Showing posts with label FET Flagship. Show all posts
Showing posts with label FET Flagship. Show all posts

Thursday, 18 October 2012

Irish MEP Brian Crowley gets the October update from FuturICT Partner JB McCarthy


Brian Crowley, Member of European Parliament from Ireland met with JB McCarthy for an update briefing on the progress of FuturICT last Saturday October 13th.

JB is leading the FuturICT Dissemination and Stakeholder Liaison, as well as Development Director of the Financial Services Innovation Centre (FSIC) at University College Cork.

Brian was very impressed with the progress during the pilot phase, and he wished us success  with our proposal submission to the EU due by 23 October.


Friday, 21 September 2012

JB McCarthy from UCC briefs Irish Minister for Research and Innovation on FuturICT

 JB McCarthy from University College Cork (UCC) Ireland briefed Sean Sherlock, the Irish Minister for Research and Innovation about the latest news on FuturICT.

JB explained the extent of the engagement by Irish universities and how the research agenda for FuturICT aligns with the recent national research agenda strategy document as well as with Horizon 2020.
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Wednesday, 25 July 2012

Living Earth Simulator (LES)

The Living Earth Simulator (LES) is the FuturICT vision for how we will simulate or model complex events or scenarios. To date researchers have made great adavnces in many domain specific areas (eg Transportation, Energy, Smart Cities etc) but FuturICT wants to move this process to a new level by allowing for several domain level initiatives to share data and models. We have started using the term Exploratory as a collective term for this more advanced and comprehensive grouping. These additional data points, more complex models and much longer term view of crisis, disaster or policy and regulatory impacts on society and business help us understand interactions within our ecosystem. One of the hallmarks of the LES will be its open architecture that will allow different models and data sources to be incorporated.

The large majority of Open Data and Big Data projects that have been deployed in commercial projects are looking at historical data or at best real time data supporting a service such as parking availability, public transport schedules. FuturICT has a much longer term focus on the issues affecting society and businesses. While real time data and historical data will be used to help inform the models, the key will be to simulate our ecosystem and develop a range of possible scenarios that might emerge. We are conscious that for most foresight challenges, the answer is not a simple binary yes/no type answer. The LES will help develop the multi-disciplinary sciences supporting this area so that data sources can be private or public, Open Data or proprietary/paid for data sources, aggregated or detailed. The compute layer can be private, public, research, paid for service. The models could be open source or private or a mixture and so on. Our society and business models are many and varied, we are unsure of the impact of regulatory and policy mandates so we need to allow for any eventuality. The FuturICT technology will be built to allow for change, flexibity and choice as that is what people expect.

Thursday, 31 May 2012

The Journey from Data Warehouses to Big Data


The Journey from Data Warehouses to Big Data
Data Warehouses were driven by the explosion of data within corporate ERP and CRM systems and the need for better management reports. Generally speaking, the standard reports from these packaged systems did not fit the needs of most corporate so initially there was a huge demand to download data to Excel or Access. This approach spawned a huge industry out of end user computing with the report development process in the hands of power users within each business group. While at the time it certainly added value, if left unchecked it created huge internal disconnects for management reporting processes. The advent of better replication and BI tools helped corral some of the wild west attitude that prevailed, while in parallel the management reporting processes, integrated ERP/CRM user friendly reports improved but most importantly, the deployment of Data Warehouses aimed at delivering really useful end user reporting started to gain traction.

If you were not around to see the buzz and hype that surrounded the planning and deployment of Data Warehouses then you might think this all happened really quickly and industry got real value from most deployments. The real truth is that most Data Warehouse deployments in the early years struggled to gain traction due to several factors and for the first 10 years there were many costly failures.

The data stored in Data Warehouses is primarily extracted from the ERP and CRM systems so thus comes from known sources that are updated at regular intervals and where the ERD is under tight control. Big Data deployments typically have several new data sources that are coming from outside the control of the corporate IT group. The data structures, data provenance, data quality, timing of updates and several other factors are not within the control of the consumers in most cases. These data sources can provide data in several formats which include even unstructured data.

If we are to believe in the vision that “data is the new oil” for service enabled businesses of the future, then businesses must develop staff, technology and processes that will assist in unlocking the value beneath the surface. The challenge is a very different one to deploying Data Warehouses so the staff and approach need to be adjusted. The future vision of business and government functions powered by Big Data enabled services disrupts the existing paradigms of static processes that are occasionally reviewed and changed. The new world business order will have even more nimble business processes where we understand not just what happened so we can report on that historical event or what even might be a feasible scenario that could play out but we will better understand the factors influencing these events so we can do further models and react closer to real time. The organisational ability to react to change will be key, organisations that are better informed with nimble processes will be better positioned to react to downturns or take advantage of upturns as the opportunities arise.This is where the FuturICT Flagship www.futurict.eu hopes to play an important role in the development of this new Big Science.