Organized Session Proposal

Organized Session (OS) proposals are invited for organised sessions at PHM Asia-Pacific 2023. These sessions are an excellent opportunity to present a group of similarly focused presentations on any relevant topic that would be of interest to PHMAP23 participants.

  • Organised sessions may take the form of a symposium, in which there is a set of presentations (4 presentations per block) centred on a specific topic.
  • Each session will be scheduled for an 80-minute block or connected two or more blocks.

Submittal Instructions

Deadline for Special Session Proposal: 31st January 2023

  • Please complete the information below on the session organiser, title, theme and objective, and the list of presenters (4 presenters per block) is required for a proposal of organised session.
  • Submitted proposals are reviewed by the PHMAP23 technical program committee.
  • Due to the limitation of the session block, please understand that not all proposals may be accepted.
  • For proposals of special sessions that are accepted, the organizers are responsible for the moderation of the session at PHMAP23.
  • Procedure, regulations and important dates for extended abstracts and full papers are the same as those of regular sessions.
  • Please download below form (.docx) and submit to the secretariat e-mail.
  • Submission e-mail: secretariat [at] phmap.jp
OS proposal form

The list of proposed OS (last updated: 2023-２-23)

No. Title Field
1 Prognostic Discriminator under Uncertainty Civil Engineering
2 New trends and challenges in aerospace PHM Aerospace Engineering
3 Advances in System Health Management Advances for Aerial Vehicles Aerospace Engineering
4 Operationalizing PHM for Airline Customers Aerospace Engineering
5 Evolving Smart Manufacturing System by design and implementation of PHM Manufacturing System
6 PHM Applications for Urban Infrastructure Resilience and Maintenance Infrastructure Systems
7 Autonomous decision making under complex conditions or situations Multidisciplinary
8 Technologies and methods for achieving Zero Defect Manufacturing in the era of Industry 4.0 / 5.0 Quality assurance, Quality control, Sustainability
9 AI based PHM for Power Electronics components and systems Power Electronics
10 Information theory as an efficient tool for PHM of machineries Information theory; Data driven predictive maintenance; Fault diagnosis and prognosis; Condition monitoring; Complexity measure; Entropy theory
11 Model Based and Big data enabled Predictive Maintenance Aerospace Engineering
12 Advances in PHM for Tribology Tribology