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This joint WLCG and HSF workshop looks forward to the common challenges faced in HEP Software and Computing in the next decade, when the HL-LHC will start and the LBNF facility will become operational. Major programmes of work in software and computing have been identified as a result of the HSF's Community White Paper process, which published its Roadmap in December 2017 and now is the time to start implementing them.
In the workshop we will look to identify prototypes that will clarify the best and most promising lines of work for the next few years. There will be many plenary sessions, to engage the whole community in discussion of the challenges ahead and to find common projects as much as we can. Parallel sessions will allow working groups to make real progress on their goals.
Registration still open
Design and users' recommendations
Post Community White Paper, how can we begin to address the research priorities for preservation? Please see the copy of CWP Preservation chapter linked to the agenda.
Two specific sub-topics:
Offering LTDP Services to other HEP sites, e.g. "bit preservation" (and more?) for BaBar
A nascent sub-group of the existing EIROForum IT Working Group
See the Topic Info link for the topics that gave rise to the agenda and that the presenters have been asked to speak to.
Overview of the Working Group, Mandate, Activities and Status
Mainly for non working group members
Mainly for non working group members. Intended to raise interest and stimulate contributions.
Reason why these workloads are “important” in matters of cost.
Focus on Run2 experience
Run3 and HL-LHC will be covered in the afternoon session
Summarise what we have, list of workloads
Overview of the experience gained running these workloads (especially from non experiment members view)
The metrics relevant for the workloads.
Status of the measurement of these quantities for the different workloads.
More detailed discussions either in the afternoon session or during dedicated meetings
Mapping the cost model to site relevant costs
Walk through an simple example, motivation etc.
Afternoon: Concrete example calculations, where to go from here, discussions
A summary of what we proposed in the CWP in terms of common development work for the future and how we can proceed:
The main problems in visualizing the particle collision events are the amount of data needed for good visualization and the need for high-performance graphical hardware. To overcome the need of sending the large amount of data to the end-user as well as need for high-performance graphical hardware, we propose the hybrid rendering solution which renders the final image in two parts: (1) highly interactive visualization of basic experiment geometry rendered on client side and (2) high quality render of event details, which is rendered on server side. The final render image is combined from both images with use of different fusing techniques using depth buffer or importance buffer. The proposed approach solves multiple issues: (1) the need for sending a large amount of data to the client for purpose of visualization, (2) the need for high-performance graphical hardware on the client side, (3) allows the use of more complex rendering techniques and (4) improves the interactivity of the visualization.
Speaker bio:
Ciril Bohak obtained his B.Sc., M.Sc., and Ph.D. in Computer and Information Science at the University of Ljubljana, Slovenia. His main research topics are Computer Graphics and Data Visualization. He is in charge of Med3D project - a web-based medical data visualization framework with support for remote collaboration and VR. He is also collaborating on LiDAR/LADAR point cloud data visualization with Kyungpook National University from South Korea.
Development and deployment of a new virtual-reality educational tool for physics students (and for public outreach) in which the user experiences and interacts with the animated timeline of GEANT4-generated electron-positron collision events in the Belle II apparatus at the KEK laboratory in Japan. Lessons learned during the project and future plans.
Open discussion on ideas for next steps towards possible joint projects and collaborations between HEP experiments.
Preparation for the Phase-2 of the CWP process: "After the CWP".
Overview of the Working Group, Mandate, Activities and Status
Mainly for non working group members
A presentation of tools and techniques needed to measure the performance metrics.
15' presentation followed by 15' discussion
Run3 and HL-LHC , What will change?
How can we “fake” in a more realistic way these conditions until we have the code that handles data for these periods?
Will there be an impact of the change of global architecture and what will it be, how can we quantify it?
Starting with a 3-4 slide introduction, then interactive work and discussion.
Walk through the example
Discussion on where to go from here
How to estimate resource needs for run periods.
From several Excel sheets to a generic Python code with different configuration parameters by experiment.
Starting from a simplistic Python script (needs to be prepared)
Discussion and work on the code
First attempt at giving a high-level summary of the technical session
GDPR Implications + Policy Harmonisation
Authorisation Working Group Status