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Compsys 2023

Latest news:


  • 29 June 2023: Congrations to the awardees for Best Short/Long Paper Award! Thanks to the sponsor IEEE Benelux COM/VT Jt. Chapter.
  • 31 May 2023: Registration is open! *Registration deadline: June 16, 2023
  • 3 May 2023: Draft program is online.
  • 23 February 2023: CompSys 2023 website up.

Featured Keynotes:

  • Bahare M Khorsandi (Nokia Bell Labs): 6G architecture driven design to connect the three worlds
  • Mitra Nasri (TU/e): The right action at the right time: past, present, and future trends in real-time systems design
  • Haitham Hassanieh (EPFL): A New Era In Wireless Networking: Millimeter Wave, RAN Virtualization, AI, and Joint Communication & Sensing
  • Frans Widdershoven (TUD/NXP): Pixelated Capacitive Sensors for Embedded Smart Multi-Sensing Application

Overarching Panel: Bridging the Gap - Industry Uptake of Advanced Research from Academia

  • Darkshina Dasari (Bosch), Geoffery Nelissen (TU/e), Fernando Kuipers (TU Delft) and Frank Mertz (KPN)

Welcome to CompSys 2023, a Computer Science conference designed to highlight Dutch Computer Systems and Networks research, while fostering and strengthening national and international collaboration.

At CompSys, we aim to provide a meeting space for network, computing, and computer system research and industry ideas. Building up on the success of the previous five editions (2022, 2021, 2019, 2018, 2017), the sixth edition of the conference will emphasize efforts on community building and providing a forum to discuss ongoing and future projects among all members of academic research groups in the Netherlands.

The conference will focus on the major research and practice themes related to computer systems. We envision a diverse program, featuring keynotes on advanced topics, strong scientific contributions, panel discussions, and exciting early ideas. We strive for diverse participation from all the interesting and interested parties in the Netherlands, and we especially welcome senior members of the research community, junior faculty members, PhD, master, or undergraduate students.

1 - Program

Tuesday, June 27th Paper/activity Presenter(s) Author(s)
9:45 - Welcome and opening remarks Kuan-Hsun Chen Organization Committee
10:00 Keynote (Chair: Qing Wang) A New Era In Wireless Networking: Millimeter Wave, RAN Virtualization, AI, and Joint Communication & Sensing Haitham Hassanieh
11:00 Break
11:30 Research Talk (Chair: Qing Wang) A Trace-driven Performance Evaluation of Hash-based Task Placement Algorithms for Cache-enabled Serverless Computing Sacheendra Talluri Sacheendra Talluri, Nikolas Herbst, Cristina Abad, Animesh Trivedi and Alexandru Iosup
Research Talk Power Allocation for Multi-Cell Non-Orthogonal Multiple Access Networks: Energy Efficiency vs. Throughput vs. Power Consumption Suzan Bayhan Syllas Magalhaes, Suzan Bayhan and Geert Heijenk
Research Talk When VLC Meets Under-Screen Camera Hanting Ye, Jie Xiong and Qing Wang
Research Talk Reducing Communication Cost in Federated Learning Saeed Khalilian Gourtani Saeed Khalilian Gourtani, Vasileios Tsouvalas, Tanir Ozcelebi and Nirvana Meratnia
Research Talk Servo: Increasing the Scalability of Modifiable Virtual Environments Using Serverless Computing Jesse Donkervliet, Javier Ron, Junyan Li, Tiberiu Iancu, Cristina Abad and Alexandru Iosup
12:30 Lunch
14:00 Research Talk (Chair: Kuan-Hsun Chen) Performance Characterization of Modern Storage Stacks: POSIX I/O, libaio, SPDK, and io_uring Zebin Ren Zebin Ren and Animesh Trivedi
Research Talk TropoDB: Design, Implementation and Evaluation of a KV-Store for Zoned Namespace Devices Krijn Doekemeijer Krijn Doekemeijer and Animesh Trivedi
Research Talk Finding Cache-Friendly Multi-Dimensional Array Layouts Using Evolutionary Algorithms Stephen Nicholas Swatman Stephen Nicholas Swatman, Ana-Lucia Varbanescu and Andy Pimentel
Research Talk DPFS: DPU-Powered File System Virtualization Peter-Jan Gootzen Peter-Jan Gootzen, Jonas Pfefferle, Radu Stoica and Animesh Trivedi
Research Talk msF2FS: Design and Implementation of an NVMe ZNS SSD Optimized F2FS authors System Nick Tehrany Nick Tehrany, Krijn Doekemeijer and Animesh Trivedi
15:00 Break
15:30 Research Talk (Chair: Nirvana Meratnia) Dataset Distillation for Information Retrieval Applications Pooya Khandel Pooya Khandel, Andrew Yates and Ana Lucia Varbanescu
Research Talk Enhancing CNN Inference Latency on Edge Devices with Heterogeneous Multi-Processor SoCs: A Layer-Switched Execution Approach Ehsan Aghapour Ehsan Aghapour, Dolly Sapra, Andy Pimentel and Anuj Pathania
Research Talk Adaptive Random Forest on FPGA Frank Ridder Frank Ridder, Kuan-Hsun Chen and Nikolaos Alachiotis
Research Talk Adaptive Services Function Chain Orchestration For Digital Health Twin Use Cases: Heuristic-boosted Q-Learning Approach Jamila Alsayed Kassem Jamila Alsayed Kassem, Li Zhong, Arie Taal and Paola Grosso
16:30 Community Session Introduction of the CompSys Manifesto and the IPN FCSN SIG working groups Animesh Trivedi, Fernando Kuipers, and Alexandru Iosup Steering and Organization Committees
17:30 Drinks
18:30 Dinner + Social event
Wednesday, June 28th Paper/activity Presenter(s) Author(s)
09:00 Keynote (Chair: Qing Wang) 6G architecture driven design to connect the three worlds Bahare M Khorsandi
10:00 Break
10:30 Research Talk (Chair: Qing Wang) A Reference Architecture for Datacenter Scheduler Programming Abstractions: Design and Experiments Sacheendra Talluri Aratz Manterola Lasa, Sacheendra Talluri and Alexandru Iosup
Research Talk Thermal Management for S-NUCA Many-Cores via Synchronous Thread Rotations Yixian Shen Yixian Shen, Sobhan Niknam, Anuj Pathania and Andy Pimentel
Research Talk Investigation of FlexAlgo for User-driven Path Control Martyna Pawlus and Julia Kułacz Julia Kułacz, Martyna Pawlus, Leonardo Boldrini and Paola Grosso
Research Talk Monitoring Straggler Traffic Flows in Data Plane Habib Mostafaei Habib Mostafaei
12:00 Lunch
13:30 Keynote (Chair: Kuan-Hsun Chen) The right action at the right time: past, present, and future trends in real-time systems design Mitra Nasri
14:30 Break
15:00 Research Talk (Chair: Kuan-Hsun Chen) Efficient Instruction Set Extensions for Homomorphic Encryption Marco Brohet, Kartik Nayak and Francesco Regazzoni
Research Talk Let Me Unwind That For You: Exceptions to Backward-Edge Protection Victor Duta Victor Duta, Fabian Freyer, Fabio Pagani, Marius Muench and Cristiano Giuffrida
Research Talk Finding Profitable Chains of Execution in a Haystack Miguel Blom Miguel Blom and Kristian Rietveld
Research Talk SPRAV: Simple Post-Quantum Remote Attestation for RISC-V Devices Maximilian Barger Maximilian Barger, Marco Brohet and Francesco Regazzoni
16:00 Break
16:15 Research Talk (Chair: Nirvana Meratnia) Multi-Objective Optimization of Consumer Group Autoscaling in Message Broker Systems Diogo Landau Diogo Landau, Jorge Barbosa, Nishant Saurabh and Xavier Andrade
Research Talk Continuum: Automate Infrastructure Deployment and Benchmarking in the Compute Continuum Matthijs Jansen Matthijs Jansen, Linus Wagner, Animesh Trivedi and Alexandru Iosup
Research Talk A comparative analysis of GPGPU simulators Roman Dahm Roman Dahm and Ana Lucia Varbanescu
Research Talk Modeling Power Consumption for GPU Kernels Nick Breed Nick Breed, Ana Lucia Varbanescu and Stephen Nicholas Swatman
Research Talk How to Use iFogSim for Energy-Consumption Estimation Saeedeh Baneshi Saeedeh Baneshi, Ana Lucia Varbanescu, Anuj Pathania, Benny Akesson and Andy Pimentel
17:30 Drinks and Social
18:30 Dinner
Thursday, June 29th Paper/activity Presenter(s) Author(s)
09:00 Panel (Chair: Nirvana Meratnia) Bridging the Gap - Industry Uptake of Advanced Research from Academia Dakshina Dasari, Geoffery Nelissen, Fernando Kuipers and Frank Mertz
10:00 Research Talk (Chair: Kuan-Hsun Chen) Assessment of Efficient Dispatching in FreeRTOS Florian Hagens Florian Hagens and Kuan-Hsun Chen
Research Talk Streaming Task Graph Scheduling for Dataflow Architectures Tiziano De Matteis Tiziano De Matteis, Lukas Gianinazzi, Johannes de Fine Licht and Torsten Hoefler
Research Talk Towards On-the-Fly Dynamic Load Balancing For A Cell Based Flow Simulation Jelle van Dijk Jelle van Dijk, Gábor Závodszky and Ana Lucia Varbanescu
10:45 Break
11:00 Keynote (Chair: Nirvana Meratnia) Pixelated Capacitive Sensors for Embedded Smart Multi-Sensing Application Frans Widdershoven
12:00 Closing and Awards Qing Wang Organization Committee
12:30 Lunch

2 - Keynote

We have the pleasure of welcoming our keynote speakers at CompSys'23.

Tuesday 27 June, 10:00
Title: A New Era In Wireless Networking: Millimeter Wave, RAN Virtualization, AI, and Joint Communication & Sensing
By Haitham Hassanieh
École polytechnique fédérale de Lausanne (EPFL)
Abstract: Wireless networks and sensors have become entrenched in every aspect of our lives, playing a central role in our homes, workplaces, and industries. With the rise of the Internet of Things and the increasing demand for mobile data, the world is witnessing an unprecedented boom in the number of wireless devices leading to significant research challenges. At the same time, new opportunities are emerging from the introduction of millimeter wave technology, RAN virtualization, and AI all the way to joint communication and sensing. In this talk, I will describe my team’s work on leveraging these opportunities to build scalable, practical, and efficient IoT and wireless technologies. I will describe our work on millimeter wave (mmWave) 5G wireless to enable fast beamforming and dense spatial reuse as well as our work on channel aware 5G RAN Slicing. I will then discuss how we leverage mmWave signals to enable through-fog high-resolution imaging for self-driving cars as well as contactless material sensing. I will also discuss how we can enable joint communication and sensing in next-generation wireless networks. Finally, I will touch on some of our work on enabling communication between micro and nano-implants using biomolecular communication.
Short bio: Haitham Hassanieh is an associate professor in the School of Communication and Computer Science at EPFL. His research is in the areas of wireless networks, mobile systems, sensing, and algorithms. Before joining EPFL, he was a professor at the University of Illinois at Urbana Champaign (UIUC). He received his Ph.D. from MIT in 2016. His PhD thesis on the Sparse Fourier Transform won the ACM Doctoral Dissertation Award, the Sprowls best thesis award at MIT, and TR10 Award for the top ten breakthrough technologies in 2012. His research has received best paper awards at ACM SIGCOMM and ACM MobiSys. He is also the recipient of the NSF Career Award, the Google Faculty Research Award, and the Alfred Sloan Foundation Fellowship.

Wednesday 28 June, 09:00
Title: 6G architecture driven design to connect the three worlds
By Bahare M Khorsandi
Nokia Bell Labs
Abstract: The rapid evolution of wireless communication technologies has paved the way for the development of the next generation of cellular networks. Building upon the foundations laid by its predecessor, 5G, 6G aims to deliver unprecedented levels of connectivity, data rates, and latency reduction, catering to the diverse requirements of emerging applications such as network-as-a-sensor, the AI-native air interface, as well as mixed reality (XR), and autonomous systems. 6G is no longer a long-term aspiration. It is a framework of technologies that will become a reality by the end of the decade. We are transitioning from the idea-generation phase to systematization and proof-of-concept realization. this talk is dedicated to presenting the latest progress on many of the key technologies in the 6G ecosystem and the envision for future 6G systems.
Short bio: Bahare M. Khorsandi is a research engineer at Nokia Strategy and Technology based in Munich Germany. She is active in various internal and external 6G projects. Most recently, being a PMT member and work package lead in the European flagship project Hexa-X. She also actively contribute to the mobile architecture design in Hexa-X-II as well as German founded lighthouse project 6G-ANNA. She was awarded both her master’s and Ph.D. degrees in Telecommunication Engineering from the University of Bologna/Italy in 2016 and 2020 respectively. Her main research interests are System architecture, Network analytics, and Automation.

Wednesday 28 June, 13:30
Title: The right action at the right time: past, present, and future trends in real-time systems design (slides available here)
By Mitra Nasri
Technical University Eindhoven (TU/e)
Abstract: Real-time systems are pervasive in the automotive, robotics, smart industry, manufacturing, and healthcare domains, where the system’s safety, dependability, or quality of service depends on both functional and temporal correctness, namely, performing the right actions at the right time. Guaranteeing temporal correctness often involves bounding the worst-case end-to-end response-time of the system (e.g., from the moment input data are sent by a sensor to the moment the system responds to it). Bounding the response-time, in turn, requires detailed knowledge about how the underlying hardware platform, operating system, and software components/applications interact with each other and how that interaction influences the timing behavior of the system.
This talk presents the past, current, and future trends in modeling, designing, and verifying real-time systems. It walks through the challenges that new hardware, software, and network technologies introduce in the verification of temporal correctness and discusses existing solutions and open research problems.
Short bio: Mitra Nasri is an Assistant Professor at Eindhoven University of Technology (TU/e). She received her PhD from the University of Tehran, in 2015. Before joining TU/e, she was an assistant professor at Delft University of Technology (TUDelft), a postdoc fellow at the Max Planck Institute for Software Systems (MPI-SWS), Germany, and a postdoc researcher at TU-Kaiserslautern, Germany.
Her research interests include modeling, designing, and verifying real-time systems. She has contributed to several outstanding scheduling policies for embedded real-time systems and a formal verification framework for timing analysis and assessment of temporal correctness of multicore real-time systems. To date, she has published more than 50 papers on those topics in peer-reviewed conferences and journals. Her research has been recognized by the Best-Paper Award of RTAS’22 and RTNS’16, and the Outstanding-Paper Award of RTSS’20 and RTAS’17. Since 2022, she has been an executive member of the IEEE Technical Committee on Real-Time Systems (TCRTS) which steers RTSS, RTAS and ICCPS conferences, and the IEEE Benelux chapter on Communication and Vehicular Technology (COM/VT). She has received a Delft Technology Fellowship Award (2018), an Alexander von Humboldt Fellowship Award for post-doctoral researchers (2016), and a German Academic Exchange Service (DAAD) scholarship for young researchers (2013).

Thursday 29 June, 11:00
Title: Pixelated Capacitive Sensors for Embedded Smart Multi-Sensing Application
By Frans Widdershoven
Delft University of Technology (TU Delft) and NXP Semiconductors
Abstract: Autonomous smart IoT end-nodes need sensors to interact with their environment. Pixelated Capacitive Sensor (PCS) technology provides a true CMOS-compatible platform for embedding a variety of late-definable sensor functions in single generic CMOS chip, e.g. a microcontroller. This enables designing a variety of tiny low-power smart Edge-IoT applications without expensive upfront investments in modifying precious CMOS processes with long lead times. The PCS technology will be introduced and illustrated with examples. Challenges for embedded tinyML algorithms, necessary to add smartness, will be discussed.
Short bio: Frans Widdershoven is part-time full processor at Delft University of Technology (TU Delft) and Fellow at NXP Semiconductors. He received his Master’s degree from Eindhoven University of Technology and his Ph.D. degree from University of Twente. Before joining NXP in 2006, he worked at Philips Research Labs for 22.5 years. He has over 79 publications and conference contributions and 46 granted US patents. Currently, Frans works in the areas of machine learning, CMOS-based smart embedded sensors, and cryo-CMOS for quantum computing.

3 - Panel

Bridging the Gap - Industry Uptake of Advanced Research from Academia

Panelists: Dakshina Dasari (Bosch), Geoffery Nelissen (TU/e), Fernando Kuipers (TU Delft) and Frank Mertz (KPN)
Moderator: Nirvana Meratnia
When: 29.06 at 09:00
Bios:

Dakshina Dasari is a researcher at the Corporate Research Center, Robert Bosch GmbH in Renningen. She received her Ph.D. in 2014 from the Research Centre in Embedded Systems, University of Porto, in the area of timing analysis of real-time embedded systems on multi-cores. Her research interests include predictable execution and performance of embedded systems, design, modelling, implementation and analysis of real-time systems and computer architecture. Her current work encompasses the design and analysis of distributed embedded real-time applications which are deployed over the edge-cloud continuum, with a special focus on resource management considering communication semantics and timing constraints.
Prior to her Ph.D., she worked in the area of networking for around 5 years with Sun Microsystems, Vegayan Systems and Citrix Systems in India. On the academic front, Dakshina has co-authored more than 35 peer reviewed articles and has served on the technical program committee of several real-time system conferences.

Geoffrey Nelissen is an Assistant Professor at the Eindhoven University of Technology (TU/e), in the Interconnected Resource-aware Intelligent Systems group of the Mathematics and Computer Science department. He earned his PhD in January 2013 and his master degree in electrical engineering in 2008 from the Université Libre de Bruxelles (ULB) in Belgium. His research activities are mostly related to the modelling and analysis of real-time embedded systems, scheduling on multicore platforms, design of time-predictable computing architectures and time-sensitive networking. His research interests span all theoretical and practical aspects of real-time embedded systems design with a particular emphasis on the analysis, configuration and time-predictable execution of parallel applications on multicore and distributed platforms. To date, he published 70+ papers on those topics in peer-reviewed conferences and journals. Since 2022, he also chairs the steering committee of the International Conference on Real-Time Networks and Systems.
Before joining TU/e, he was on a tenure-track at the Research Centre in Real-Time and Embedded Computing Systems at ISEP and University of Porto from 2013 to 2020, and he visited the Max Planck Institute for Software Systems during 9 months in 2018.
Fernando Kuipers is a full professor and head of the Lab on Internet Science at Delft University of Technology (TU Delft). In 2004, he obtained his Ph.D. degree cum laude, the highest possible distinction at TU Delft. His research focus is on network optimization, network resilience, Quality of Service, and Quality of Experience and addresses problems in Software-Defined Networking, Tactile Internet, Internet-of-Things, and critical infrastructures. His work on these subjects include numerous distinguished papers. Fernando Kuipers is senior member of the IEEE, was a visiting scholar at Technion - Israel Institute of Technology (in 2009) and Columbia University in the City of New York (in 2016), is member of the ACM SIGCOMM executive committee, and is Vice-Chair of the IFIP Working Group 6.2 on Network and Internetwork Architectures. He co-founded the Do IoT fieldlab and PowerWeb and is part of the board of the TU Delft Safety & Security institute.

Frank Mertz is a Mobile Network Architect at KPN’s Technology Office. He holds a Ph.D. degree from RWTH Aachen University, Germany. Prior to joining KPN in 2011, he worked at Deutsche Telekom in Bonn, Germany. At KPN, Frank has played various roles in advancing mobile network innovation. Being part of the founding team of KPN's Technology Labs, he was involved in various experiments with early-stage network technologies for IoT and 5G applications. He also coordinated the 5G field lab in Rotterdam, collaborating with Shell to implement Proof of Concepts of industrial 5G use cases. Currently, Frank focuses on incorporating new technical possibilities into KPN's mobile network to enable innovative services for customers. He actively promotes collaboration between academia and industry via Ph.D. co-supervision within the NExTWORKx program, a research collaboration between KPN and TU Delft on future telecommunication networks. He also delivers guest lectures at TU Delft on advancements in the mobile communication industry.

4 - Organization

Organization

Name University/Organization
Nirvana Meratnia (co-chair)Eindhoven University of Technology
Kuan-Hsun Chen (co-chair)University of Twente
Qing Wang (co-chair)TU Delft
Paula DiksASCI Office, TU Delft

Steering committee

Name University/Organization
Paola GrossoUniversity of Amsterdam
Fernando A. KuipersTU Delft
Ana Lucia VarbanescuUniversity of Twente
Alexandru IosupVrije Universiteit Amsterdam

Program committee

Name University/Organization
Nikolaos AlachiotisUniversity of Twente
Suzan BayhanUniversity of Twente
Alessandro ChiumentoUniversity of Twente
Jérémie DecouchantTU Delft
Viktoriya DegelerUniversity of Amsterdam
Anteneh GebregiorgisTU Delft
Ghayoor GillaniUniversity of Twente
Paola GrossoUniversity of Amsterdam
Boudewijn HaverkortTilburg University
Alexandru IosupVrije Universiteit Amsterdam
Erik vander KouweVrije Universiteit Amsterdam
Guohao LanTU Delft
Habib MostafaeiEindhoven University of Technology
Mitra NasriEindhoven University of Technology
Marco OttaviUniversity of Twente / University of Rome Tor Vergata
Chrysa PapagianniUniversity of Amsterdam
Stjepan PicekRadboud University
Andy PimentelUniversity of Amsterdam
Aske PlaatLeiden University
Jan S. RellermeyerTU Delft / University of Hannover
Kristian RietveldLeiden University
Alessio ScloccoNetherlands eScience Center
Qun SongTU Delft
Animesh TrivediVrije Universiteit Amsterdam
Fatih TurkmenUniversity of Groningen
Jacopo UrbaniVrije Universiteit Amsterdam
Rob van NieuwpoortUniversity of Amsterdam / Netherlands eScience center
Remco VeltkampUtrecht University
Jie YangTU Delft

5 - Location

The conference will be held at the Kontakt der Kontinenten in Soesterberg, The Netherlands.


6 - Submission details

CompSys-2023 invites you to submit two types of contributions: research papers and work-in-progress papers.

Submission Portal

https://easychair.org/conferences/?conf=compsys2023.

Long papers

Research papers on your best research results from the past year(s). This includes papers already submitted to and/or accepted at (inter)national conferences or workshops (please indicate the original venue on the submission form).

Long papers (not exceeding 12 pages in double-column or 15 pages in LNCS format) can be submitted using any of the commonly used templates (e.g., ACM, IEEE, LNCS).

Short papers: Work-in-progress and early ideas

Since CompSys is a forum that encourages discussions about early and exciting ideas, we specifically welcome extended abstracts highlighting early ideas and work-in-progress papers. Such submissions are especially suitable for graduate and undergraduate students working towards finalizing their thesis or PhD students who have recently started or would like to share one of their preliminary results with the community.

In particular, we encourage contributions in the form of short talks to share an early and not yet explored idea with the community to stimulate discussions and collect feedback. These talks might be particularly interesting for early-stage researchers.

Submissions of early ideas or work-in-progress papers require a short paper of at most 2 pages (not including references) in IEEE double-column format. The paper should mention the research question being addressed, outline the novelty and/or originality of the idea, approach, or (initial) results, and contain a summary of preliminary results.

Negative research results

Being inspired by a new series of initiatives such as Perfail to also make discussing and sharing negative research results or serious research attempts which did not lead to expected results a regular part of performing research to let the research committee learns from each other's failure and together be more successful, for the first time in CompSys series, we also solicit contributions sharing negative results, wrong methodologies, and/or invalidated hypothesis.

Submissions of negative research results papers require a short paper of at most 2 pages (not including references) in IEEE double-column format.

No copyright: To foster the broadest possible engagement and exchange ideas, CompSys-2023 does not claim copyright, making it possible for you to present work that has already been published or is in the process of publishing elsewhere.

Three types of contributions can be submitted online via the EasyChair conference submission system at https://easychair.org/conferences/?conf=compsys2023. For submission, the PDF format is mandatory.

All contributions will be reviewed by the Program Committee. Accepted contributions will appear in the final program either as a short talk or a full presentation, depending on the reviews.

All presentations will be made available in digital format, unless otherwise instructed by the authors.

Outstanding contributions

The best three contributors (authors of a paper, idea, and/or presentation) at CompSys 2023 will be presented with an "Outstanding contribution" award in the final session of the conference.

7 - Contact

International Conference on Computing Systems
Paula Diks (ASCI OFFICE)
Van Mourik Broekmanweg 6
2628 XE Delft
Netherlands
E-mail: asci-office@tudelft.nl

8 - Important Dates

Description Date
Abstract registration (not mandatory, but it helps us organize) 1 May 2023
Paper submission (EasyChair is available now) 14 May 2023 (firm, AOE)
Author notification 1 June 2023
Registration deadline (Page is open) 16 June 2023
In-person conference 27-29 June 2023