MTPy is an open-source Python toolbox for processing, analyzing, modeling, and visualizing magnetotelluric (MT) data. It was initiated in 2013 and is currently maintained by Geoscience Australia in collaboration with other groups. MTPy provides modules for reading and writing MT data files, dimensionality analysis, strike analysis, phase tensor calculations, penetration depth calculations, data plotting, and generating inputs and visualizing outputs for 1D, 2D, and 3D MT inversion codes. The documentation provides guidance on installing MTPy and example Jupyter notebooks demonstrate its practical applications using real MT datasets.
Edge Computing is rapidly gaining traction in scenarios such as Cyber-Physical Systems and Web of Things. Whereas the Cloud hides heterogeneity of devices behind its standard interfaces and protocols, the Edge should deal with it, as well as with openness and governing interactions. In this paper we propose TuSoW as a model and technology for bringing tuple-based coordination at the Edge.
William Pagnon is a French/Australian robotics engineer and founder of Freelance Robotics. He has a Masters in Mechatronics from the University of Queensland and a general engineering degree from ESIEA in France. His work experience includes developing robotics and guidance systems at Hemisphere GPS from 2007-2009. He is fluent in English and has work experience in Australia, England, Italy, and France.
A review of 20 years of academic career on applying advanced space technologies to increase scientific return on astronomy research.
Presentation at the OAPD-Days workshop held on 17-18 June 2019 at the Astronomical Observatory of Padova-Asiago, Padova, Italy. http://www.oapd.inaf.it/index.php/en/
https://indico.ict.inaf.it/event/852/contributions/4992/
The document provides an agenda for the Opentech AI Workshop held in Helsinki, Finland on March 13-14, 2018. Day 1 includes tutorials in the afternoon and a welcome reception in the evening. Day 2 includes keynote speeches on Finland and EU AI strategies, three panels on AI applications, healthcare, and open AI/data, and concludes with next steps discussions. The workshop is jointly organized by IBM and VTT to foster collaboration on open technology and AI.
The document discusses challenges and opportunities in 5G and beyond networks. It covers expectations of 5G including being open, mobile, programmable, agile, sustainable, scalable, secure and reliable. Virtualization technologies including network functions virtualization, software defined networking, and network slicing are described. Edge and fog computing are discussed as are use cases like augmented reality, smart cities and more. Automation approaches including monitoring, fault detection and security are outlined. The role of edge computing in applications like IoT analytics, video analytics and distributed artificial intelligence is also covered.
Victoria A. White Head, Computing Division FermilabVideoguy
Global scientific collaborations are essential for particle physics experiments. Fermilab experiments involve over 200 institutions from around the world, with over half of physicists and a third of students coming from outside the US. Fermilab is working to support these collaborations through networks, grid computing, guest scientists programs, and outreach. Advances in information technology and global e-science are profoundly impacting many fields.
Edge Computing is rapidly gaining traction in scenarios such as Cyber-Physical Systems and Web of Things. Whereas the Cloud hides heterogeneity of devices behind its standard interfaces and protocols, the Edge should deal with it, as well as with openness and governing interactions. In this paper we propose TuSoW as a model and technology for bringing tuple-based coordination at the Edge.
William Pagnon is a French/Australian robotics engineer and founder of Freelance Robotics. He has a Masters in Mechatronics from the University of Queensland and a general engineering degree from ESIEA in France. His work experience includes developing robotics and guidance systems at Hemisphere GPS from 2007-2009. He is fluent in English and has work experience in Australia, England, Italy, and France.
A review of 20 years of academic career on applying advanced space technologies to increase scientific return on astronomy research.
Presentation at the OAPD-Days workshop held on 17-18 June 2019 at the Astronomical Observatory of Padova-Asiago, Padova, Italy. http://www.oapd.inaf.it/index.php/en/
https://indico.ict.inaf.it/event/852/contributions/4992/
The document provides an agenda for the Opentech AI Workshop held in Helsinki, Finland on March 13-14, 2018. Day 1 includes tutorials in the afternoon and a welcome reception in the evening. Day 2 includes keynote speeches on Finland and EU AI strategies, three panels on AI applications, healthcare, and open AI/data, and concludes with next steps discussions. The workshop is jointly organized by IBM and VTT to foster collaboration on open technology and AI.
The document discusses challenges and opportunities in 5G and beyond networks. It covers expectations of 5G including being open, mobile, programmable, agile, sustainable, scalable, secure and reliable. Virtualization technologies including network functions virtualization, software defined networking, and network slicing are described. Edge and fog computing are discussed as are use cases like augmented reality, smart cities and more. Automation approaches including monitoring, fault detection and security are outlined. The role of edge computing in applications like IoT analytics, video analytics and distributed artificial intelligence is also covered.
Victoria A. White Head, Computing Division FermilabVideoguy
Global scientific collaborations are essential for particle physics experiments. Fermilab experiments involve over 200 institutions from around the world, with over half of physicists and a third of students coming from outside the US. Fermilab is working to support these collaborations through networks, grid computing, guest scientists programs, and outreach. Advances in information technology and global e-science are profoundly impacting many fields.
Start up of earth observation by a small laboratoryYusuke Miyanari
To promote open science and open data in geoscience field, it’s necessary to take in account the feature. The data in geoscience field is sometimes generated by really small group as well as the huge organization such as NASA. One researcher in a small laboratory, he/she sometimes make his/her handmade instrument, observe by him/herself, and generate data by him/herself.
In this poster, we show a case example that a researcher and two 20 years old students tried to make their instrument, observed themselves, and create draft metadata to share the data for open science and open data.
Swapnil Kishore provides a summary of his skills and experience. He has a Master's degree in Computer Science and Engineering from University at Buffalo with a 3.7 GPA. His skills include programming in Java, Python, and C++ as well as software like Scikit, Pandas, Express, and Nodemon. He has worked on several projects involving machine learning, web development, distributed systems, and Android applications. His experience includes activity recognition using ANN, a web search app using Flask and Elasticsearch, a microservices transfer scheduler, and a DynamoDB storage system. He has also published research papers on activity monitoring techniques.
Massimiliano Lorenzini's curriculum vitae outlines his extensive experience in geographic information systems (GIS), remote sensing, and information technology. Over nearly 40 years, he has worked on projects in over 20 countries, specializing in designing and implementing GIS centers, databases, and web-based information systems. Lorenzini has expertise in GIS software such as ArcGIS, database management, programming, and training local staff. He currently works as a free-lance consultant on natural resource management projects in Mozambique.
The document summarizes the scope, structure, activities, and future directions of ISO/IEC JTC1 SC36, the subcommittee on learning technologies within ISO/IEC JTC1. SC36 has 27 active projects, focuses on developing standards for e-learning vocabulary, profiles, quality assurance, and more. It has published 12 standards so far and has plans to approve 3-6 more new projects this year. The document also discusses future trends in e-learning that SC36 may address like connectivism, learning ecologies, and personalized adaptive learning environments.
SureCHEMBL Open Patent Data Seaching with chemical stractureSakai Misato
SureChEMBL is a free online database that allows searching of chemistry-related information within patent documents. It contains patent data from IFI Claims including full-text patents annotated with chemical data. Users can search by bibliographic data or upload structure files to search for similar compounds. Search results provide access to annotated patent text and figures to identify relevant chemistry concepts. While most functionality is free, viewing large result sets may require registration or payment.
PaNOSC: EOSC for Photon and Neutron Facilities Users EOSC-hub project
This document discusses the Photon and Neutron Open Science Cloud (PaNOSC) project. It summarizes the current status of photon and neutron research facilities in making their data FAIR. It then outlines the goals and key performance indicators of the PaNOSC project to further improve data management and services by 2023 to fully integrate these facilities within the European Open Science Cloud. Open questions are also discussed, such as how to engage users, develop common standards and services, and ensure long-term sustainability of FAIR data practices.
Opticks is an open-source image and video analysis software similar to commercial tools like SOCET GXP. It was originally developed by Ball Aerospace for the US Air Force for hyperspectral analysis and was released as open-source in 2007. Opticks allows users to perform spectral, SAR, and thermal analysis and can be extended through plug-ins. It is being used by various universities for teaching remote sensing and has participated in Google Summer of Code to engage students in extension development.
Presented by Tony Mathys at a Current Issues and Applications of the Geospatial Technologies Lecture, Department of Geography and Environment, Aberdeen University, 24 February 2012
OneLab was established in 2007 and develops and operates testbeds for the Future Internet including the PlanetLab Europe testbed, NITOS wireless testbed, ETOMIC testbed, and DIMES testbed. OneLab provides software like PlanetLab, OMF, Dummynet, and hardware like ANME and APE boxes to build a world-wide federation of testbeds for users to access. Currently OneLab has 700 subscribed users on the PlanetLab Europe testbed compared to over 5000 on the overall PlanetLab testbed.
The use of an Explainable Artificial Intelligence Tool for Decision-making Su...Gabriella Casalino
A joint work of Jose Maria Alonso (Universidade de Santiago de
Compostela, Spain) and Gabriella Casalino (University of Bari Aldo Moro, Italy)
Presented at HELMeTO 2019 - International Workshop on
Higher Education Learning Methodologies and Technologies Online, June 6-7, 2019, Novedrate (CO), Italy
full text: https://link.springer.com/chapter/10.1007/978-3-030-31284-8_10
Webinar - INSPIRE 2020 Virtual Conference
----
How Spatial Data Infrastructures (SDIs) can evolve into Data Ecosystems?
This is the main question that the ongoing study addressing “Data ecosystems for geospatial data - Evolution of Spatial Data Infrastructures” (JRC/IPR/2019/MVP/2781) is addressing. It is performed by the Luxembourg Institute of Science and Technology (LIST) in close collaboration with the Joint Research Centre of the European Commission.
The purpose of this study is to identify and analyse a set of successful data ecosystems and to address recommendations in support of the implementation of data-driven innovation in line with the recently published European Strategy for Data. It investigates factors such as relevant actors, their responsibilities and data value chains, emerging data sources (e.g. the Internet of Things) and technical/architectural approaches (e.g. digital platforms, mobile-by-default, Application Programming Interfaces). It also addresses the interoperability between data ecosystems in different sectors and/or different countries and crosscutting requirements for geospatial data.
This session is intended to share with the audience the study approach, methodological approach and first identified Data Ecosystems, and to learn from their experiences with Data Ecosystems: emergence, barriers, opportunities, sustainability, interoperability between ecosystems, etc.
AGENDA
14.00 - Welcome, Introduction to the context of the study (JRC)
14.10 - Study approach and methodological framework (LIST)
14.20 - Identified data ecosystems and selection criteria (LIST)
14.25 - Illustration of data ecosystem analysis (LIST)
Ghislain Delabie, Simon Saint-Georges, Urban Rennes Data Interface
Sean Wiid, UP42
Charles Moszkowicz, ENEO • Interactive session (All, 20)
Next activities, Goodbye.
Harvesting dispersed computational resources with OpenstackMirko Mariotti
Mirko Mariotti presented a project to harvest dispersed computational resources using OpenStack. The project involved installing a single OpenStack installation to manage resources across multiple geographic locations. Resources at different locations were organized into zones corresponding to their location. Software-defined networking was used to connect the zones and make the remote resources available via the centralized OpenStack installation. This allowed researchers to access computational resources located at different universities and research centers through the single OpenStack interface.
IRJET- Python Libraries and Packages for Deep Learning-A SurveyIRJET Journal
This document summarizes a survey of Python libraries and packages that are commonly used for deep learning. It discusses several popular deep learning frameworks like TensorFlow, Keras, Caffe, PyTorch, and Theano that can be used with Python. It also summarizes several research papers that utilized these Python deep learning libraries and packages to implement applications like image classification on embedded devices, mobile edge caching using deep learning, and high performance text recognition. The document highlights the benefits of using Python for deep learning due to its extensive library support, simplicity, reliability, and ease of developing applications.
MediaMap Core : an ontology for audiovisual productionBenjamin Diemert
The MediaMap Core is an ontology for audiovisual production aimed to foster amateur/professionnal production, asset management, indexing and repurposing.
Our asset modeling focus on audiovisual fragment rather than whole program to facilitate commissionning, search and repurposing on a finer granularity.
We also propose a new way to describe these fragment during their production through a shooting script-based indexing. It relies on framing (camera parameters, effects, etc.) and composition information (element posture, movement, shot values, etc.).
Meetup 1st _ OPNFV Overview and 2017 Summit RecapOPNFV_Vietnam
The document discusses OPNFV, an open platform for NFV. It summarizes OPNFV's 2017 summit, including major sponsors, presentations on projects like OpenRetriever and Doctor, and minisummits on ONAP and DPDK/fd.io. It also shares intelligence on various companies like Canonical planning an IPO, AT&T's views on ONAP, and strategies of Ericsson, Mirantis, and others.
Past, present and future of advanced computing for data-driven scienceEGI Federation
The EGI Federation celebrates 15 years of distributed computing in 2019. Many milestones were achieved to bring distributed computing from a vision to a real-life international production platform that today enables data-intensive processing at an unprecedented scale, supporting some of the greatest groundbreaking scientific discoveries of the XXI century.
This CV summarizes the professional experience and qualifications of Moheeb Abd El-Sattar Ebrahim Emara, an Egyptian national born in 1953. Over his career spanning over 30 years, he has worked in various information technology roles for both government agencies and private companies in Egypt and Saudi Arabia. Some of the key roles included working as the Chief Information Officer for the UNDP and Information Technology Consultant for the Egyptian Environmental Affairs Agency. He has extensive experience implementing various systems and databases using different hardware and software technologies.
- Japan has made progress in IPv6 adoption, with around 40% of users able to connect via IPv6, mainly through major ISPs. However, mobile operators only recently started IPv6 in mid-2016 to 2017, and content providers have been indifferent.
- Government organizations like the IPv6 Promotion Council and MIC are working with private organizations to increase IPv6 deployment through initiatives like regional summits and technical seminars. While core internet services are supported, widespread adoption across all sectors has yet to be fully realized.
IRJET- Monument Informatica Application using ARIRJET Journal
This document proposes an augmented reality application to provide tourists with interactive information about monuments. The application would superimpose videos, text, and images onto the camera view of a monument to give historical context. It would identify the user's location and nearby monuments. Tourists could view information in different languages. The system would use computer vision algorithms like template matching to recognize monuments and retrieve associated multimedia content from a database to augment the real-world view. This interactive AR guide aims to improve on traditional paper or mobile-based tour guides by overlaying informative content directly onto the monument to enhance the tourist experience.
This document discusses the history and future of the Internet and Internet of Things (IoT). It provides a brief history of the early ARPANET project in the 1960s and the development of the first Internet connection in Korea in 1982. It covers the creation of the World Wide Web in 1989 and the first web browser in 1993 that made the Internet accessible to non-experts. The document also discusses standards for IoT connectivity including 6LoWPAN, RPL, and CoAP and how they enable IPv6 connectivity for constrained devices. Finally, it introduces the SNAIL project for providing IPv6 connectivity to small, low-power embedded devices in an IoT context.
Start up of earth observation by a small laboratoryYusuke Miyanari
To promote open science and open data in geoscience field, it’s necessary to take in account the feature. The data in geoscience field is sometimes generated by really small group as well as the huge organization such as NASA. One researcher in a small laboratory, he/she sometimes make his/her handmade instrument, observe by him/herself, and generate data by him/herself.
In this poster, we show a case example that a researcher and two 20 years old students tried to make their instrument, observed themselves, and create draft metadata to share the data for open science and open data.
Swapnil Kishore provides a summary of his skills and experience. He has a Master's degree in Computer Science and Engineering from University at Buffalo with a 3.7 GPA. His skills include programming in Java, Python, and C++ as well as software like Scikit, Pandas, Express, and Nodemon. He has worked on several projects involving machine learning, web development, distributed systems, and Android applications. His experience includes activity recognition using ANN, a web search app using Flask and Elasticsearch, a microservices transfer scheduler, and a DynamoDB storage system. He has also published research papers on activity monitoring techniques.
Massimiliano Lorenzini's curriculum vitae outlines his extensive experience in geographic information systems (GIS), remote sensing, and information technology. Over nearly 40 years, he has worked on projects in over 20 countries, specializing in designing and implementing GIS centers, databases, and web-based information systems. Lorenzini has expertise in GIS software such as ArcGIS, database management, programming, and training local staff. He currently works as a free-lance consultant on natural resource management projects in Mozambique.
The document summarizes the scope, structure, activities, and future directions of ISO/IEC JTC1 SC36, the subcommittee on learning technologies within ISO/IEC JTC1. SC36 has 27 active projects, focuses on developing standards for e-learning vocabulary, profiles, quality assurance, and more. It has published 12 standards so far and has plans to approve 3-6 more new projects this year. The document also discusses future trends in e-learning that SC36 may address like connectivism, learning ecologies, and personalized adaptive learning environments.
SureCHEMBL Open Patent Data Seaching with chemical stractureSakai Misato
SureChEMBL is a free online database that allows searching of chemistry-related information within patent documents. It contains patent data from IFI Claims including full-text patents annotated with chemical data. Users can search by bibliographic data or upload structure files to search for similar compounds. Search results provide access to annotated patent text and figures to identify relevant chemistry concepts. While most functionality is free, viewing large result sets may require registration or payment.
PaNOSC: EOSC for Photon and Neutron Facilities Users EOSC-hub project
This document discusses the Photon and Neutron Open Science Cloud (PaNOSC) project. It summarizes the current status of photon and neutron research facilities in making their data FAIR. It then outlines the goals and key performance indicators of the PaNOSC project to further improve data management and services by 2023 to fully integrate these facilities within the European Open Science Cloud. Open questions are also discussed, such as how to engage users, develop common standards and services, and ensure long-term sustainability of FAIR data practices.
Opticks is an open-source image and video analysis software similar to commercial tools like SOCET GXP. It was originally developed by Ball Aerospace for the US Air Force for hyperspectral analysis and was released as open-source in 2007. Opticks allows users to perform spectral, SAR, and thermal analysis and can be extended through plug-ins. It is being used by various universities for teaching remote sensing and has participated in Google Summer of Code to engage students in extension development.
Presented by Tony Mathys at a Current Issues and Applications of the Geospatial Technologies Lecture, Department of Geography and Environment, Aberdeen University, 24 February 2012
OneLab was established in 2007 and develops and operates testbeds for the Future Internet including the PlanetLab Europe testbed, NITOS wireless testbed, ETOMIC testbed, and DIMES testbed. OneLab provides software like PlanetLab, OMF, Dummynet, and hardware like ANME and APE boxes to build a world-wide federation of testbeds for users to access. Currently OneLab has 700 subscribed users on the PlanetLab Europe testbed compared to over 5000 on the overall PlanetLab testbed.
The use of an Explainable Artificial Intelligence Tool for Decision-making Su...Gabriella Casalino
A joint work of Jose Maria Alonso (Universidade de Santiago de
Compostela, Spain) and Gabriella Casalino (University of Bari Aldo Moro, Italy)
Presented at HELMeTO 2019 - International Workshop on
Higher Education Learning Methodologies and Technologies Online, June 6-7, 2019, Novedrate (CO), Italy
full text: https://link.springer.com/chapter/10.1007/978-3-030-31284-8_10
Webinar - INSPIRE 2020 Virtual Conference
----
How Spatial Data Infrastructures (SDIs) can evolve into Data Ecosystems?
This is the main question that the ongoing study addressing “Data ecosystems for geospatial data - Evolution of Spatial Data Infrastructures” (JRC/IPR/2019/MVP/2781) is addressing. It is performed by the Luxembourg Institute of Science and Technology (LIST) in close collaboration with the Joint Research Centre of the European Commission.
The purpose of this study is to identify and analyse a set of successful data ecosystems and to address recommendations in support of the implementation of data-driven innovation in line with the recently published European Strategy for Data. It investigates factors such as relevant actors, their responsibilities and data value chains, emerging data sources (e.g. the Internet of Things) and technical/architectural approaches (e.g. digital platforms, mobile-by-default, Application Programming Interfaces). It also addresses the interoperability between data ecosystems in different sectors and/or different countries and crosscutting requirements for geospatial data.
This session is intended to share with the audience the study approach, methodological approach and first identified Data Ecosystems, and to learn from their experiences with Data Ecosystems: emergence, barriers, opportunities, sustainability, interoperability between ecosystems, etc.
AGENDA
14.00 - Welcome, Introduction to the context of the study (JRC)
14.10 - Study approach and methodological framework (LIST)
14.20 - Identified data ecosystems and selection criteria (LIST)
14.25 - Illustration of data ecosystem analysis (LIST)
Ghislain Delabie, Simon Saint-Georges, Urban Rennes Data Interface
Sean Wiid, UP42
Charles Moszkowicz, ENEO • Interactive session (All, 20)
Next activities, Goodbye.
Harvesting dispersed computational resources with OpenstackMirko Mariotti
Mirko Mariotti presented a project to harvest dispersed computational resources using OpenStack. The project involved installing a single OpenStack installation to manage resources across multiple geographic locations. Resources at different locations were organized into zones corresponding to their location. Software-defined networking was used to connect the zones and make the remote resources available via the centralized OpenStack installation. This allowed researchers to access computational resources located at different universities and research centers through the single OpenStack interface.
IRJET- Python Libraries and Packages for Deep Learning-A SurveyIRJET Journal
This document summarizes a survey of Python libraries and packages that are commonly used for deep learning. It discusses several popular deep learning frameworks like TensorFlow, Keras, Caffe, PyTorch, and Theano that can be used with Python. It also summarizes several research papers that utilized these Python deep learning libraries and packages to implement applications like image classification on embedded devices, mobile edge caching using deep learning, and high performance text recognition. The document highlights the benefits of using Python for deep learning due to its extensive library support, simplicity, reliability, and ease of developing applications.
MediaMap Core : an ontology for audiovisual productionBenjamin Diemert
The MediaMap Core is an ontology for audiovisual production aimed to foster amateur/professionnal production, asset management, indexing and repurposing.
Our asset modeling focus on audiovisual fragment rather than whole program to facilitate commissionning, search and repurposing on a finer granularity.
We also propose a new way to describe these fragment during their production through a shooting script-based indexing. It relies on framing (camera parameters, effects, etc.) and composition information (element posture, movement, shot values, etc.).
Meetup 1st _ OPNFV Overview and 2017 Summit RecapOPNFV_Vietnam
The document discusses OPNFV, an open platform for NFV. It summarizes OPNFV's 2017 summit, including major sponsors, presentations on projects like OpenRetriever and Doctor, and minisummits on ONAP and DPDK/fd.io. It also shares intelligence on various companies like Canonical planning an IPO, AT&T's views on ONAP, and strategies of Ericsson, Mirantis, and others.
Past, present and future of advanced computing for data-driven scienceEGI Federation
The EGI Federation celebrates 15 years of distributed computing in 2019. Many milestones were achieved to bring distributed computing from a vision to a real-life international production platform that today enables data-intensive processing at an unprecedented scale, supporting some of the greatest groundbreaking scientific discoveries of the XXI century.
This CV summarizes the professional experience and qualifications of Moheeb Abd El-Sattar Ebrahim Emara, an Egyptian national born in 1953. Over his career spanning over 30 years, he has worked in various information technology roles for both government agencies and private companies in Egypt and Saudi Arabia. Some of the key roles included working as the Chief Information Officer for the UNDP and Information Technology Consultant for the Egyptian Environmental Affairs Agency. He has extensive experience implementing various systems and databases using different hardware and software technologies.
- Japan has made progress in IPv6 adoption, with around 40% of users able to connect via IPv6, mainly through major ISPs. However, mobile operators only recently started IPv6 in mid-2016 to 2017, and content providers have been indifferent.
- Government organizations like the IPv6 Promotion Council and MIC are working with private organizations to increase IPv6 deployment through initiatives like regional summits and technical seminars. While core internet services are supported, widespread adoption across all sectors has yet to be fully realized.
IRJET- Monument Informatica Application using ARIRJET Journal
This document proposes an augmented reality application to provide tourists with interactive information about monuments. The application would superimpose videos, text, and images onto the camera view of a monument to give historical context. It would identify the user's location and nearby monuments. Tourists could view information in different languages. The system would use computer vision algorithms like template matching to recognize monuments and retrieve associated multimedia content from a database to augment the real-world view. This interactive AR guide aims to improve on traditional paper or mobile-based tour guides by overlaying informative content directly onto the monument to enhance the tourist experience.
This document discusses the history and future of the Internet and Internet of Things (IoT). It provides a brief history of the early ARPANET project in the 1960s and the development of the first Internet connection in Korea in 1982. It covers the creation of the World Wide Web in 1989 and the first web browser in 1993 that made the Internet accessible to non-experts. The document also discusses standards for IoT connectivity including 6LoWPAN, RPL, and CoAP and how they enable IPv6 connectivity for constrained devices. Finally, it introduces the SNAIL project for providing IPv6 connectivity to small, low-power embedded devices in an IoT context.