The Orlando Project Visual Workflow

Talk at 3th Keystone Training School - Keyword Search in Big Linked Data - Institute for Software Technology and Interactive Systems, TU Wien, Austria, 2017

BrainSpa is a web application that allows users to explore knowledge from RDF files using SPARQL queries without needing to know SPARQL. It uses various technologies like CodeIgniter, Zend Framework, OAuth, and RAP. The application was developed using an XP methodology with responsibilities divided among the team. It follows an MVC pattern with the database as the model, the user interface as the view, and controllers handling interactions. The interface allows building and saving SPARQL queries to explore various SPARQL endpoints.

The document discusses a survey to inventory existing web services in Earth science. The goals are to assess the size and characteristics of available web services, the main protocols used to link services, and current usage. A web form will be used to collect information from community members about individual services, including description, functions, science domains, and relationships to other catalogs. The draft form and discussion are available on the Infusion working group website.

http://capitawiki.wustl.edu/index.php/20041231_Web_Services_Survey_an_Inventory_Background%2C_Goals_and_Status

The document discusses the Elsevier Executable Papers Challenge which aims to develop models for publishing computational science papers that are executable. It provides an overview of several finalist submissions that developed platforms and environments for creating executable papers, including SHARE which hosts virtual machines for paper submissions and A-R-E which supports the full paper lifecycle from authoring to publication. The document advocates for the idea of executable journals where submitted papers include working code that can be executed on a shared platform and remain available for other papers to build upon, clearly communicating methods and reducing duplication of work.

This document discusses social requirements engineering and the RWTH Aachen University test bed. It outlines approaches for continuous requirements engineering including collaborative processes and adaptation models. It also describes using social network analysis and visualization tools to integrate requirements engineering into online communities and platforms.

This document provides a summary of Avinash Malik's education, employment history, projects, teaching experience, and publications. Some key details: - Avinash Malik received his PhD in Electrical and Computer Engineering from the University of Auckland in 2010, with a thesis on a new system-level programming language called SystemJ. - He is currently a Lecturer at the University of Auckland, where he has supervised several PhD and masters students. His projects include work on peer-to-peer lending portfolio optimization and heart modeling from ECG data. - Previous positions include postdoctoral research roles at Trinity College Dublin, IBM Research Dublin, and INRIA Grenoble-Rhône

Slides on Taverna www.tvaerna.org.uk from the talk given at STFC/NERC workshop "Workflow approaches to investigation of biological complexity", 15-16 October 2013.

This document discusses linking services and data on the web. It notes that while semantic web service ontologies were proposed, they failed to gain adoption. Web APIs have become more widely used as they are public, reusable, and have business models. However, their semantics and data formats are often unclear. The document proposes "linked services" - services described as linked data to provide reusable functionality for linked data applications. It presents tools and infrastructure to support finding, composing, and invoking linked services. Linked services could help make traditional services more accessible and applicable by expressing them using existing web vocabularies.