CFP: Artificial Intelligence in Medicine (AIM@EPIA-2015)

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CFP: Artificial Intelligence in Medicine (AIM@EPIA-2015)
Thematic track of the 17th Portuguese Conference on Artificial Intelligence (EPIA 2015)
Coimbra, Portugal, September 8-11, 2015.
Webpage: http://epia2015.dei.uc.pt/artificial-intelligence-in-medicine/

IMPORTANT DATES
Deadline for paper submission: March 9, 2015
Notification of paper acceptance: 27, April, 2015
Camera-ready papers due: 1, June, 2015
Conference dates: September 8-11, 2015

IMPORTANT NEWS
- LNCS/LNAI Proceedings (springer)
- Special issue of the journal Artificial Intelligence and Medicine with selected papers*

INTRODUCTION
Every day medicine is facing new challenges: new diseases, cost reductions, new therapeutics, quick
decisions and make more with less. Artificial Intelligence (AI) can play an important role in the decision
making process, most concretely in the way the data of the patients are collected, treated, processed
and presented as well to test and simulate new treatments, scenarios and devices. The big question
to be answered is: How Artificial Intelligence can help to overcome these challenges and provide new
and efficient solutions to medicine?

Business Intelligence, Data Mining, Sensing, Pervasiveness, Ubiquity and Intelligent Agents in
Medicine, can contribute with new artifacts and new knowledge for health professionals. The
development of AI systems has been one of the most ambitious and, not surprisingly, controversial
themes in medicine. Often, healthcare professionals are septic regarding the use of these
technologies, because they are afraid of losing their jobs. However, this concern is not justified. AI no
longer aims the substitution of professionals by computer artifacts. AI aims to improve the usability
of programs for assisting physicians in figuring out what is wrong with the patients and provide new
solutions to help making better decisions. AI systems are intended to support healthcare practitioners
in the normal course of their duties, assisting with tasks that rely on the manipulation of data and
knowledge. In particular, these systems have for example the capacity to learn, leading to the
discovery of new phenomena and the creation of medical knowledge.

This track promotes a forum to discuss and present emergent themes, new projects and ideas about
how AI can contribute to the field of Medicine and, most concretely, improve patient conditions. By
bringing together researchers from two distinct areas is expected to produce new scientific and
technical knowledge in a particular area as is medicine.

Information technology, in general, can help improving human health and longevity. To achieve this
goal innovative and intelligent software can be deployed in order to improve medical research, disease
prevention, and healthcare service delivery.

The motto of this track is "artificial intelligence improves medicine" and we are inviting the community
to share this vision.

TOPICS OF INTEREST
Innovative and exciting works are welcome in areas including but not limited to:

Medical methodologies, architectures, environments and systems.
* Agents for information retrieval;
* AI in Medical Education and Clinical Management;
* Wellbeing and lifestyle support;
* Interoperability, Security, Pervasiveness, Ubiquity and Cloud Computing in
Medicine;
* Methodological, philosophical, ethical, and social issues of AI in Medicine;
* Pervasive Healthcare Environments;
* Software architectures.
Knowledge engineering and Decision Support Systems:
* AI-based clinical decision making and Clinical Decision Support Systems;
* Automated reasoning, Case-Based Reasoning or Reasoning with medical
knowledge;
* Business Intelligence in Health Care;
* Clinical Data Mining;
* Data Streaming;
* Diagnostic assistance;
* Expert, agent-based or knowledge-based systems;
* Medical knowledge engineering;
* Pervasive or Real-Time Intelligent Decision Support Systems in Critical Health
Care.
Medical Applications and Devices
* Computational intelligence in bio- and clinical medicine;
* Electronic Health Records (eHealth);
* Image recognition and interpretation;
* Intelligent devices and instruments;
* Sensor-based applications;
* Telemedicine and mHealth solutions;
* Ubiquitous devices in the storage, update, and transmission of patient data;
* Usability and acceptability.
AI in Healthcare Information Systems
* Autonomous systems to support independent living;
* Healthcare System Based on Cloud Computing;
* Intelligent Healthcare information systems;
* Pervasive Information Systems;
* Pervasiveness and Security in Clinical Systems;
* Smart homes, hospitals and Intelligent Systems;
* Simulation Computer systems.

PAPER SUBMISSION
All papers should be submitted in PDF format through EPIA'2015 submission Website. Submissions
must be original and can be of two types: regular (full-length) papers should not exceed twelve (12)
pages in length, whereas short papers should not exceed six (6) pages. Each submission will be peer
reviewed by at least three members of the Program Committee. The reviewing process is double blind.
The best accepted papers will appear in the proceedings published by Springer in the LNAI series
(previous EPIA proceedings were indexed by the Thomson ISI Web of Knowledge, Scopus, DBLP and
ACM digital library). The remaining accepted papers will be published in the local proceedings with
ISBN.

*Authors of the best papers presented at the AIM track of EPIA will be invited to submit extended
versions of their manuscripts for a special issue of the "Artificial Intelligence in Medicine", indexed at
ISI Web of Knowledge (ISI impact factor JCR2013 of 1.356): http://www.aiimjournal.com/. Artificial
Intelligence and Medicine publishes original articles from a wide variety of interdisciplinary
perspectives concerning the theory and practice of artificial intelligence (AI) in medicine and health
care.

ORGANIZING COMMITTEE
* Manuel Filipe Santos, University of Minho, Portugal
* Carlos Filipe Portela, University of Minho, Portugal