21st Conference on Robots and Vision (CRV 2024)

Call for Papers: 21st Conference on Robots and Vision (CRV 2024)

Location: Guelph, Ontario, Canada

Dates: May 27 – May 31, 2024

The 21st Conference on Robots and Vision (CRV 2024) seeks high-quality paper submissions from all areas of robotics and computer vision. It will be held in Guelph, Ontario, Canada on May 27 – May 31, 2024, and will feature keynotes by Jitendra Malik of University of California, Berkeley and Kirstin Petersen of Cornell University, and symposium sessions consisting of invited talks, oral presentations and posters. The conference will be fully in-person. 

New for 2024: CRV 2024 will have a separate, non-archival workshop track for late-breaking results and results published at other archival venues in 2023 or 2024. Unlike conference submissions, workshop submissions go through a very lightweight editorial process (details below), and accepted workshop papers are not considered as standalone peer-reviewed publications and will not be part of the CRV 2024 proceedings. However, accepted workshop papers will be presented at the inaugural CRV 2024 Workshops as oral presentations or posters. 

Important Dates: 

– Conference Paper Submission Deadline: February 18, 2024

– Workshop Paper Submission Deadline: March 3, 2024

– Decision Notifications: March 25, 2024

– Camera-Ready Papers Deadline: April 29, 2024

– In-person Conference: May 27 – May 31, 2024

Conference Submission Guidelines: 

– Submissions must be standalone papers of 4-8 pages in length excluding references and in IEEE format. 

– Submissions to the main conference must describe original research. Duplicate submissions to other archival conferences or workshops are strictly prohibited. 

– For more information, contact the CRV 2024 program co-chairs at computerrobotvision2024+conference@gmail.com or consult the website: https://www.computerrobotvision.org/

– Submission link: https://openreview.net/group?id=computerrobotvision.org/CRV/2024/Conference

Workshop Submission Guidelines: 

– Workshop submissions must be self-contained papers of 4-8 pages in length excluding references and in IEEE format. 

– Workshop submissions will only go through a very lightweight editorial process – instead of being formally peer reviewed, submissions will only be checked for the significance and promise of late-breaking results or the consideration and/or incorporation of reviewers’ feedback for results already published at other archival venues. 

– Accepted workshop papers are not considered as standalone peer-reviewed publications and will not be archival or part of the CRV 2024 proceedings. 

– If the results have been previously published at another archival venue, the name of the venue must be declared, the date of publication at that venue must be in 2023 or 2024, the reviews and meta-reviews from that venue must be provided and a discussion of how the outstanding comments in the reviews and meta-reviews have been addressed must be included at the end of the paper (which does not count towards the page limit). All authors on the paper published at the archival venue must be part of the author list on the workshop submission. 

– For more information, contact the CRV 2024 workshop co-chairs at computerrobotvision2024+workshops@gmail.com or consult the website: https://www.computerrobotvision.org/

– Workshop track submission link: https://openreview.net/group?id=computerrobotvision.org/CRV/2024/Workshops_Track

Program Co-chairs:

– Ke Li (Simon Fraser University)

– Amy Wu (Queen’s University)

 

Workshop Co-chairs:

– Yue Hu (University of Waterloo)

Live free ‘AIDA AI Excellence e-Lecture’ by Prof. Heng Ji: “SmartBook: an AI Prophetess for Disaster Reporting and Forecasting”, 16th February 2024, 15:00 CET

 
Professor Heng Ji (University of Illinois) will deliver the e-lecture: “SmartBook: an AI Prophetess for Disaster Reporting and Forecasting” on 16th February 2024, 15:00 CET.

See details in: https://www.i-aida.org/events/smartbook-an-ai-prophetess-for-disaster-reporting-and-forecasting/

Online participation
Please complete this registration form: 
http://www.hitz.eus/webinar_izenematea
 

The International AI Doctoral Academy (AIDA), a joint initiative of the European R&D projects AI4MediaELISE, Humane AI NetTAILORVISION, is very pleased to offer you top quality scientific lectures 
in the framework of AIDA AI Excellence Lecture Series on several current hot AI topics. Lectures will be offered alternatingly by:
  • Top highly-cited senior AI scientists internationally or
  • Young AI scientists with promise of excellence (AI sprint lectures)
Upcoming AIDA AI Excellence Lecture:
Dr. Josef Sivic (Czech Technical University and ELLIS Unit Prague): “Learning manipulation skills from instructional videos”, 27th February 2024, 17:00 CET.
 
 
These lectures are disseminated through multiple channels and email lists (we apologize if you received it through various channels). 
If you want to stay informed on future lectures, you can register in the email lists AIDA email list and CVML email list.

Best regards
Profs. N. Sebe, M. Chetouani, P. Flach, B. O’Sullivan, I. Pitas, J. Stefanowski
AIDA AI Excellence Lecture Series committee members


AIDA free semester course by Prof. Nicolo Cesa-Bianchi “Statistical Methods for Machine Learning”, 4th March – 4th June 2024

Dear AI scientist/engineer/student/enthusiast,

the International AI Doctoral Academy (AIDA) is excited to invite you to attend the upcoming semester course by Prof. Nicolo Cesa-Bianchi:

Statistical Methods for Machine Learning

This is a course about the theoretical foundations of machine learning and the analysis of machine learning algorithms. The focus is on understanding the mathematical principles at the basis of machine learning.

Host InstitutionUniversità degli Studi di Milano

Level: Graduate

4th March 2024 –  4th June 2024 🗓 

Course attendance will be asynchronous in Englishhttps://cesa-bianchi.di.unimi.it/MSA/index_23-24.html

Join us and explore furtherhttps://www.i-aida.org/course/statistical-methods-for-machine-learning/

Both AIDA and non-AIDA students are encouraged to participate in this course for free (Maximal registrant number: 10 students👇 

If you are an AIDA Student* already, please:

 Step (a): Register in the course by sending an email to the Course Lecturer (nicolo.cesa-bianchi@unimi.it) for your registration. AND

 Step (b): Enroll in the same course in the AIDA course link using the ‘Enroll on this course’ button therein, so that this course enters your AIDA Certificate of Course Attendance. If you are not an AIDA Student do only step (a). 

*AIDA Students should have been registered in the AIDA system already (they are PhD students or PostDocs that belong only to the AIDA Members.

 

The International AI Doctoral Academy (AIDA), a joint initiative of the European R&D projects AI4MediaELISEHumane AI NetTAILORVISION, supports a world-level AI education and research program. AIDA has regular lecture series, short courses, semester courses, and summer schools with the participation of hundreds of academics and serving a growing community of AI PhD students and researchers.

 

 

Best regards

AIDA Secretariat

 

Ingeniería Básica en Instrumentación & Control en AADECA

Ingeniería Básica en Instrumentación & Control

CURSADA: 3, 8, 15, 22, 29 de abril, 6, 13, 20, 27 de mayo y 3 de junio de 2024

HORARIO: 17:00 a 20:00 hs.

DISERTANTES: Ings. Gustavo Klein, Osvaldo Ortega, Abel Andrada, Norma Toneguzzo, Eduardo Alvarez, Sergio Szklanny, Fabiana Ferreira y Roberto Varela

ABSTRACT: El curso de “Ingeniería Básica en Instrumentación & Control” es una referencia para conocer los conceptos generales, criterios, tecnologías, procedimientos y documentación que se necesitan para producir la ingeniería básica en esta área, los módulos de este curso son también el punto de partida para otros cursos, caso necesites especializarte en alguna de las áreas presentadas.
 

OBJETIVOS:

  • El Curso está destinado a introducir los temas y problemáticas más importantes de la Ingeniería de Instrumentación y Control (I&C) para Plantas y Procesos Industriales, desde una visión general, pero abarcativa y actualizada para que al final del Curso los participantes hayan comprendido globalmente esta especialidad de Ingeniería.
  • Los cursantes comprenderán los conceptos generales, criterios, tecnologías, procedimientos y documentación que se necesitan cuando el objetivo es producir la ingeniería básica en el área de conocimiento que nos convoca.
  • El desarrollo será en modalidad virtual, se entregarán los textos de referencia de cada módulo, para consulta de los asistentes y al finalizar el certificado de participación
     

DIRIGIDO A:  Está destinado a todos aquellos que se desempeñan o se relacionan con tareas técnicas (técnicos, supervisores, ingenieros, personal de operación y mantenimiento de Plantas, Gerentes técnicos, etc.), que desean o necesitan introducirse en esta especialidad de la Ingeniería, para que tengan una visión general pero completa de todos los rubros y elementos principales de la I&C 
 

TEMARIO:

CURSO: 10 módulos, 30 hs de cursada

  • 03/04  –  MODULO 1A – Ing. GUSTAVO KLEIN
    INTRODUCCIÓN GENERAL Ingeniería Básica de I&C
    Breve explicación Organización del Curso
    Concepto de Ingeniería Básica de Plantas e Ingeniería de Instrumentos y Control.
    Esquema de introducción de un Sistema de I&C en una planta de procesos
    Breve descripción de especialidades de Ingeniería de Plantas,
    Interrelación de I&C con otras disciplinas: Procesos; Mec.; Civil, Eléctrica
    Información de base- Diagramas de Proceso y diagramas P&I.
    Instrumentos de Campo e Instrumentos cableados o en Redes.
    Introducción variables fundamentales : presión, caudal, temperatura, nivel, análisis
    Funcionamiento de las oficinas de Ingeniería.
    Proyecto  de IB, conceptos básicos s/ recursos, documentación, planificación.
    Pliegos de Ingenieria
  • 08/04  –  MODULO 2A – Ing. OSVALDO ORTEGA
    MEDICIONES GENERAL  y Introducción Variable PRESION
    Conceptos básicos y comunes a los instrumentos de medición.
    Errores, precisión y exactitud, Rango, Span, linealidad, histéresis, máximo, discriminación, corrimiento del cero, etc.
    Calibración.
    Error sobre la medición y sobre el valor.
    Conceptos de Rangeability, Ganancia,
    Introducción s/Instalación de instrumentos en áreas peligrosas-
    Conceptos básicos de instrumentos de medición de Presión.
    Presión manométrica, absoluta, diferencial, unidades.
    Manómetros , transmisores, presostatos, selección y  tecnologías
  • 15/04  –  MODULO 3A – Ing. OSVALDO ORTEGA
    Introducción Variable CAUDAL
    Conceptos básicos de instrumentos de medición de Caudal.
    Distintas tecnologías de medición de caudal.
  • 22/04  –  MODULO 4A – Ing. ABEL ANDRADA
    Introducción Variable TEMPERATURA
    Conceptos básicos de instrumentos de medición de Temperatura.
    Distintas tecnologías de medición de temperatura.
  • 29/04  –  MODULO 5A – Ing. NORMA TONEGUZZO
    Introducción Variable NIVEL
    Conceptos básicos de instrumentos de medición de Nivel.
    Distintas tecnologías de medición de nivel.
  • 06/05  –  MODULO 6A – Ing. EDUARDO ALVAREZ
    Introducción ELEMENTOS FINALES DE CONTROL
    Conceptos básicos de Elementos finales de Control
    Válvulas de Control, válvulas autoreguladoras, válvulas de bloqueo
    Válvulas globo, esféricas, mariposas, distintos servicios y características.
    Variadores de frecuencia
    Actuadores, posicionadores, accesorios.
    Introducción al Dimensionamiento-Software de Cálculo.
  • 13/05  –  MODULO 7A – Ing. SERGIO SZKLANNY
    SISTEMAS DE CONTROL, MONITOREO Y SEGURIDAD
    Concepto básico de lazo de control
    Conc. básicos de sistemas de control, continuo y secuencias, monitoreo y seg.
    Breve evol. del control (desde unilazo hasta los sistemas complejos y actuales)
    Breve descripción de sistemas DCS, PLC, SCADA, ESD, BMS, F&G, etc.
    Características básicas de los sistemas , diferencias, aplicaciones típicas
    Interfaces con operadores HMI, pantallas, reg. históricos, tend.,  alarmas, etc.
    Ubicación física de los sistemas de control, Salas de control.
    Niveles, jerarquías y funciones: técnicas, de ingeniería y admin. de los sistemas.
  • 20/05  –  MODULO 8A – Ing. SERGIO SZKLANNY
    ESTRATEGIAS DE CONTROL y aplicaciones típicas en plantas
    Concepto de estrategia de control aplicada.
    Repaso de lazo de control, control continuo.
    Introducción al diseño de las estrategias de control.
    Estrategias de control de intercambiadores de calor.
    Estrategias de control de calderas.
    Diseño de estrategias de control.
    Control en cascada, feedforward, retardos.
  • 27/05  –  MODULO 9A – Ing. FABIANA FERREIRA
    SISTEMAS DE TRANSMISIÓN DE DATOS – Señales-Redes-Buses
    Conceptos básicos de transmisión ded datos, capacidades, tipos de señales.
    Evolución de tecnologias, señales analogicas, discretas, digitales.
    Niveles y parámetros usuales de sistemas industriales de transmisión de datos.
    Sistemas analógicos y discretos: Señal 4-20 mACC, 24/30 VCC,
    Sistemas híbridos analógicos + HART
    Sistemas digitales: tecnologias fieldbus y profibus, otros
    Redes de nivel jerarquico superior, internet
    Otros sistemas industriales y redes, protocolos Modbus, etc.
    Soportes fisicos cables, fibra óptica, señales neumáticas, hidráulicas.
    Redes wireless.
  • 03/06  –  MODULO 10A – Ing. Qco. ROBERTO VARELA
    ELEMENTOS Y SISTEMAS DE SEGURIDAD – Sistemas Instrumentados
    Conceptos básicos de seguridad personal y patrimonial en Plantas]
    Elementos y Sistemas de seguridad- mecanicos, electricos, electrónicos
    Valvulas de seguridad, discos de ruptura, sensores, detectores, sistemas, etc.
    Clasificación de areas peligrosas- Plantas  con manejo de inflamables y comb.
    Sistemas Instrumentados de Seguridad. IEC61511
    Conceptos básicos de SIS y SIF, significado SIL
    Certificación de dispositivos
    Cyberseguridad

 

 

PRECIOS (15% de descuento hasta el 15/03)

VALOR DEL CURSO $510000
DOCENTES – $267750
ESTUDIANTES – $216750
SOCIOS DE AADECA – $267750

 

Consultas a cursos@aadeca.org o por whatsapp 011 3201-2325   

 

 


FedCSIS 2024 Call For Papers

 
Call for Papers
19th Conference on Computer Science and Intelligence Systems (FedCSIS 2024)
Belgrade, Serbia, 8–11 September, 2024 (on-site)
IEEE #61123; SCOPUS; Web of Science
Submission deadline: May 14, 2024
The mission of the FedCSIS Conference Series is to provide a presentation, discussion and a reputable publication forum in computer science and intelligence systems. The forum invites researchers and practitioners from around the world to contribute their research results focused on their scientific and professional interests in a chosen area.
The FedCSIS conference consists of the Main Track and Thematic Tracks. Papers submitted to the Main Track can be assigned, by their authors, to Topical Areas, which are managed by Topical Area Curators. Based on the scope of the contribution, Topical Area Curators select its reviewers from the Main Track Program Committee. Besides the Main Track, the authors may prefer to submit their papers to Thematic Tracks, as listed below.
For all five Topical Areas, situated within a general domain of Computer Science, the continually emerging topic of Intelligence Systems stands as the common denominator. All Thematic Tracks also refer to the Intelligence Systems from different perspectives. They are regarded as a path toward introducing more Intelligence into Computer Science and IT.
Main Track:
  • Topical Area 1: Advanced Artificial Intelligence in Applications
  • Topical Area 2: Computer Science & Systems
  • Topical Area 3: Network Systems and Applications
  • Topical Area 4: Information Technology for Business and Society
  • Topical Area 5: Software, System and Service Engineering
Thematic Tracks:
The following Thematic Tracks are confirmed for FedCSIS 2024 (for more details, see conference WWW site):

  • Advances in Programming Languages (APL)
  • AI in Agriculture (AgriAI)
  • AI in Digital Humanities, Computational Social Sciences and Economics Research (AI‑HuSo)
  • Application of Disruptive Technologies for Society 5.0 (ADTS)
  • Challenges for Natural Language Processing (CNLPS)
  • Complex Networks – Theory and Application (CN‑TA)
  • Computational Optimization (CO)
  • Computer Aspects of Numerical Algorithms (CANA)
  • Data Science in Health, Ecology and Commerce (DSH)
  • Industrial Cyber-Physical Systems and Software Agents (ICPS‑SA)
  • Information Systems Management (ISM)
  • Internet of Things – Enablers, Challenges and Applications (IoT‑ECAW)
  • Knowledge Acquisition and Management (KAM)
  • Model Driven Approaches in System Development (MDASD)
  • Multimedia Applications and Processing (MMAP)
  • Recent Advances in Information Technology – Doctoral Symposium (DS‑RAIT)
  • Resilience in Critical Infrastructures and Systems (RCIS)
  • Rough Sets: Theory and Applications (RSTA)
  • Scalable Computing (SC)
Keynote Speakers:
Jovanovic, Jelena
University of Belgrade, Serbia
Keynote title: Learning analytics: Challenges and opportunities opened by AI


Kutyniok, Gitta

Ludwig-Maximilians-Universität München (LMU Munich)
Keynote title: Reliable AI: Successes, Challenges, and Limitations


Tolvanen, Juha-Pekka

Metacase, Finland
Keynote title: Languages for non-developers: what, how, where?


Frank, Urlich

University of Duisburg-Essen, Germany
Keynote title: Multi-Level Language Architectures: Fostering Reuse, Integration and User Empowerment by Allowing for Additional Abstraction

Zdzisław Pawlak best paper award
Professor Zdzisław Pawlak (1926–2006) has been regarded as one of the fathers of Computer Science in Poland. His theory of Rough Sets has been one of the most recognizable contributions made by a scientist in Poland to the area of Artificial Intelligence worldwide. In his research, Professor Pawlak has always emphasized the need for cross-disciplinary, cross-country, and cross-generation cooperation. In Computer Science, there may emerge a brilliant idea in someone’s head, but it requires collaborators to make it grow dynamically and then – a number of subject matter experts, from various fields, to develop its practical applications.
The following categories of awards are eligible for all paper submitted to the FedCSIS conference:

  • Best Paper Award (€600): the best out of all papers accepted to the conference
  • Young Researcher Award (€400): the best out of papers whereby all authors are younger than 40 years
  • Industry Cooperation Award (€400): the best out of papers whereby there are at least two different authors, one working in academia and another one in industry
  • International Cooperation Award (€400): the best out of papers whereby there are at least two different authors working in institutions located in two different countries.
We believe that all these categories reflect the principles of Professor Pawlak’s work. The awards are decided by the Committee of esteemed scientists, who have had the privilege to know and cooperate with Professor Pawlak. As already mentioned, all papers – submitted to all parts of FedCSIS – are eligible. This way, the thematic integrity of FedCSIS is emphasized. List of past winners is available at the conference WWW site.
Important dates
  • Paper submission (no extensions): May 14, 2024
  • Position paper submission: June 2, 2024
  • Author notification: June 18, 2024
  • Final paper submission, registration: July 9, 2024
  • Conference date: September 8–11, 2024
Chairs of FedCSIS 2024
Luković, Ivan
University of Belgrade, Serbia


Honorary Chair of FedCSIS Conference Series:


Maciaszek, Leszek A.

Wrocław University of Economics and Business, Poland and Macquarie University, Australia


Chairs of the FedCSIS Conference Series:


Ganzha, Maria

Warsaw University of Technology and Systems Research Institute, Polish Academy of Sciences, Poland


Paprzycki, Marcin

Systems Research Institute, Polish Academy of Sciences, Warsaw and Management Academy, Poland


Ślęzak, Dominik

QED Software and University of Warsaw, Poland and OnstageAI and DeepSeas, USA

CONTACT FedCSIS at: secretariat@fedcsis.org

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