Reminder: CVPR 2026 Workshop (CVMI) – Multimodal Microscopy | Deadline March 8

We invite submissions to the 11th CVPR Workshop on Computer Vision for Multimodal Microscopy Image Analysis (CVMI), held in conjunction with CVPR 2026.

Submission deadline: March 8, 2026 (Anywhere on Earth)

The workshop targets the computer vision and machine learning community, with an emphasis on methodological advances for multimodal microscopy and omics data. Topics of interest include but are not limited to:

  • Deep learning and computer vision methods for microscopy image analysis
  • Multimodal, multi-scale, and representation learning (including foundation models)
  • Self-supervised and weakly supervised learning

Accepted papers will be published in the CVPR workshop proceedings and made available via IEEE Xplore and the CVF website.

Workshop website:
https://cvmi-workshop.github.io/callForPaper.html
Submission instructions:
https://cvmi-workshop.github.io/submission.html

Best regards,
Mei

Conferences: CFP for Computer Graphics International 2026, London, UK; July 06–10, 2026 Extended deadline March 12

Computer Graphics International (CGI 2026)
London, UK | July 06–10, 2026
Co-hosted by Bournemouth University and University of the Arts London

https://www.cgs-network.org/cgi26/

 

CGI is one of the oldest annual international conferences on Computer Graphics in the world. Half a century of influence places the CGI as one of the top conferences on computer graphics and visualization. Researchers are invited to share their experiences and present novel achievements in Computer Graphics, Computer Vision, AI and Machine Learning, Media, as well as Virtual, Augmented and Extended Reality.

 

This year, CGI 2026 is organized by the National Centre for Computer Animation at Bournemouth University, co-hosted by the Creative Computing Institute at University of the Arts London, and supported by the Computer Graphics Society (CGS). The Visual Computer Journal (Springer Nature), the official journal of the Computer Graphics Society, is closely associated with the conference.

 

CGI 2026 invites authors to submit their papers to two different tracks:

  1. The first one, the CGI 2026 – The Visual Computer track, welcomes submissions aligned with the scope of The Visual Computer journal (see journal website https://link.springer.com/journal/371). Authors should first submit their full papers via EasyChair for CGI 2026. If conditionally accepted, the paper will then need to be submitted to The Visual Computer journal for final publication.
  2. The second track welcomes papers that have broader computer graphics topics, which can be submitted via EasyChair. Accepted papers will be published in the CGI 2026 proceedings as a LNCS Springer book volume. Outstanding papers from this track will be invited for extended publication in The Visual Computer journal or Computer Animation and Virtual Worlds (Wiley) journal.

 

The main topics of the CGI 2026 conference include, but are not limited to:

  • AI-Generated Content (AIGC)
  • Machine Learning for Graphics
  • Machine Learning (other than deep learning)
  • Multimodal Learning
  • Optimization Methods (other than deep learning)
  • Generative 3D Modeling
  • 3D Reconstruction
  • 3D from Images / Sensors
  • Photogrammetry and Remote Sensing
  • Style Transfer and Artistic Rendering
  • Rendering Techniques
  • Neural Rendering
  • 3D Gaussian Splatting
  • Geometric Computing
  • Recognition: categorization, detection, retrieval
  • Scene Analysis and Understanding
  • Segmentation, Grouping and Shape Analysis
  • Metaverse (VR/MR/XR)
  • Shape and Surface Modeling
  • Physically-Based Modeling
  • Scientific Visualization
  • Computer Vision for Graphics
  • Data for Vision and Graphics
  • Medical Imaging
  • Digital Cultural Heritage
  • Computational Fabrication
  • Image Processing and Analysis
  • Global Illumination
  • Graphical Human-Computer Interaction (HCI)
  • Digital Humans: face, body, pose, gesture, movement
  • Saliency Methods
  • Shape Matching
  • Sketch-Based Modeling
  • Robotics and Vision
  • Stylized Rendering
  • Textures and Shaders
  • Computational Photography
  • Computer Animation
  • Visual Analytics
  • Shape Analysis and Image Retrieval
  • Video: action and event understanding
  • Video: low-level analysis, motion, and tracking
  • Graphics, Vision, Language, and Reasoning

IMPORTANT DATES

All deadlines are 23:59 GMT time on the date stated

 

First Track: Call for papers with final publication in the Visual Computer Journal

Submission Deadline: March 12, 2026

Preliminary Notification to Authors: April 20, 2026

Submission Deadline of Revised Papers: May 5, 2026

Final Notification of Revised Papers: June 5, 2026

 

Second Track: Call for papers with final publication in LNCS Book published by Springer or in The Visual Computer journal or Computer Animation and Virtual Worlds Journal

Submission Deadline: April 20, 2026

Preliminary Notification to Authors : May 12, 2026

Submission Deadline of Revised Papers: May 31, 2026

Final Notification of Revised papers: June 5, 2026 

 

Contact:

<a href="mailto:cgi2026@bournemouth.ac.uk" title="mailto:cgi2026@bournemouth.ac.uk” target=”_blank”>cgi2026@bournemouth.ac.uk

 

 

Independent young PI Position to lead the EEG Lab (University of Coimbra)

We are seeking a researcher interested in establishing themselves as an independent PI under a 2–3 year contract in Portugal, to lead and further develop our EEG laboratory (256 Ch EEG AntNeuro) and a newly purchased fMRI compatible EEG to be used in our 3T MRI scanner.

The successful candidate will oversee the EEG facility and will have substantial access to the equipment to pursue their own research program. There will also be opportunities for collaboration with other PIs in the department, including Jorge Almeida, Joana Carvalho, Jason Fischer, Pawel Tacikowski, Robert Whitwell, Zohar Tal, Ceren Battal, and Alfonso Caramazza, on joint EEG projects. Moreover, the PI will co-lead with Joana Carvalho the use of the fMRI compatible EEG to be used in the 3T MRI scanner.

We are particularly interested in researchers who aim to build an independent research group (seed funding may be available) and who use EEG to investigate major cognitive processes from a fundamental science perspective and from a strong Cognitive Science perspective.

In addition to EEG, the department provides access to TMS (Magstim Super Rapid² with Brainsight neuronavigation), tDCS systems, fMRI, eye tracking, motion tracking, and virtual reality equipment.

This position is part of the major European-funded CogBooster initiative, which aims to establish a permanent team of cognitive neuroscientists within the Department of Psychology at the University of Coimbra. The current group is highly international and conducts research spanning low- and high-level vision, memory, attention, and action.

If you — or someone you know — might be interested in this opportunity, please feel free to contact me.

Best regards,
Jorge

POZOS para EXPLOTACION de AGUA SUBTERRANEA 💧

 

 

Los pozos perforados pueden servir como un suministro de agua a bajo costo para hogares, pequeñas comunidades rurales y para áreas urbanas, además de ser usados para fines agrícolas. A menudo, el desconocimiento previo a una perforación de los materiales de campo y su comportamiento ante ella, nos hace elegir un sistema de perforación inadecuado con los consiguientes problemas en tiempo y costes. De igual manera, y aún con el sistema de perforación adecuado, una perforación no está exenta de dichos problemas, pero éstos pueden minimizarse si se conocen y se comprende el funcionamiento correcto del sistema y cómo se comportan los materiales ante dicha perforación. Por tanto, un conocimiento de los diferentes sistemas de perforación y cómo se comportan los diferentes materiales geológicos ante la misma, facilitará en gran medida el desarrollo en la construcción de pozos y sondeos. Este curso nos ayudará a comprender cómo se comportan las diferentes formaciones geológicas y su comportamiento hidrogeológico ante una obra de captación. De igual manera, dichos conocimientos nos ayudarán de una forma práctica, a optimizar y aprovechar todos los recursos empleados en los trabajos de perforación. Toda la información y documentación facilitada durante el curso tendrá un carácter práctico y aplicable a campo, para que en todo momento el alumno sea capaz de entender y comprender todo lo aprendido, y poderlo utilizar durante su vida profesional.
 

 

CONTENIDO DETALLADO

 

MODULO 1.

PERFORACIÓN DE POZOS TUBULARES PARA AGUA.

 

Tema 1: Caracterización Hidrogeológica de Acuíferos.

  • Fundamentos de hidrogeología.

  • Prospección hidrogeológica y evaluación de las formaciones acuíferas.

 

Tema 2: Prospección de las Aguas Subterráneas.

  • Prospección geofísica de superficie. Métodos geoeléctricos.

  • Prospección geofísica de pozos. Diagrafía.

 

Tema 3: Perforación de Pozos Tubulares para Agua.

  • Métodos de perforación.

  • Perforación exploratoria de pozos.

Tema 4: Diseño y Terminación de Pozos.

  • Diseño y acabado de pozos.

  • Pruebas de aforo. Curvas características de pozos.

MODULO 2.

PRUEBAS DE BOMBEO Y EFICIENCIA HIDRAULICA DE POZOS.

 

Tema 1: Hidráulica de Acuíferos y Captaciones de Agua.

  • Flujo de agua en medios porosos.

  • Ecuaciones de flujo en aguas subterráneas.

 

Tema 2. Ejecución de Ensayos de Bombeo. Caudal Constante y Variable.

  • Flujo estacionario. Régimen permanente.

  • Flujo transitorio. Régimen no permanente.

 

Tema 3. Parámetros Hidrogeológicos de los Acuíferos.

  • Transmisividad. Interpretación en acuíferos confinados y semiconfinados.

  • Coeficiente de Almacenamiento. Interpretación en acuíferos confinados y semiconfinados.

 

Tema 4. Eficiencia de las Captaciones de Agua.

  • Pérdidas de carga.

  • Eficiencia hidráulica.

MODULO 3.

MANTENIMIENTO Y REHABILITACIÓN DE POZOS TUBULARES DE AGUA.

 

Tema 1: Mantenimiento de Pozos de Agua.

  • Diagnóstico de pozos.

  • Videograbación de Pozos.

 

Tema 2: Limpieza Química de Pozos.

  • Programa de rehabilitación de pozos.

  • Agentes químicos para limpieza de pozos.

 

Tema 3: Limpieza Física de Pozos.

  • Limpieza mecánica de pozos.

  • Plan de limpieza de pozos.

 

Tema 4: Desarrollo y Aforo del Pozo.

  • Desarrollo y aforo de pozos.

  • Instalación del equipo de bombeo.

 

EXPOSITOR: Msc. Ing. PEDRO TERÁN

  • Ingeniero Geólogo egresado de la Universidad de los Andes, Mérida-Venezuela,

  • Magister Scientiae en Gestión de los Recursos Naturales Renovables y Medio Ambiente con enfoque en los recursos hídricos,

  • Egresado del Centro Interamericano de Desarrollo e Investigación Ambiental y Territorial (CIDIAT), organismo adscrito al Vicerrectorado Académico de la Universidad de los Andes, Mérida-Venezuela.

  • Más de 15 años desempeñándose en la planificación, desarrollo, aprovechamiento, manejo y gestión de las aguas subterráneas para diferentes propósitos.

 

INVERSIÓN
413 Soles ó

115 Dólares
 

PROMOCIÓN:

Por inscripción y pago anticipado hasta el: Miércoles 18 de Marzo:
354 Soles ó

100.30 Dólares

Incluye: Link de grabación de la clase en vivo, diapositivas y Certificado Digital.

FORMA DE PAGO
A nombre de AM BUSINESS SAC
RUC 20466084884

Banco de Crédito SOLES
No 1941747021076
CCI 00219400174702107690

Banco de Crédito DÓLARES
No 193115668145
CCI 00219300115668014519
SWIFT: BCPLPEPL

Servicio de Capacitación sujeto a Detracción (12%)
Banco de la Nación
00-005-001684

Se Aceptan todas las Tarjetas de Crédito y Débito
 

FECHA Y HORARIO
 

Jueves 19,

Viernes 20 y

Lunes 23 de Marzo

De 7pm a 10pm

 

 

FOBUS S.A.C.
Srta. Mirna Arias

Celular / WhatsApp:

+51 998 266 773

 

mirna.arias.w@gmail.com

 

Click aquí para WhatsApp

 

Atendemos

Sábados y Domingos 


 

www.fbsperu.com

 

MIDas4CS 2026 – 4th Workshop on the Modelling and Implementation of Digital Twins for Complex Systems

***************************************************************************** 

CALL FOR PAPERS 

MIDas4CS 2026 – 4th Workshop on the Modelling and Implementation of Digital Twins for Complex Systems

June 8-9, 2026
Verona, Italy

https://midas4cs.github.io/2026 

***************************************************************************** 

The concept of Digital Twin is becoming increasingly popular since it was introduced in the scope of the Smart Industry (Industry 4.0). A Digital Twin (DT) is a digital representation of a physical twin that is a real-world entity, system, or event. It mirrors a distinctive object, process, building, or human, regardless of whether that thing is tangible or non-tangible in the real world. The DT technology provides benefits such as real-time remote monitoring and control; greater efficiency and safety; predictive maintenance and scheduling; scenario and risk assessment; better intra- and inter-team synergy and collaborations; more efficient and informed decision support system; personalisation of products and services; and better documentation and communication. The ultimate purpose of Digital Twins is to improve decision-making for solving real-world problems, by using the digital model to create the information necessary for decision-making and subsequently applying the decisions in the real world. Nowadays, Digital Twins are not limited to industrial applications but are spreading to other areas as well, such as, for example, in the healthcare domain, in personalised medicine and clinical trials for drug development.

This workshop aims at getting a better understanding of the techniques that can be used to model and implement Digital Twins and their applications in different domains. In this workshop, we welcome contributions that aim at introducing formal definitions of Digital Twin, but also contributions that describe applications of Digital Twins in different domains. Contributions on tooling for Digital Twins are also welcome.

The workshop is co-located with the 38th International Conference on Advanced Information Systems Engineering (CAiSE’26).

 Topics of Interest
—————————————

Potential topics include, but are not limited to:
– Management and Engineering of DT for Complex Systems
– Complex System Architectures for DTs
– Safety and Security in Adopting DTs
– Platforms, Frameworks and Tools for DTs
– Methods and Techniques for the Development of DTs
– Edge/Fog/Cloud Computing for DTs
– Conceptual Modelling and Ontologies of DTs
– Model-driven Engineering for DTs
– Quality Assurance of DTs
– Digital Process Twins
– Collaboration among DTs
– Interaction and cooperation between DTs and Humans
– Artificial Intelligence for DTs
– DT Enhanced Business Processes
– Cognitive Computing for DTs
– Augmented and Virtual Reality for DT
– Practical Validation and Case Studies
– Design patterns for Digital Twins

Important Dates
—————————————

– Full paper submissions: March 8th, 2026
– Notification of acceptance: March 30th, 2026
– Camera-ready paper: April 6th, 2026
– Workshop: June 8th-9th, 2026


 Submissions
—————————————

The workshop will accept regular papers and short (position) papers. Pieces of ongoing research work are also welcome.

The quality of this workshop will be ensured by having each contribution reviewed by at least three experts in the field. A joint volume for all CAiSE workshops will be organised, which will be published with Springer under the Lecture Notes in Business Information Processing (LNBIP) series.

Submissions should be made via the CAiSE 2026 EaasyChair submission site by selecting the track  “4th edition of Modelling and Implementation of Digital Twins for Complex Systems”

https://easychair.org/my/conference?conf=caise2026 

Papers must be submitted in PDF format. All submissions must comply with the Springer‚ LNBIP format. Regular papers must not exceed 12 pages, including all text, figures, references, and appendices. Short papers must not exceed 6 pages.


Program Chairs
—————————————

Pedro Valderas (pvalderas@dsic.upv.es)
Fabrizio Fornari (fabrizio.fornari@unicam.it)
Luís Ferreira Pires (l.ferreirapires@utwente.nl)
Marten van Sinderen (m.j.vansinderen@utwente.nl)
João Moreira (j.luizrebelomoreira@utwente.nl)

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