SEPA needs flood event data for flood risk mapping, assessments, and management. The document describes a trial of using ESRI Collector App and ArcGIS Online to capture flood event data (FEDCAP), finding it improved data quality and reduced collection/processing time compared to traditional methods. The winter trial period saw many flood events across Scotland and successful testing of FEDCAP. The methodology, trial results, and future improvements are discussed. Feedback was positive about FEDCAP being a simple, flexible, and secure way to effectively capture flood data.
The document summarizes a project conducted by Edinburgh Council to survey dropped kerbs using ESRI's Collector application. The survey gathered data on dropped kerbs, raised tables, guardrails, and residential crossovers across the city. While the Collector worked well for gathering the data, some issues arose around labeling, syncing large amounts of data, and downloading data with geometry errors. The collected data will now be added to the Roads Services asset management system and used to prioritize accessibility improvements through smaller streetworks projects and larger capital renewal schemes.
Transformer Management. Full Lifecycle Support Using GIS and a Web Applicat...SSP Innovations
NPU underwent an effort to migrate their Transformer Management system from an Access database to a web application from SSP Innovations. All transformer data was migrated to the web application, which provided better access and control over the data. Customizations were then implemented to integrate the web application into NPU’s versioned GIS. This approach to transformer management reduced data redundancy and prevented data inaccuracy.
Web AppBuilder for ArcGIS is a tool for building configurable web apps without coding. It has over 40 widgets and allows creating 2D and 3D web maps. Web AppBuilder can be used within ArcGIS Online or Portal or with the separate developer edition. Examples of Web AppBuilder apps are publicly shared and filterable online. A demo was given of a Tour o' the Borders Cycle Challenge app built with Web AppBuilder to provide information to different user groups. Resources for learning more about Web AppBuilder include documentation, video tutorials, forums and training courses.
GIS can be used throughout the entire building lifecycle from planning and design through to operation. During the planning stage, GIS is useful for understanding geographic context and constraints. In design, GIS allows presentation of concepts to stakeholders and procedural modelling of design options. GIS supports analysis of design options and engagement. It also enables positional quality assurance. During construction, GIS supports site operations management. In operation, GIS facilitates facilities management and operational efficiency through integration with other systems like SAP and SharePoint. The customer's data requirements should be specified to ensure the right digital information assets are delivered.
This document summarizes the use of geographic information systems (GIS) on the Crossrail construction project in London. It discusses (1) an overview of Crossrail, the challenges of the complex project, and how GIS fits in, (2) how GIS data is shared across stakeholders through web portals, mobile apps, and open data, and (3) implementations including customizing GIS tools and a timeline of rolling out new capabilities from 2015-2016. Future plans are to integrate additional tools like 3D modeling, linear referencing, and hand over the GIS system for ongoing rail operations.
Utilizing Esri Out of the Box Tools for Field Data VerificationSSP Innovations
This Esri PUG presentation focused on utilizing core Esri technologies to solve workflows for data management, field verification and collection. Collector for ArcGIS deployments were reviewed and demoed to show how pipeline operators can easily implement field applications for workflows including structure (Gas HCA) and/or asset verification, collection or updates.
Connexus Energy standardized on Clevest’s Mobile Workforce applications and Schneider Electric’s Responder product for Outage Management, partnering with SSP Innovations and Clevest to build the bridge between the two products. SSP and Clevest integrated their systems using a Multispeak interface for outage data. Attend this session to learn more about how the two vendors collaborated with Connexus on the integration process, and the results achieved.
The document provides an overview of new and enhanced features coming to Geo and Digimap services. Some key points:
- Quality improvements have been made to backend systems to improve performance and reliability. Additional data sources have also been added.
- Last year achievements included a new registration system, addition of more geospatial data, and launching Digimap for Colleges. Support resources like webinars and help pages were also expanded.
- Upcoming work includes refreshing the Digimap homepage, adding tablet compatibility, and releasing new versions of tools like Geology Roam with additional basemaps and sorting capabilities.
The new Esri Utility Network was released into beta earlier this year. SSP has worked with many utility customers to extensively test the new network including data migration, creating circuits & systems, editing data, and utility tracing. Join SSP and Intermountain REA to review how the testing has gone, what works well, and what needs improvement in the new Utility Network. We will also cover key aspects of the new network that will affect your utility so you can be prepared for your move to the Utility Network!
At Esri UK Annual Conference 2014
Thames Water has been using geographic information system (GIS) solutions from Esri for over six years and ArcGIS Platform now supports almost every part of the organisation. ArcGIS gives Thames Water a single, accurate and up-to-date record of all of its assets and makes this vital business information accessible to employees right across the business. When customers contact Thames Water, call centre agents can locate the caller, identify assets in relation to that customer address and easily see what maintenance or infrastructure projects have occurred or are planned for that area. In addition, Thames Water uses the ArcGIS platform to exchange accurate asset and location information with its mobile engineers, surveyors and field workers. ArcGIS has become an indispensable enterprise system for Thames Water and will continue to play a vital role in the business, as it steadfastly evolves to meet the needs of customers and regulators.
Presentation given by Guy McGarva, EDINA, as part of the EDINA Geoforum 2014 event on Thursday 19th June 2014 at the Informatics Forum, University of Edinburgh.
From SSP's Illuminate Webinar Series: Built just for utilities, SSP Lifecycle is a full-featured work and asset management solution that simplifies the complexity of managing and maintaining network assets. From initial design right through to retirement, Lifecycle has all the features you need – and none you don’t – to proactively manage and intelligently operate your utility network. Powerful and robust, Lifecycle works well either as a standalone solution or side-by-side with existing work and asset management systems to deliver increased value, efficiency, and engagement.
With the release of Esri's new ArcGIS Pipeline Referencing (APR) tools in 2017, we got to work immediately deploying the new extensions for our clients. This presentation will focus on SCANA Energy's APR implementation and lessons learned throughout the deployment. Topics will range from source data preparation, UPDM extensions, APR architecture, installation, licensing, APR core data loading and end user data editing workflows.
This document summarizes a presentation about using the Utility Network for managing electric utility infrastructure data. It discusses Intermountain Rural Electric Association's current GIS status and plans for an AMI rollout, CIS upgrades, and inventory projects. The presentation then focuses on migrating IREA's data to the Utility Network and testing functionality in a beta environment. It addresses concerns about creating features and tracing in the Utility Network and demonstrates how new tools can help increase productivity and visualize associations between entities.
NDGeospatialSummit2019 - Using ArcGIS Online with Multiple Entities Through M...North Dakota GIS Hub
This document discusses using ArcGIS Online to share geographic information system (GIS) data across multiple organizations working on a water infrastructure project in North Dakota. It outlines how the current workflow uses ArcGIS Online, ArcGIS Collector, and ArcGIS Pro to allow live sharing of field collection, quality assurance/quality control, and editing between engineers, a water authority, and other entities. This streamlined approach provides real-time access to accurate, up-to-date data on mobile devices for activities like rights-of-way surveying and easement management, improving collaboration. Web maps also allow viewing current project status without IT servers or static data updates.
UPDM & APR Implementation for Gas TransmissionSSP Innovations
With the release of Esri's ArcGIS Pipeline Referencing (APR) in early 2017, Memphis Light, Gas & Water (MLGW) identified the extensions as desirable tools to manage their gas transmission assets. The key driver for MLGW was the ability to utilize software within the Esri stack for editing linear referenced pipelines, viewing and reporting. This presentation will focus on MLGW’s APR implementation and include elements around the hardware/software architecture, Utility Pipeline Data Model, data migration across multiple sources, implementation of the Esri software and creation of a viewing/reporting application within Web App Builder.
FieldTrip GB is a free mobile app for Android and iOS that allows users to collect location-based data. It has an authoring tool that allows users to create custom data collection forms with multiple fields. Users can capture location data using their device's GPS and download forms for offline use. The authoring tool also allows users to export collected data to CSV, GeoJSON, and KML formats for analysis. Future updates may include additional form functionality, integration with other cloud services, and an open source version called FieldTrip Open. The app has been used for citizen science projects where volunteers collect environmental data.
This document summarizes new and enhanced features in Digimap services from 2015-2016. Key updates include a refreshed homepage, responsive design for tablets, a new historic downloader application, marine chart roam with updated data, additions to ancient roam, land cover vector data, and improvements to geology, marine, and OS data. Usability and performance enhancements were also made, such as improved geo-referencing, easier use of 3D data, and a more reliable backend system. Feedback from users helped inform priority quality improvements.
1) The document discusses challenges in managing large drone datasets using big data technologies and proposes a new architecture. It highlights issues like volume, variety, scalability and the need for real-time insights.
2) Key aspects of the proposed architecture include distributed storage and computing clusters, data partitioning strategies, and frameworks like Apache Spark and RasterFrames that can handle raster data at scale.
3) The use case presented is using AI and drones for intelligent inspection of large-scale photovoltaic installations, identifying defects through semantic segmentation and other deep learning methods on RGB and thermal imagery.
Garuda Robotics x DataScience SG Meetup (Sep 2015)Eugene Yan Ziyou
What exactly goes on in the commercial drone/UAV industry in Singapore and globally? Behind the hype of consumer “selfie” drones lies a vast number of interesting commercial applications, where drones become an enabler for enterprises to gain new aerial perspectives of their facilities and estates, to make intelligent decisions incorporating this additional dimension of data.
In this presentation, we will look at one such drones-at-work application to reveal some of the behind-the-scene processes and technologies employed. Specifically, we will dive into the precision agriculture domain and share some of the computer vision problems we face, and take a look at various potential solutions to these challenges.
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.
Unified Framework for Real Time, Near Real Time and Offline Analysis of Video...Spark Summit
The document discusses Conviva's Unified Framework (CUF) for analyzing video streaming data in real-time, near real-time, and offline using Spark and Databricks. It summarizes Conviva's platform for measuring video quality of experience across devices and networks. The framework unifies the three analysis stacks onto Spark to share code and insights. Using Databricks improves the offline analysis speed and enables data scientists to independently explore large datasets and build machine learning models.
This document summarizes the objectives, partners, and services of the SERVIR Network, which is a regional partnership that uses earth observation data and geospatial technologies to address issues related to food security, water resources, weather and climate, and land use in Southeast Asia. The SERVIR Network aims to build capacity for using geospatial data and tools, improve access to this information, and support decision-making. It develops products and services through stakeholder engagement and open data sharing. A needs assessment identified priorities like land cover mapping, early warning systems, water resources management, and crop forecasting. The document describes datasets and tools developed by SERVIR, including a dam inundation areas dataset and online and desktop tools for modeling reservoir areas
Presentation at the HPC for Big Data Workshop in the 2014 International Conference on Parallel Processing.
Paper is published by IEEE in the Proceedings of the 2014 ICCPW.
Using Esri ArcGIS Online for Utility Asset InspectionsSSP Innovations
Using ArcGIS Online for Utility Asset Inspections
Describes how we successfully implemented ArcGIS Online at Hart EMC to enable their inspection personnel to capture information, use GPS on their tablets/iPads, take photos, and more.
Data at Scale - Michael Peacock, Cloud Connect 2012Michael Peacock
Smith Electric Vehicles collects large amounts of telemetry data from its fleet of commercial electric vehicles. It was initially storing this data in a MySQL database, but faced issues with availability, capacity, and processing the data quickly enough to meet business needs. It addressed these issues by implementing a message queue to buffer incoming data, sharding/partitioning the data across multiple databases and tables, optimizing queries and indexes, and moving some processing to the cloud. These changes allowed it to reliably process over 1.5 billion data points per day and provide live dashboards and export reports.
GIS Mobile Apps for Highways - Wiltshire CouncilEsri UK
Wiltshire County Council introduced mobile GIS apps to capture asset data in the field to address issues with outdated paper-based data collection. They developed 3 collector apps and 4 viewer apps for highways staff. This improved data accuracy, allowed real-time decision making, and saved the council over £55,000 annually in travel and process costs by eliminating duplicate data entry. The mobile apps also improved responsiveness and helped protect the council from liability claims. The success of these apps has led other teams in the council to explore similar mobile solutions.
Ozri 2013 Brisbane, Australia - Geodatabase EfficienciesWalter Simonazzi
The document discusses best practices for geodatabase design, storage, versioning, and performance management. It provides guidance to a new spatial data administrator, Dave, on assessing his organization's existing spatial data needs, creating a data model and governance plan, importing data, and collaborating with the database administrator to optimize database performance over time. Key topics covered include geodatabase design, storage and migration strategies, when and how to implement versioning, using replication to distribute data, and techniques for maintaining optimal performance such as attribute indexing, statistics, and scheduling maintenance tasks.
NDGeospatialSummit2022 - KEEPING IT FRESH: ASSET COLLECTOR FOR ND STATE PARKSNorth Dakota GIS Hub
This document outlines a project to develop an asset management system for North Dakota state parks. The goals are to improve park and trail planning, inventory assets more accurately, and inform maintenance decisions. A team will collect data on park assets using mobile devices and GIS software. They will work with state staff to define the needed data fields and develop a geodatabase schema. Field teams will then collect location and attribute data for park features. The final product will be a geodatabase and web application to store and share asset information internally and with the public. Keys to success include piloting the process, optimizing field time, and having open communication between the project team and state staff.
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.
This document discusses implementing a mobile solution for appraisers in Florida to increase productivity, reduce costs, and transition to paperless field operations. Key goals of the mobile solution included allowing appraisers to search information, take geotagged photos, view workloads, and update records from the field. The implementation increased productivity by 25% in the first year by introducing consistency. It reduced mileage costs by passively tracking movements and validating claims. It eliminated 85,000 paper records and $10,000 in printing costs. It also reduced back office support needs and increased accountability. The mobile solution was developed in-house within 6 months and implemented for 20 appraisers across residential and commercial properties.
This document discusses using unmanned aerial vehicles (UAVs) and structure from motion (SfM) photogrammetry to assess soil erosion. Key findings include: (1) UAV-based SfM can provide spatially-explicit data on erosion at fine temporal scales; (2) For identifying eroded areas and landscape changes, it represents a low-cost rapid solution; (3) Cloud-based processing services can generate surfaces within 24 hours but proprietary software may be needed for higher accuracy. However, choices like flight planning, ground control, and software affect accuracy and more research is needed on vegetation effects.
Augview presentation GE user conference bali 2014 - MIke BundockGeo AR Games
This presentation is available as a You Tube video with Mike Bundock, CEO and founder of Augview. http://youtu.be/uQX_XMnjfng?list=PLhXjq-hI-gjCsDc1pfqLIOYODK4he2U92
Accumulo Summit 2015: Performance Models for Apache Accumulo: The Heavy Tail ...Accumulo Summit
Talk Abstract
As with all open-source databases, Accumulo developers often compete between building exciting new features and hacking on performance and stability. As the core features solidify and expand, we see many opportunities to improve performance. An effective methodology for performance improvement is scientific in nature, and follows a well-definite modeling and simulation approach, matching theory to experimentation in an iterative fashion.
Ingest performance is one of the most differentiating characteristics of Accumulo. However, there is much room for improvement for typical ingest-heavy applications. Accumulo supports two mechanisms to bring data in: streaming ingest and bulk ingest. In bulk ingest, the goal is to maximize throughput without constraining latency. Bulk ingest involves creating a set of files that conform to Accumulo's internal RFile format and then registering those files with Accumulo. MapReduce provides a framework for generating, sorting, and storing key/value pairs, which form the primary elements of preparing RFiles for bulk ingest. MapReduce has been used many times over the years to break sorting records, such as Terasort. We can expect it is a reasonable choice for maximizing bulk ingest throughput. However, the theory often proves challenging to implement as there are many performance pitfalls along the way.
In this talk, we dive deep into optimizing MapReduce for Accumulo bulk ingest. We share detailed theoretical and empirical performance models, we discuss techniques for profiling performance, and we suggest reusable techniques for squeezing the maximum performance out of enterprise-grade Accumulo bulk ingest.
Speaker
Chris McCubbin
Director of Data Science, Sqrrl
Chris is the Director of Data Science for Sqrrl. He has extensive experience with the Hadoop ecosystem and applying scientific computation algorithms to real-world datasets. Previously, Chris developed Big Data analysis tools for the Intelligence Community and applied artificial intelligence techniques to unmanned vehicle systems. He holds a MS in Computer Science and BS in Computer Science and Mathematics from the University of Maryland.
The document outlines the roadmap for ArcGIS software releases between 2022-2024. It discusses incremental releases and continuous improvements to ArcGIS Enterprise, ArcGIS Pro, and ArcGIS Online. Some key themes mentioned are enterprise readiness, accessibility, data management, new capabilities, containerization, cloud-native approaches, and beta features. Specific areas that will see focus include simulations in Pro, relationships and editing in Online, and a video server in Enterprise.
This document provides an overview of the ArcGIS platform, including its software, SaaS, and PaaS capabilities. It highlights ArcGIS Pro for desktop GIS, ArcGIS Enterprise for server software and infrastructure, and ArcGIS Online for sharing and engagement. New and improved capabilities are shown for analysis, visualization, editing, IoT/sensor integration, and 3D. Machine learning, deep learning, and graph analytics tools are also summarized. The document promotes ArcGIS' comprehensive system for mapping, managing, and analyzing all types of geospatial data.
Solving sustainability challenges with geospatial informationEsri UK
An understanding of location is vital for helping both organisations and governments to reach their sustainability goals. Indeed, geospatial data plays a pivotal role in everything from planning renewable energy policies and rolling out infrastructure for electric cars nationwide, to enhancing the natural capital around an office building or improving waste collection at a business park. This presentation will reveal how Ordnance Survey uses innovation to help its customers see a sustainable place. Learn about a series of ground-breaking propositions that blend geospatial and earth observation technologies to solve some of the world’s most complex sustainability challenges.
Streamlining the design and operation of infrastructure in WalesEsri UK
Streamlining the design and operation of infrastructure in Wales is both an imperative issue and a challenging undertaking, particularly when responding to the climate crisis and budgetary constraints in the Welsh context. The cost of digitisation and varying levels of digital knowledge amongst professionals often impede efforts to streamline processes. ‘Going digital’ with purchases of data, systems and training can be a hurdle for many infrastructure projects, particularly for smaller ones where digitalisation capex can be prohibitively high. See a Welsh example from AtkinsRéalis that provides a workable and highly successful demonstrator of how projects can benefit from a shared GIS model, providing rapid collaboration against a design deadline of climate change.
Ecological monitoring in Wales: data capture in the ERAMMP field surveyEsri UK
As part of the Welsh Government’s Environment and Rural Affairs Monitoring and Modelling Programme (ERAMMP), the UK Centre for Ecology and Hydrology (UKCEH) is re-surveying soil, plants, insects, birds, water and landscape features at 300 distinct 1 km2 sample sites, dispersed across the whole of Wales. This large-scale, four-year project is being undertaken by thirty seven specialist surveyors, who use a suite of ArcGIS apps to view and capture data in the field. Learn how UKCEH has configured different ArcGIS apps to accurately monitor changes to trees and woodlands, geo-reference 4,500 soil samples and record around 1,200 plant species.
Planning a brighter future with a GIS of the WorldEsri UK
The document discusses ArcGIS Living Atlas of the World, a collection of over 10,000 curated geospatial datasets and tools from Esri and partners. It provides examples of how GIS analysts can use Living Atlas data to explore topics like the Welsh population, housing crisis, and flood risk in Wales. The last section encourages sharing local data and content to help build up the global GIS in Living Atlas.
Slow Ways is a grassroots initiative to create a national network of walking routes that connect all of Great Britain's towns and cities. Kick-started in 2020 and catalysed by lockdowns, the Slow Ways walking network is being created by thousands of volunteers from across the country. Join this session to learn about this big vision for walking and how the Slow Ways team are using GIS and geospatial thinking to bring it to life. You'll also discover how you can help bring this big idea to life where you live.
Bringing ArcGIS spatial analysis to bear on IoT dataEsri UK
IoT is changing the way we manage key systems and plan our future, generating ever more digital data. This session explores the new capabilities in ArcGIS that are making it easier to apply the power of spatial analysis to IoT data. Whether you need to ask questions of real time feeds or draw insight from ever larger big data sets, there are tools to help.
How climate data can help address the climate challengeEsri UK
Climate change has already altered the weather we experience and the magnitude of impacts from extreme temperatures and rainfall. These impacts manifest locally and can cause human causalities and damage to infrastructure and natural systems. In future, some further climate change is now inevitable, but the rate and magnitude of change will depend on global greenhouse gas emissions. New data and tools to use the data are available to help plot a path through the climate and weather challenges, enabling organisations at all scales to adapt to the changing conditions.
Adam Branscomb ventures to the cutting edge of ArcGIS. Over the course of 30 minutes, he explores how, by faithfully recreating our world, we can make better-informed decisions on the challenges of today and tomorrow.
Sweet is an app built on the ArcGIS platform by Esri UK to streamline workflows and improve productivity by removing manual quality assurance steps. It allows users to design workflows that capture site data, analyze constraints, and calculate development potential or insurance exposure. Sweet saves time over traditional GIS processes, provides higher quality outputs for analysis and decision making, and aims to make GIS easier to use.
Arcade is an expression language developed for ArcGIS that allows users to manipulate text, perform calculations, and evaluate logical statements to enhance maps without requiring changes to the underlying data. The presentation provided demonstrations of using Arcade to customize labels, popups, and symbology in ArcGIS Pro, ArcGIS Online, and ArcGIS Web AppBuilder. Additional resources for learning more about Arcade's capabilities and examples of expressions were also shared.
Get Further by Being Mobile – A Look at Advanced Mobile Techniques in the Arc...Esri UK
The document summarizes resources and techniques for advanced mobile GIS using Esri's ArcGIS platform. It discusses Collector, Survey123, and Workforce for mobile data collection and management. It also provides an overview of how ArcGIS Online can help with mobile workflows through features like empty feature services, field editing, and attribute management. Upcoming mobile apps from Esri like ArcGIS Companion and Tracker are also mentioned.
Arcadis - Improving Ground Engineering Data Flows - Smart Infrastructure - AC18Esri UK
As part of the digital engineering solution for Lower Thames Crossing a targeted three-step process has been developed to collect, manage and validate ground information for dissemination across the project. Join this session to understand how Arcadis are using the ArcGIS platform to provide a system of engagement across the project from data capture in the field to dissemination of relevant information to all stakeholders.
Using Jupyter Notebooks - Developers Forum - AC18Esri UK
The document discusses the ArcGIS API for Python and Jupyter notebooks. It provides an overview of the Python API and how it functions similarly to ArcPy in ArcMap and ArcGIS Pro but works with portal and server functionality. It also introduces Jupyter notebooks as a browser-based development environment for working with the Python API and cautions against using notebooks for production level solutions or recurrent tasks.
I Didn't Know You Could Do That -Technical - AC18Esri UK
From learning how to create imaginative and attractive pop-ups through to securing public facing data, this session will dive into some of the more nuanced details of the ArcGIS Platform that you may not have been previously aware of, all of which have the potential to improve your GIS experience.
All About Angular and ArcGIS - Developers Forum - AC18Esri UK
Angular is a hugely popular web application framework based on TypeScript. This session will take you through how to get started working with Angular and ArcGIS to create highly capable and interactive apps.
What's New in the Javascript API - Developers Forum - AC18Esri UK
A lot can happen in a year! Our development teams have been hard at work to bring you some amazing new features and help you take your apps to the next level. This rapid fire session will cover the latest and greatest updates in our ArcGIS API for JavaScript, as well as a look at what's coming soon.
GIS Under the Radar - Smart Education - Higher - AC18Esri UK
GIS is an ideal vehicle for meeting the changing expectations of students in Higher Education. Opportunities to introduce GIS to students outside of the formal, taught GIS curriculum, however, often go unrecognised, or are missed. Michael Horswell, from the University of the West of England, will consider the barriers to, and opportunities for, implementing GIS under the radar in HE curricula, as well as the considerable benefits that such an approach presents to students.
Switching Your Teaching to ArcGIS Pro - Smart Education - Higher - AC18Esri UK
This document discusses the benefits of switching from ArcMap to ArcGIS Pro. Key points include: ArcMap is being retired and new Esri customers will not receive it; ArcGIS Pro is gaining functionality and parity with ArcMap; Pro allows for improved integration across platforms, devices, and users; using Pro provides students with skills that improve employability and satisfaction such as mobile data collection, web publishing, and working across devices; Pro represents the future of GIS and a switch will future-proof skills and qualifications.
Account Based Marketing best practices. Learn the ins and outs of successful ABM, demand generation, and B2B digital performance marketing in a post-COVID, privacy compliant, hybrid world. ABM is a marketing approach, a philosophy. It is not technology by itself and not all intent data is created equal. In this Master Class, we will go through the key elements to maximize marketing's contribution to sales from pipeline creation to pipeline velocity.
Key Takeaways:
What ABM really is, what it can and can't do.
How to do ABM more effectively.
What you need to do high performance ABM and what you should expect from it.
You'll learn about proven systems and effective workflows to maintain a consistent and engaging social media strategy. Additionally, you'll gain actionable strategies and practical tactics to drive engagement, increase followers, and convert them into loyal customers.
Top 7 PPC and SEO strategies to drive more traffic and conversions. Most companies already own the data, let's share the data and boost the performance of both channels.
Key Takeaways:
Why PPC and SEO teams should strategize together7 ways PPC and SEO can work together to drive even more conversions
How to Rethink the Way you use Instagram to Drive Sales and Customer Engagement
If you’re using Instagram to build or grow your business this presentation is for you. Navigating Instagram campaigns doesn't have to be overwhelming. By understanding the right strategies, you can turn engagement from a time-consuming task into a powerful tool for driving sales and a deeper understanding of your customers and fans.
Key Takeaways:
Running campaigns on Instagram can be and should be easy and effortless
Every post is an opportunity to collect valuable information to empower you to make more strategic choices
The power of giveaways on Instagram to drive engagement and first party data
NIMA2024 | Hoe Danone Trends vertaalt naar Strategie voor het versterken van ...BBPMedia1
Develop a category & retail vision to drive business impact today
Join Arnoud from Danone and Tris from Ipsos Strategy3 as they guide you on a journey through the art of leveraging trends and foresights to craft a category and retail vision. Discover the crucial need of future readiness, and understand how the future can lead to new opportunities, here and now. Be prepared to unlock the future potential of your enterprise!
Struggling to get high-quality backlinks? Our latest presentation reveals the strategies you need to succeed in 2024. Learn practical tips to boost your SEO and elevate your website’s authority. Click below to access the full presentation!
Full blog here - https://digitalmarketingphilippines.com/how-to-get-high-quality-backlinks-in-2024/
The digital marketing industry is changing faster than ever and those who don’t adapt with the times are losing market share. Where should marketers be focusing their efforts? What strategies are the experts seeing get the best results? Get up-to-speed with the latest industry insights, trends and predictions for the future in this panel discussion with some leading digital marketing experts.
Digital marketing metrics every one must know in 2024Digital Scape
The "Digital Marketing Metrics" PDF by Digital Scape provides a detailed guide to essential metrics used in digital marketing. It explains the importance of metrics in tracking and optimizing marketing efforts, offering definitions, formulas, and examples for each metric. The document covers metrics such as Return on Ad Spend (ROAS), Customer Lifetime Value (CLV), Cost of Acquisition (COA), Click Through Rate (CTR), Conversion Rate (CVR), Cost Per Sale (CPS), Bounce Rate, and Lead Conversion Rate (LCR). The aim is to equip marketers with the knowledge needed to make data-driven decisions and enhance campaign performance.
Learn what is metrics, difference in metrics, different types of metrics and calculation.
CampusEdge offers a comprehensive suite of tools including financial management, human resources, student information, and more. It promotes streamlined processes and data integration.
Enhanced efficiency and productivity through automation, data centralization, and real-time insights. Improved decision-making based on accurate data and analytics.
Allows for seamless scalability to adapt to the changing needs of educational institutions. Enables consolidation of various functions into a single platform.
Initial planning and assessment of requirements. Configuration and customization of the software to fit the institution's unique structure and processes.
Comprehensive training programs for staff to ensure effective utilization. Phased deployment strategy to minimize disruptions.
Let’s be honest. Improvements in search rankings and organic traffic don’t always translate into sales. Yet, you spend the majority of your SEO resources on driving rankings and traffic. What if you built your SEO content with conversion in mind from the beginning? You’d generate more organic traffic that actually converts into revenue! Join 20-year search marketing veteran as he unveils his framework for developing SEO content with conversion in mind every step of the way ‒ from keyword strategy to content development and publication.
Takeaways:
Tactics and benchmarks for SEO content that converts in 2024
Page layouts and content formats that convert organic traffic
Crafting keyword strategy and calls-to-action for conversion
[Webinar - VWO] AI-First Strategies to Drive Traffic and Conversions for 2024...VWO
Discover how Eric Siu’s agency, Single Grain, drove over 1 million new website visitors at a +59% higher conversion rate in 90 days by integrating innovative AI-driven strategies into their CRO and SEO practices, known as programmatic CRO (pCRO) and SEO (pSEO).
Imagine: At the click of a button, your landing pages dynamically adapt to feature content and elements specific to the keywords and products they are targeting. That’s the power of pCRO, transforming generic pages into highly personalized experiences. With pSEO, generate quality pages at scale that rank at the top of search results for relevant long-tail keywords, driving traffic that then converts.
Excited? In this session, Eric will guide you through how to implement these game-changing techniques for your own business, enhancing your digital strategy and maximizing your ROI.
Importance of SEO to support holistic marketing strategies and the rise of n...JessicaRedman5
A presentation for the Digital Marketing World Forum by Jessica Redman and Andrew Fox.
Discussing how SEO supports across numerous marketing channels and how user search behaviour is changing.
Discover how to optimise social media posts for discoverability and learn about Topical Domination.
Fostanak dresses are crafted to make every woman feel like a queen, exuding confidence and embracing her unique beauty. Whether you're attending a special occasion or seeking everyday elegance, Fostanak offers a dress that captures your individuality and celebrates your femininity
It’s been a difficult few years for Facebook Ads due to signal loss from iOS/Firefox/Chrome and the associated loss of ad targeting precision and ROAS. In this session, delve into 100% new high-impact strategies for thriving in Facebook advertising in a world without 3rd party cookies.
You'll uncover the top 7 Facebook ad hacks of 2024, all centered around first party ad signal data restoration and how to coax the new default Meta Audience+ ad targeting system to do what you want it to do, each backed by solid results and case studies. Learn how to skyrocket your landing page conversions by 20-25%, how to scale ads like never before, and target niche audiences with strategies that defy traditional norms.
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6. The solution - FEDCAP
FEDCAP – A tool for Flood Event Data CAPture
utilising ArcGIS Online and the ESRI Collector App for the winter trial
Free*Free* FlexibleFlexible SecureSecure Simple!Simple!
7. The solution - FEDCAP
Methodology
•Create two feature classes, add domains
•Create a map and adjust symbology to suit
•Publish to ArcGIS Online
•Set up permissions and share
•Choose a suitable basemap
•Download offline map
•Capture data
•Sync data
8. FEDCAP Winter Trial
Winter trial environment – record breaking!
•Wettest December on record in Scotland
•Over 200% of average rainfall fell in NE
•50/400 river gauges in Scotland experienced record peak flows
•Multiple flooding events, widespread over Scotland
•Over 1000 properties flooded across Scotland
http://www.metoffice.gov.uk/climate/uk/summaries/2016/winter
http://www.ceh.ac.uk/news-and-media/news/warmest-wettest-november-january-record
10. FEDCAP Winter Trial
Comparison with traditional methods
Data quality
• Georeferenced photographs
• Could “georeference” videos
• High resolution camera on iPad
• Focused information captured for specific point
• More information available in the field
• Too many fields to fill in for all features
• Recorded
• 313 point features
• 620 photographs/videos
• 68 line features (trashlines/routes)
11. FEDCAP Winter Trial
Comparison with traditional methods
Time saved
• Seconds to log in and load up
• Takes a few minutes to capture
• Slightly longer in the field than a camera
• Reduces survey time by half compared with GPS
• Reduces processing time by days
• Easy to share data without hardware
12. FEDCAP Winter Trial
Comparison with traditional methods
Survey accuracy
• <10cm difference after re-projection
• Less detail as no elevation is captured
13. Winter trial achieved
a strong correlation between surveyed data and data captured via
the solution
a reduction in the time spent processing data
an increase in the quantity of data received in the immediate
aftermath of a flood
an improvement in the quality and consistency of data received in
the aftermath of a flood event
positive response from SEPA and Local Authority staff
FEDCAP Winter Trial
14. What’s next?
Future development
•Continue trial period
•Simpler form as many fields were not applicable to task
•Add more information to FEDCAP e.g.
specific SEPA basemaps
•Improve processes for increased consistency when capturing
data e.g. side of trash line
•Improve post processing script to become fully automated
15. FEDCAP Winter Trial
In summary the trial of the ESRI Collector App has
•Improved data quantity and quality, providing great business benefit
•Enabled the access of more information in the field
•Saved time in capture and processing to attain useable information
•Secure way to share with internal and external sources with quick interpretation
•Simple to set up, use and modify
•Lots of scope to improve further and adapt for other purposes
16. Thank you for listening!
Some FEDCAP users.
Testimonials
Very good tool for capturing trash lines and
also georeferenced photos - much more
meaningful than previous methods of just
taking photos and will be able to use to go
back and get full survey easily. LW
It is a great advantage to download
data in GIS format very quickly. WC.
The Collector app is easy to use to take
photos and comments. Offline data
capture worked well. DM.
Good and what we should have
had years ago (always been asking
for a GPS camera)! RH.
Great to have Collector app
automatically adjust to the device
and platform without additional
coding required. KP.
Will not replace full survey but great as
a first look coarse data capture. EB.
Any questions at this time?
Email: karen.pinkerton@sepa.org.uk
Email: kirsty.jack@sepa.org.uk
Editor's Notes
Enabling more informed decisions for flood risk management
This year’s devastating floods in Scotland saw rivers reach record levels. Karen Pinkerton was on the front line, running a new pilot for SEPA, using ArcGIS Collector to capture vital survey data. SEPA’s ability to capture the extent and impact of flood events, in near real time, has greatly improved the range, quality and confidence of its data which is anticipated to help improve future, sustainable flood risk planning. Join Karen to find out how the use of mobile GIS will feed invaluable insight into the National Flood Risk Assessment and Flood Risk Management strategies.
Immediately after flood events SEPA collects and gathers as much information as possible to improve the products & services we offer and to help fulfil our duties under the FRM Act
Observed flood event data underpins much of the work we do in SEPA:
Calibration of flood forecasting models & national flood hazard maps
High flow/rating improvements which in turn improve flow estimates for modelling work
Planning application reviews
Flood impact assessments
Flood warning developments
Not only does this allow SEPA to complete its Annual Operating Plan/ Characteristics priorities:
of caring for communities,
acting to combat climate change etc.
Producing information and evidence that people use to make evidence
also means that SEPA can fulfil its statutory obligations under the Flood Risk Management Act.
Flood hazard and risk mapping (section 21)
NFRA (section 9) – reporting significant events to European Commission
FRM Strategies (section 27)
Planning advice (section 72)
Flood warning activities (section 74)
What is observed flood data?
Can be in lots of various formats informal and external
Survey carried out by SEPA staff as resource allows or by contractors on ad-hoc basis
Hydrometric data used to infer return periods
Photos/Videos
newspapers,
incident reports
flooding reports/FRA’s
GIS files
Point for depth and specific location info, photos
Line for trashline and routes
Polygon for extents and flood risk areas
In order to better support this work
Undertaking project
To improve data capture, management & onwards use
New tools to speed up capture,
streamlined storage to make data easier to find
& improved data sharing mechanisms
Current Situation
Currently collecting data on ad hoc basis with paper form when out in the field, or annotating maps unless we have full GPS survey kit
Leads to
Inconsistent data submission
Various detail captured e.g. return period, photos, depths – used for different tasks so different teams require diff levels of detail – must ensure we consistently capture it
Various formats of data submission e.g. hand written notes, spreadsheet, photo, GIS
Reduced link between information and spatial environment – if we want a manually annoted map in GIS it takes time!
Possible duplication of data - especially when it’s all listed in a table & you’re not checking spatial data as you record new flood events – was there anything in that area already?!
Time lag between data capture and useable data – takes time to post process & already struggle for resource
This can lead to a piecemeal dataset with late or missing data for some time after event
Overall problem
possibly performing these tasks on data that is:
incomplete
inaccurate
outdated
Realised that this could not continue for much longer and needed to look into available technology to solve the problem
FEDCAP – A tool for Flood Event Data CAPture
Chose to utilise ArcGIS Online and the ESRI Collector App
Record point information (with photos/videos attached)
Collect rough trashlines and attribute info to them
The collector app is downloaded to a device
6 iPads suitable for purpose (apart from move point when wiping off rain)
20+ SEPA staff with log ins (1 iPad per Flood Risk area)
Data gets synced via the cloud to the internet
ArcGIS online server manages the data and hosts the platform
Data gets downloaded to SEPA server
Why did we choose it?
Technically “free” as already held an enterprise license agreement
Flexible as it works on multiple platforms and devices
Online and offline data capture is possible
accessible from anywhere with internet but secure area
Log-ins provide privacy and security
Less resource required to develop
Simple to create a solution (as a non-developer)
Created two simple featureclasses
point for info, depths, photo and impacts;
line for trashline and info
Set up Domains for drop downs
Bring into ArcMap to set up symbology
ArcMap 10.2 shares to service via wizard
Publish to SEPA portal on ArcGIS Online
Ensure feature access is all on for full functionality
Shared to the SEPA portal in the cloud
Adjust sharing and editing permissions
Add to a map, choose a basemap
Generic basemaps of ESRI topographic and imagery
Scope to use SEPA basemaps in future e.g. watercourse names
Made the map editable, shared with Mobile App group
Adjusted the form to hide some fields and make sense
Started collecting data in the field
Multiple maps for multiple study areas at high resolution (limit on download offline)
Regional map for areas in between study areas (flooding outside work area)
switch between offline and online
Collect data
Symbology brought across
GPS automatically zooms to location
Capture location, Add information, Add photo if required
Similarly trashline, start streaming and start walking
Can tap on screen if too dangerous to walk trashline
Tap submit, Saved to cloud, Saved to device if offline
Icon informs how many features been updated and need to sync
Sync back up to cloud
Happy to demonstrate in more detail afterwards if any wishes…
Launched (swiftly) during Storm Desmond, 5th December 2015.
As you may or may not know it was a rather wet winter. Record breaking in fact!
3 Named Storms and 4 “officially” unnamed events which caused severe flood impacts.
The UK was in a warm and moist tropical air mass for most of the month
mild temperatures but wet and windy conditions
due to frequent deep depressions and frontal systems.
The UK temperature was 4.1°C above the 1981-2010 average
warmest December on record by 1°C (record spans to 1910).
Max temperature of 17.2°C recorded in Scotland on the 16th December.
Wettest December on record in Scotland
December rainfall was 215% of the average and the wettest by a mile
Over 200% of average rainfall for NE fell in in these months
50/400 river gauges in Scotland experienced record peak flows
By the 8th Jan, Glenmuick raingauge already had recorded 263% of the total ave rainfall for January
River Dee at Park was 1.34m higher on the 30th Dec than the previous max.
Exceptionally high flows recorded all over the country
Multiple flooding events, widespread over Scotland
Over 1000 properties flooded across Scotland
Storm Desmond (5-6th Dec)
Unnamed (15th Dec)
Storm Eva (24th Dec)
Unnamed Low (26th Dec)
Storm Frank (29-30th Dec)
“Frank Junior” (5th Jan)
“Day of the Don” (7th Jan)
The map in the centre displays the public reports in this period from Report-A-Flood
Desmond
Over 100mm rain in western Scotland in 24hrs
600 evacuations in Hawick, Newcastleton, Aviemore, Langholm,
numerous road closures (&gt;21) and disruption to traffic
extensive flooding to properties (150 flooded in Southern Scotland, including a school)
79 FWs issued at the peak
Issued first 2 severe FW since launch of Floodline service in 2011 (Hawick & Newcastleton)
Frank
5.88m level at Park gauge on river Dee was 1.3m higher than previous highest recorded
Catchments saturated
110mm rain in river Cree in 12 hours
Widespread flooding (again) and evacuations
Highest flow ever gauged at Ballathie on river Tay
101 FWs issued and 2 severe (Peebles and Dumfries)
NE
By 8th January parts of Ne had already experienced 3 times the average rainfall
Widespread flooding in NE. Evacuations along the river don (all communities cut off)
Severe warnings issued for Inverurie and Kintore
Perth flood gates protected the city from the largest flow since defences completed in 2004 (30cm off top of banks)
370 residential properties flooded in Ballater alone
500year old castle now on the brink of collapse as 50+metres of bank were washed away
The Campbus of May Bridge near Ballater (Photo credits: Peter Jolly)
Data quality
Georeferenced photographs
Could “georeference” videos
useful for flow estimations
collector compressed quality. Capture on Ipad and attach
High resolution camera including video
Focused information captured for specific point
More information available in the field
Can possibly add more detail with additional layers or purpose built basemaps
Too many fields to fill in for all features
Recorded*
313 point features
620 photographs/videos
68 line features (trashlines/routes)
Time saved
Seconds to log in and load up
although need connection, an issue for the north
Takes a few minutes to capture
Slightly longer in field than just camera
possibly more info recorded
Reduces survey time by half compared with GPS; significantly more with dumpy level
Reduces processing time by days
Easy to share data internally/externally
no need for hardware
symbology means quick interpretation
Survey comparison
One example shown in this image.
Trashline captured with FEDCAP, point captured with Leica GPS
&lt;10cm difference after re-projection
Could be due to left/right hand of iPad
Less detail as no elevation
Unable to calibrate with various heights of SEPA
Winter trial achieved
a strong correlation between surveyed data and data captured via the solution
a reduction in the time spent processing data
an increase in the quantity of data received in the immediate aftermath of a flood
an improvement in the quality and consistency of data received in the aftermath of a flood event
positive response from SEPA and Local Authority staff
Testimonies of staff response at the end.
In terms of a proof of concept this was ideal. However, there are still areas we would like to improve if SEPA is to continue with this technology in the future
Future development
SEPA corporate adoption
Feeds into Business requirements to IS for FEDCAP
Strong Business case for ArcGIS Online
Public body but certain protocols to follow for procurement
security of data in the cloud in UK (working with ESRI)
Simpler form as many fields were not applicable to task
Better idea of function so can adapt form to various purposes
Add more information to FEDCAP
read only layers
Use specific SEPA basemaps
Need processes in place to confirm consistency when capturing data
hands to hold with the side of trash line,
Content of photo and when to capture
core fields
Improve post processing script to become fully automated
Download
Field population
Photo name
In summary the trial of the ESRI Collector App has
Improved data quantity and quality, providing great business benefit
Spatial aspect improves accuracy
Quicker to capture, means more data
More accurate data means better understanding
TIMELINE e.g. trash line creates an extent, which goes into flood modelling, improves knowledge of flooding, improves flood warning, SAVES LIVES
Enabled the access of more information in the field and in the office
Had people assessing data in the office whilst colleagues in the field
almost instant useable data
Could organise further survey, assess impacts from photos, compare with historic floods, relate depths to locations
Secure way to share with internal and external sources with quick interpretation
Shared symbology means everyone is looking at the same thing
No hardware required to share data securely
Simple
For non-developer to set up as no additional code required
Simple for staff to use with minimal training
Simple to modify to improve further and adapt for other purposes
So I think you can agree that it has been a great trial
Some other points are view are given.
Thank you for listening.
Are there any questions at this time?