
Watch the full webinar here: https://buff.ly/2KBKzLJ
Digital transformation, as cliché as it sounds, is on top of every decision maker’s strategic initiative list. And at the heart of any digital transformation, no matter the industry or the size of the company, there is an application programming interface (API) strategy. While API platforms enable companies to manage large numbers of APIs working in tandem, monitor their usage, and establish security between them, they are not optimized for data integration, so they cannot easily or quickly integrate large volumes of data between different systems. Data virtualization, however, can greatly enhance the capabilities of an API platform, increasing the benefits of an API-based architecture. With data virtualization as part of an API strategy, companies can streamline digital transformations of any size and scope.
Join us for this webinar to see these technologies in action in a demo and to get the answers to the following questions:
*How can data virtualization enhance the deployment and exposure of APIs?
*How does data virtualization work as a service container, as a source for microservices and as an API gateway?
*How can data virtualization create managed data services ecosystems in a thriving API economy?
*How are GetSmarter and others are leveraging data virtualization to facilitate API-based initiatives?
Open Transit Data - A Developer's PerspectiveSean Barbeau
I gave this presentation as part of an N-CATT webinar on "Open Source Software and Open Data". It discusses open transit data, with a focus on rural and demand response transit agencies and topics to watch as of May 2020. The full webinar is available at https://n-catt.org/tech-university/webinar-open-source-software-and-open-data/.
The executive order establishes a cross-agency working group to improve coordination between federal, state, and local agencies on chemical facility safety. The working group is tasked with developing plans to modernize regulations and information sharing, identify best practices, and enhance emergency response coordination. Key objectives include reviewing coverage of existing risk management programs, identifying ways to improve ammonium nitrate safety, and convening stakeholders to discuss options for strengthening chemical safety and security.
The document discusses the Facility Registry System (FRS) which aggregates and integrates facility data from over 30 federal and 50 state, local, and tribal databases. FRS contains information on nearly 2.8 million facilities, over 80% of which have latitude and longitude data. FRS improves the validity of facility program data from 40% to 95% by selecting the best contact and location information from multiple sources. It allows users to evaluate facility compliance and perform cross-media analyses. FRS incorporates several layers of quality control and utilizes EPA standards to determine the best pick location from possible location options for each facility.
Conflation, Data Quality and MADness (David Smith)geeknixta
The document discusses the Facility Registry System (FRS) maintained by the U.S. Environmental Protection Agency. FRS aggregates and integrates facility data from over 30 federal and 50 state databases, containing information on nearly 2.8 million facilities. FRS improves the validity of facility program data from 40% to 95% by selecting the best contact and location information from multiple sources. FRS provides a more complete cross-media view of facility information through data verification and management procedures. FRS also incorporates quality control layers and is supported by a network of data stewards covering both geographic and programmatic areas of expertise.
The document discusses the Utah Automated Geographic Reference Center's (AGRC) efforts to reorganize around geospatial web services. It outlines AGRC's mission to facilitate effective geospatial data use in Utah. AGRC manages the State Geographic Information Database (SGID) and provides web and mapping services. It has transitioned from an exploration phase to focus on developing reusable component services and business solutions using its geospatial data and ArcGIS Server.
The document provides an update on projects within the Earth Science Data and Information System (ESDIS). Recent progress includes the delivery of version 8.1 of the ECS software, which consolidated databases and improved data access capabilities. The ECHO search tool was replaced with Reverb, improving query times. The Worldview visualization tool now supports over 50 global satellite imagery products. The Coherent Web project consolidated various NASA websites and added new features like labs and metrics viewers. Phase 1 of the Universal Registration System will transition user authentication for some EOSDIS tools. Overall metrics show continued growth in archive size, data distribution, and user activity on EOSDIS systems.
FME World Tour 2014 Customer Case Study - Local Government FME Server PilotIMGS
Local authorities in Ireland were managing their spatial datasets independently, creating overhead for data requests and integration. A pilot project proposed using FME Server to create a shared local government spatial data infrastructure. This would involve standardizing datasets through transformation and validation on the server. It would provide a single access point for local authority data, reduce overhead, and support data sharing and compliance with INSPIRE directives. The process would involve local authorities uploading data, validation and loading to a PostGIS database, transformation, and delivering data through services and downloads.
This document discusses modernizing Fairfax County's aging land development systems. The current systems like LDS and FIDO are over 15 years old and do not meet business or customer needs. The new PLUS project will replace these systems with an integrated platform to improve customer service, transparency, and mobility. It will unify disparate processes across multiple departments and support future business changes. The project will acquire and implement the new system in phases from 2018-2020 with ongoing configurations.
The document discusses how networking and distributed systems can multiply the value of data and information by enabling greater access, sharing and novel combinations. It provides examples of how atmospheric science data from different sources has been federated through systems like DataFed to provide unified access and generate new integrated products and insights. While such approaches offer opportunities, challenges around overcoming resistances to more open sharing and networking remain.
The document outlines an agile information system architecture for air quality decision support. It describes current challenges around real-time air pollution sensing, multi-sensor data integration for pollution characterization, and providing flexible support to regulators. The proposed architecture uses standard data access protocols and formats to allow distributed and heterogeneous air quality data and models to be accessed and processed through configurable workflows. This federated approach is demonstrated through two use cases: providing real-time monitoring data to inform managers and the public during a smoke event, and comparing a hemispheric aerosol transport model to surface data to improve model estimates and understand uncertainties.
This document discusses how a DBA can transition to becoming a data scientist using Oracle's big data tools. It provides an overview of big data concepts like Hadoop, NoSQL databases, and the Hadoop ecosystem. It also describes Oracle's Big Data Appliance and how it integrates with tools like Oracle NoSQL Database, Cloudera Hadoop, and the R programming environment. The document argues that with skills in Hadoop, MapReduce, NoSQL, and Hive/Pig, along with tools in Oracle's Big Data Appliance, a DBA can become a data scientist.
This document provides an overview of relevant approaches for accessing open data programmatically and data-as-a-service (DaaS) solutions. It discusses common data access methods like web APIs, OData, and SPARQL and describes several DaaS platforms that simplify publishing and consuming open data. It also outlines requirements for a proposed open DaaS platform called DaPaaS that aims to address challenges in open data management and application development.
This document discusses the challenges of integrating heterogeneous air quality information systems from different autonomous providers. It proposes that a loosely coupled, service-oriented architecture using standard protocols and web services can help deliver consolidated air quality data and products to diverse users. Specifically, the DataFed system developed by EPA homogenizes distributed data and allows customized analysis and reporting while respecting the autonomy of existing data systems. Overcoming organizational differences and encouraging collaboration will help further align existing stars in air quality informatics.
The document summarizes how Laserfiche helps the Central Contra Costa Sanitary District with document management and disaster recovery. It discusses how Laserfiche was implemented to digitize and provide access to board documents, permits, job files, and maps to improve searchability, reduce physical storage needs, and enable remote access. Integration with other systems like HTE improved permitting processes. In total, over 300,000 pages of documents were scanned into Laserfiche across various departments.
Putting Asset Management Tools on the web and mobile devices with Cartegraph ...GeCo in the Rockies
1) The City of Golden implemented an online and mobile asset management system using Cartegraph and GIS to increase accessibility and efficiency of their asset data.
2) This allows staff to access up-to-date asset information and complete work orders from mobile devices in the field.
3) The system integrates asset and spatial data, enables real-time progress monitoring, and improved citizen request management through a web portal.
The document provides an overview of the Dublinked Technology Workshop held on December 15th, 2011. It includes presentations on transportation data, spatial web services, linked data, and semantic data description. Breakout sessions covered topics like data publishing, discovery, web services, and advanced functions. The workshop aimed to address challenges around sharing digital data between organizations and discussed technical requirements and tools to support open government data platforms.
This document discusses various methods for measuring front-end performance, including synthetic testing, active testing, real user measurement, and measuring the visual experience. Synthetic testing provides consistent results but may not reflect actual user performance, while real user measurement captures real user experiences but with limited detail. The document also covers specific tools like Navigation Timing, Resource Timing, User Timing, SpeedIndex, and services from companies like Soasta, New Relic, and WebPageTest that can help with performance measurement.
Innovation in Healthcare: Transforming Paper to an eSubmissions SOANathaniel Palmer
This session will challenges of the U.S. government’s migration from paper-based processes to complete SOA solution integrated across agencies and external partners – a transformation awarded the Best Organization SOA Application by the Federal CIO Council’s Service-Oriented Architectures Community of Practice. Critical to success was the use of open source and open standard technologies. Included in this is rule-based document
handling as well as extended rule directed business processes. Converting backend manual review processes to an automated workflow dashboard with knowledge driven document intelligence to assist the staff
and researchers. This system is now successfully deployed with ability to handle thousands of application submissions a week, resulting in up to 10 gigabytes of data flows weekly. The lessons learned in managing open source and open technology as well as aligning and leveraging both batch and real-time online
tools with desktop applications will be highlighted. Knowing how to exploit the power of XML integration technologies is also crucial. Culture shift for the in-house staff also has to be managed – and the experience of providing help desk support to external partners.
US EPA Resource Conservation and Recovery Act published as Linked Open Data3 Round Stones
A presentation by 3 Round Stones to the US EPA on the new Linked Open Data Management System, including Linked Open Data on 4M facilities (from FRS), 25 years of Toxic Release Inventory (TRI), chemical substances (SRS), and Resource Conservation and Recovery Act (RCRA) content. This represents one of the largest Open Data projects published by a federal government agency using Open Source Software (OSS), Open Web Standards and government Open Data.
Enabling digital transformation api ecosystems and data virtualizationDenodo
Watch the full webinar here: https://buff.ly/2KBKzLJ
Digital transformation, as cliché as it sounds, is on top of every decision maker’s strategic initiative list. And at the heart of any digital transformation, no matter the industry or the size of the company, there is an application programming interface (API) strategy. While API platforms enable companies to manage large numbers of APIs working in tandem, monitor their usage, and establish security between them, they are not optimized for data integration, so they cannot easily or quickly integrate large volumes of data between different systems. Data virtualization, however, can greatly enhance the capabilities of an API platform, increasing the benefits of an API-based architecture. With data virtualization as part of an API strategy, companies can streamline digital transformations of any size and scope.
Join us for this webinar to see these technologies in action in a demo and to get the answers to the following questions:
*How can data virtualization enhance the deployment and exposure of APIs?
*How does data virtualization work as a service container, as a source for microservices and as an API gateway?
*How can data virtualization create managed data services ecosystems in a thriving API economy?
*How are GetSmarter and others are leveraging data virtualization to facilitate API-based initiatives?
Open Transit Data - A Developer's PerspectiveSean Barbeau
I gave this presentation as part of an N-CATT webinar on "Open Source Software and Open Data". It discusses open transit data, with a focus on rural and demand response transit agencies and topics to watch as of May 2020. The full webinar is available at https://n-catt.org/tech-university/webinar-open-source-software-and-open-data/.
The executive order establishes a cross-agency working group to improve coordination between federal, state, and local agencies on chemical facility safety. The working group is tasked with developing plans to modernize regulations and information sharing, identify best practices, and enhance emergency response coordination. Key objectives include reviewing coverage of existing risk management programs, identifying ways to improve ammonium nitrate safety, and convening stakeholders to discuss options for strengthening chemical safety and security.
This document discusses the EPA's use of infrastructure data for emergency response efforts. It notes that the EPA's emergency response has traditionally focused on oil and hazardous waste cleanup after disasters. However, the poor quality of drinking water and wastewater infrastructure data hampered the EPA's response to Hurricane Sandy. Address and location data for many facilities was missing, invalid, or in the wrong county. The EPA's Facility Registry Service helped fill some gaps by integrating data from other EPA programs and sources. The document calls for more reliable infrastructure data to better support emergency response, assessment of damage, and prioritization of aid.
This document discusses linked data and its use for publishing and connecting environmental data on the web. It describes how linked data allows data to work like web pages by using URIs and standards like RDF to connect related information. The document provides an overview of linked data basics including its underlying structure using triples, standards for formatting and sharing data, and techniques for querying linked data using SPARQL similar to SQL. It also discusses ongoing work by the EPA and other organizations to publish environmental and geospatial data as linked open data.
The document summarizes data and services provided by the U.S. Environmental Protection Agency (EPA) to support health initiatives. It describes EPA's mission to protect human health and the environment. It then provides an overview of various EPA data assets and systems, including the EPA Data Finder, System of Registries, Environmental Dataset Gateway, Substance Registry, and the Facility Registry System. It also describes the National Environmental Information Exchange Network for exchanging data.
This document discusses potential enhancements to the EPA's Facility Registry System (FRS) Linked Open Data approach. It notes issues with the current data serialization, which treats data as flat tables without semantic structure. The document proposes improving data modeling, leveraging existing resources and metadata, and collaborating with others to enhance query capabilities and representational robustness. Short term needs include semantic enhancements to support faceted analysis and unique identification. Long term, the data model may need updates to better support Linked Open Data applications.
The Facility Registry System (FRS) is a data aggregator that integrates, validates and quality assures data from 32 federal and 57 state, tribal and territorial environmental databases containing information on over 2.6 million facilities, over 80% of which have latitude and longitude data. FRS currently publishes this geospatial and facility information as basic RDF on Data.gov but aims to develop a more robust, standards-driven and semantically enriched linked open data representation.
Discussion Notes: Presentation to Ecoinformatics International Technical Collaboration Partnership
International Web Meeting - Linked Open Data and Environmental Information
Day 1 – December 6, 2010
Geospatial Topic – Dave Smith
More from Dave Smith / USEPA Office of Environmental Information (8)
Skybuffer AI: Advanced Conversational and Generative AI Solution on SAP Busin...Tatiana Kojar
Skybuffer AI, built on the robust SAP Business Technology Platform (SAP BTP), is the latest and most advanced version of our AI development, reaffirming our commitment to delivering top-tier AI solutions. Skybuffer AI harnesses all the innovative capabilities of the SAP BTP in the AI domain, from Conversational AI to cutting-edge Generative AI and Retrieval-Augmented Generation (RAG). It also helps SAP customers safeguard their investments into SAP Conversational AI and ensure a seamless, one-click transition to SAP Business AI.
With Skybuffer AI, various AI models can be integrated into a single communication channel such as Microsoft Teams. This integration empowers business users with insights drawn from SAP backend systems, enterprise documents, and the expansive knowledge of Generative AI. And the best part of it is that it is all managed through our intuitive no-code Action Server interface, requiring no extensive coding knowledge and making the advanced AI accessible to more users.
Letter and Document Automation for Bonterra Impact Management (fka Social Sol...Jeffrey Haguewood
Sidekick Solutions uses Bonterra Impact Management (fka Social Solutions Apricot) and automation solutions to integrate data for business workflows.
We believe integration and automation are essential to user experience and the promise of efficient work through technology. Automation is the critical ingredient to realizing that full vision. We develop integration products and services for Bonterra Case Management software to support the deployment of automations for a variety of use cases.
This video focuses on automated letter generation for Bonterra Impact Management using Google Workspace or Microsoft 365.
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Monitoring and Managing Anomaly Detection on OpenShift
Overview
Dive into the world of anomaly detection on edge devices with our comprehensive hands-on tutorial. This SlideShare presentation will guide you through the entire process, from data collection and model training to edge deployment and real-time monitoring. Perfect for those looking to implement robust anomaly detection systems on resource-constrained IoT/edge devices.
Key Topics Covered
1. Introduction to Anomaly Detection
- Understand the fundamentals of anomaly detection and its importance in identifying unusual behavior or failures in systems.
2. Understanding Edge (IoT)
- Learn about edge computing and IoT, and how they enable real-time data processing and decision-making at the source.
3. What is ArgoCD?
- Discover ArgoCD, a declarative, GitOps continuous delivery tool for Kubernetes, and its role in deploying applications on edge devices.
4. Deployment Using ArgoCD for Edge Devices
- Step-by-step guide on deploying anomaly detection models on edge devices using ArgoCD.
5. Introduction to Apache Kafka and S3
- Explore Apache Kafka for real-time data streaming and Amazon S3 for scalable storage solutions.
6. Viewing Kafka Messages in the Data Lake
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7. What is Prometheus?
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8. Monitoring Application Metrics with Prometheus
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9. What is Camel K?
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10. Configuring Camel K Integrations for Data Pipelines
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11. What is a Jupyter Notebook?
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12. Jupyter Notebooks with Code Examples
- Hands-on examples and code snippets in Jupyter Notebooks to help you implement and test anomaly detection models.
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WeTestAthens: Postman's AI & Automation Techniques
DC Web API Meetup Oct 4 2016
1. DC Web API Meetup:
EPA’s Facility Registry
Service API
David Smith 202-566-0797 Smith.DavidG@epa.gov
Matt Kelly 202-566-1597 Kelly.Matthew@epa.gov
https://epa.gov/frs
10/5/2016
U.S. Environmental Protection Agency
1
2. • FRS: EPA’s Facility Registry System
• Master Data Management - aggregates and
integrates locational and other core facilities data
across EPA programs and state partners – pulls from
nearly 100 systems and datasets
• Facility location and associated geodata; corporate
ownership and parents; points of contact; program
IDs; NAICS/SIC codes; Tribal indicators
• Over 4 million facilities and places of interest in US
and Territories
FRS: Overview
3. FRS: Overview
Facility location and associated geodata;
corporate ownership and parents; points
of contact; program IDs; NAICS/SIC codes;
Tribal indicators
4. FRS: Overview
• Master Data Management
• Data Quality Improvements
– Validation
– Verification
– Geocoding
– Spatially Derived
Attributes
• Shared Services for Facility Data Management
and Reporting
5. FRS: APIs
• Chunky: Bulk Data Exchange
– National Environmental Information Exchange
Network
– Started in 1998, to facilitate data exchange with
states
– Primarily WSDL / SOAP-based, for server-to-server
exchanges
• Chatty: Services for Web Apps
– Facility Lookup and Reporting
7. FRS on the Exchange
Network
• FRS: Shares and integrates data across many State Partners,
along with Tribal and Territorial Partners
• https://www.epa.gov/enviro/frs-exchange-network
8. • Bidirectional FRS Facility Data Sharing via FacID
• http://www.exchangenetwork.net/data-exchange/facility-
identification/
10/5/2016 U.S. Environmental Protection Agency 8
Data Flow
9. Value Proposition
• Cross-Media Integration Across Many
Programs and Interests
• Validation and Verification
• Geocoding and Geoprocessing
• Web services
= Value Added
10. Problem Statement
• Issue: Multiple stove-piped
reporting systems
• Issue: Access to timely,
comprehensive information
• Issue: Dozens of independent versions of “the
truth”
• Issue: Still trying to resolve data together via
fuzzy match after the fact
11. Pursuit of Solution
• Start with what we already know about a
facility: Search and retrieve data
• Allow users to update information (name
changes, mergers & acquisitions, et cetera)
• Provide front-end validations: validate
addresses, geocode locations, show map view
• Allow users to create records – create master
record and assign master ID on the fly
12. Simple examples - A few dozen lines of
code, jQuery & leaflet.js
https://github.com/USEPA/FRS-
getfacilities-samples
10/5/2016 U.S. Environmental Protection Agency 12
Public Facing Query API
14. 10/5/2016 U.S. Environmental Protection Agency 14
Deduplication
Burden Reduction
Via Shared Service
Estimate 140,000 annual hours
reduction in just one program a
16. 10/5/2016 U.S. Environmental Protection Agency 16
Benefits
• Less duplicative data entry
• Better data quality
• Master records for new facilities created on
the fly, instantly available to other enterprise
applications
• Better integration
• Burden reduction both for regulated industry
and for agency users
18. • When EPA and its partners share identifiers and data,
we can help provide more details, and allow partners
to leverage and link to each others’ data and reports
• Potential applications for communities: simple code
samples (lookup API only) on Github -
https://github.com/USEPA/FRS-getfacilities-samples
• Find out about enforcement and compliance,
chemical risk, infrastructure, cleanups and more
• Couple it with other APIs like Envirofacts, ECHO or
other agencies like EIA
10/5/2016 U.S. Environmental Protection Agency 18
Opportunities
19. 10/5/2016 U.S. Environmental Protection Agency 19
Thank You / Questions?
Topic URL
FRS Home Site https://www.epa.gov/frs
FRS Geodata Download https://www.epa.gov/enviro/geospatial-data-download-service
FRS REST Services https://www.epa.gov/enviro/html/fii/FRS_REST_Services.html
FRS ArcGIS Server Service https://geodata.epa.gov/arcgis/rest/services/OEI/
FRS Linkage Application https://frsfla.epa.gov
EPA Geospatial Program https://www.epa.gov/geospatial/index.html
EPA Geodata Gateway https://edg.epa.gov/
David Smith 202-566-0797 Smith.DavidG@epa.gov
Matt Kelly 202-566-1597 Kelly.Matthew@epa.gov