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Commit 7e9d95d5 authored by Katja Bercic's avatar Katja Bercic
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In WPs, add lead, PM and partners info for tasks

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......@@ -20,20 +20,20 @@ In order to contribute to long-term adoption and impact, this must result in add
\end{wpdescription}
\begin{tasklist}
\begin{task}[title=Symbolic data from formalized mathematics,lead=FAU,PM=6]
\begin{task}[title=Symbolic data from formalized mathematics,lead=FAU,PM=10]
\end{task}
\begin{task}[title=Symbolic data from mathematical modeling,lead=CAE,PM=6]
\begin{task}[title=Symbolic data from mathematical modeling,lead=CAE,PM=20]
\end{task}
\begin{task}[title=Record-Encoded Data,lead=UL,partners={PS},PM=12]
\begin{task}[title=Record-Encoded Data,lead=CHA,PM=20,partners={UL,PS}]
Record data from graph databases (\site{UL}) and Sage databases (\site{PS}), LMFBD )
\end{task}
\begin{task}[title=Array-Encoded Data,lead=UL,PM=3,partners={PS}]
\begin{task}[title=Array-Encoded Data,lead=FIZ,PM=10]
\ednote{FR: is any partner able to provide large array databases, e.g., from simulation?}
\end{task}
\begin{task}[title=Linked Data from publication metadata,lead=FIZ,PM=6]
\begin{task}[title=Linked Data from publication metadata,lead=FIZ,PM=10]
\ednote{@MK: a ``Metadata-based Information System'' should be a service}
\end{task}
\begin{task}[title=Linked Data from Wikidata,lead=FIZ,PM=6]
\begin{task}[title=Linked Data from Wikidata,lead=FIZ,PM=10]
\end{task}
\end{tasklist}
......
......@@ -79,7 +79,7 @@
\begin{tasklist}
\begin{task}[title=Dissemination and Communication activities, lead=PS, partners={EMS}, id=dissemination-communication, PM=11, wphases=0-36]
\begin{task}[title=Dissemination and Communication activities, lead=FAU,partners={PS,EMS,UL,CAE,FIZ,CHA}, id=dissemination-communication, PM=6, wphases=0-36]
This task comprises all forms of direct dissemination and public communication
activities such as press releases, creation of the project web-site
(\delivref{management}{infrastructure}) including visitor analysis and monitoring tools,
......@@ -92,7 +92,7 @@
appropriate moments (\delivref{dissem}{press-release-1}).
\end{task}
\begin{task}[title=Community Building: Development Workshops, lead=PS,PM=24, partners={PS,EMS,UL,CAE,FIZ}, id=devel-workshops, wphases=0-36]
\begin{task}[title=Community Building: Development Workshops, lead=UL,PM=20, partners={PS,EMS,FAU,CAE,FIZ}, id=devel-workshops, wphases=0-36]
We will organise development workshops all throughout the project. The aim of these
workshops is to bring together developers from the different communities to design and
implement some key aspects of \TheProject such as user interface, and documentation and
......@@ -109,7 +109,7 @@
\end{task}
\begin{task}[title=Outreach \& Dissemination: Introduce \TheProject to Researchers and Teachers,
id=project-intro,lead=EMS,wphases=6-36,PM=20,partners={PS,FAU}]
id=project-intro,lead=EMS,wphases=6-36,PM=12,partners={PS,FAU,UL,CAE,FIZ}]
\end{task}
\end{tasklist}
......
......@@ -36,7 +36,9 @@ These three tasks are formally delivered at Month 12, and the overall standard a
\end{wpdescription}
\begin{tasklist}
\begin{task}[id=dtypes,title=Reference Library of Data Types\& Codecs,lead=FAU,partners={PS},PM=6]\Ednote{FR: I'll write this, based commented out text}
\begin{task}[id=dtypes,title=Reference Library of Data Types\& Codecs,
lead=FAU,PM=21,
partners={PS,CHA,CAE}]\Ednote{FR: I'll write this, based commented out text}
%Specifying and applying encodings is tedious and error-prone.
%For human consumption, these specifications can often be achieved with relatively simple meta-data, or free text documentation, e.g., a descriptive column head in a table.
%But in mathematical sciences these descriptions often must include mathematical formulas to describe the formal relationship between the values.
......@@ -62,7 +64,8 @@ These three tasks are formally delivered at Month 12, and the overall standard a
%This allows seamlessly using standard database technology for curating and sharing mathematical data.
\end{task}
\begin{task}[id=metadata, title=Ontology for Metamathematical Data Aspects, lead=FIZ]
\begin{task}[id=metadata, title=Ontology for Metamathematical Data Aspects,
lead=FIZ,PM=10]
We standardize a metadata ontology.
Here by ``metadata'', we mean any additional data that talks about the data itself
This goes beyond attaching standard metadata like authors, dates, or descriptions.
......@@ -73,14 +76,18 @@ This is most apparent for provenance data.
For example, for symbolic data provenance can span multiple layers. We have the case where the provenance for a single datum (e.g. in the form of a theorem or lemma) is given by a proof and its metadata, up to whole gigbabyte libraries that are generated from earlier version by knowledge compilation.
\end{task}
\begin{task}[id=legal,title=Legal Aspects \& Licensing,lead=EMS,partners={UL},PM=3]
\begin{task}[id=legal,title=Legal Aspects \& Licensing,
lead=EMS,PM=10,
partners={FAU,UL}]
The issue of licensing of data sets is still under-appreciated by the mathematical community.
Most authors do not want to be bothered by licensing questions or are under the impression that data sets are accessible even if unlicensed.
data sharing policy, license recommendations \ednote{@EMS: revise}
\end{task}
\begin{task}[id=standard, title=Standardization of Data Format, lead=FAU]
\begin{task}[id=standard, title=Standardization of Data Format,
lead=FAU,PM=22,
partners={PS,EMS,UL,CAE,FIZ,CHA}]
\end{task}
\end{tasklist}
......
......@@ -41,8 +41,8 @@ timely and necessary interaction with the EC and other interested parties.
\begin{tasklist}
\begin{task}[title=Project and financial management,
id=project-finance-management,lead=FAU,PM=33,wphases={0-36!.2,0-3,10-12,22-24,34-36},
partners={PS,EMS,UL,CAE,FIZ}]
id=project-finance-management,lead=FAU,PM=4,wphases={0-36!.2,0-3,10-12,22-24,34-36},
partners={PS,EMS,UL,CAE,FIZ,CHA}]
The task includes the following activities
\begin{compactitem}
\item Preparation and Distribution of the Consortium Agreement;
......@@ -61,7 +61,7 @@ timely and necessary interaction with the EC and other interested parties.
\begin{task}[title=Quality assurance and risk management,id=project-quality-management,
wphases=6-36!.3,
lead=FAU,PM=15,partners={PS,EMS,UL,CAE,FIZ}]
lead=FAU,PM=4,partners={PS,EMS,UL,CAE,FIZ,CHA}]
A quality assurance plan will be established to ensure coherent and sufficient quality
of the work and results. The plan will be developed by FAU, involving all partners, and
will be followed up regularly. In addition, the project coordinator with support from
......@@ -72,8 +72,8 @@ timely and necessary interaction with the EC and other interested parties.
\end{task}
\begin{task}[title=Innovation management,wphases=6-36!.2,
id=project-innovation-management,lead=FAU,PM=10,
partners={PS,EMS,UL,CAE,FIZ}]
id=project-innovation-management,lead=FAU,PM=4,
partners={PS,EMS,UL,CAE,FIZ,CHA}]
One of the most important criteria for success for the \TheProject project is to bring
the project results into use. Therefore, exploitation routes will be sought whenever
possible. In order to create a common understanding within the Consortium of how we can
......@@ -84,7 +84,10 @@ timely and necessary interaction with the EC and other interested parties.
go through an initial process where the exploitation opportunity is identified along
with the main stakeholders for the exploitation opportunity and an IP owner.
\end{task}
\begin{task}[title=Ensureing Sustainability of EOSC Math Data/Services,lead=EMS,partners={UL,FAU,CAE,FIZ,PS},PM=3]
\begin{task}[title=Ensureing Sustainability of EOSC Math Data/Services,
lead=EMS,PM=6,
partners={PS,FAU,UL,CAE,FIZ,CHA}]
\end{task}
\end{tasklist}
......
......@@ -37,18 +37,18 @@ The bulk of this work package, consists of the tasks follow the FAIR principles
\end{wpdescription}
\begin{tasklist}
\begin{task}[id=infra,title=Basic Infrastructure,lead=FAU,PM=3]
\begin{task}[id=infra,title=Basic Infrastructure,lead=FAU,PM=14,partners={UL}]
Setting up servers, internet domain
Shallow FAIR services: upload/download of datasets, assignment of identifiers/DOIs, versioning
\end{task}
\begin{task}[id=impl,title=Reference Implementation (+Format Validation),lead=FAU,PM=3]
\begin{task}[id=impl,title=Reference Implementation (+Format Validation),lead=FAU,PM=15,partner={UL}]
reference implementation data format
including semantic validation (check encoded objects against mathematical types)
\end{task}
\begin{task}[id=A,title=Human Accessibility and User Interface, lead=UL,partners={PS,EMS,FAU,CAE,FIZ},PM=12]
\begin{task}[id=A,title=Human Accessibility and User Interface, lead=UL,PM=15,partners={FAU,PS}]
Set up a top-level portal. possibly building up on MathHub and RADAR.
accessibility services, e.g., read out data values for blind people
......@@ -58,7 +58,7 @@ The bulk of this work package, consists of the tasks follow the FAIR principles
\ednote{MK: talk about TGView and TGView3D in MathHub.}
\ednote{MK: Accessibility to Researchers with disabilities}
\end{task}
\begin{task}[id=I,title=System Interoperability and Computation,lead=PS,partners={EMS,CAE},PM=12]
\begin{task}[id=I,title=System Interoperability and Computation,lead=PS,PM=15]
We develop the service component that allows computation systems to upload/download datasets.
This will allow deep access where only fragments of a dataset are accessed or updated.
......@@ -70,20 +70,20 @@ The bulk of this work package, consists of the tasks follow the FAIR principles
It also allows users to innovatively use the EOSC as a persistent memoization layer for computation systems.
\end{task}
\begin{task}[id=F,title={Indexing, Search, Finding Connections},lead=FAU,partners={PS,EMS,UL,CAE,FIZ},PM=12]
\begin{task}[id=F,title={Indexing, Search, Finding Connections},lead=UL,partners={FAU},PM=15]
We develop a service that crawls all datasets and produces a semantic index.
This include a substitution tree index for all symbolic data, a value index of all basic objects occurring in concrete (e.g., an index of all integers with their factorizations (if known), or an index of all polynomials), and a graph index of all linked data (including the metadata of all datasets).
We use this index to build an efficient search service and integrate it into the user interface.
This will also an innovative form of conjecturing by finding connections between seemingly unrelated data objects in different datasets that share subobjects.
\end{task}
\begin{task}[id=modelicaservice, title=Advanced Modelica-Related Service,lead=CAE]
\begin{task}[id=modelicaservice, title=Advanced Modelica-Related Service,lead=CAE,PM=15]
\ednote{@CAE: choose and describe}
\end{task}
\begin{task}[id=lmfdbservice,title=Advanced LMFDB-Related Service,lead=CHA]
\begin{task}[id=lmfdbservice,title=Advanced LMFDB-Related Service,lead=CHA,PM=15]
\ednote{@CHA: choose and describe}
\end{task}
\begin{task}[id=eosc,title=Integration with EOSC Hub,lead=PS]
\begin{task}[id=eosc,title=Integration with EOSC Hub,lead=PS,PM=15,partners={FAU,EMS,UL,CAE,FIZ,CHA}]
\ednote{our goal: one prototype server, designed to be integratable, i.e., API, documentation, easy maintenance, abstraction from math-specific design choices}
\ednote{supply math-specific standards to EOSC}
\end{task}
......
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