Visualization of Relative Wind Profiles in relation to Actual Weather Conditions of Ship Routes
Published: 30.06.2017
1 document
Published in documentation → publications → conference-papers-and-presentations
Author(s): L.P. Perera, B. Mo, and M.P. Nowak
Categories: SP4 Performance in a Seaway, Workpackages, WP2 Hull and propeller optimization, WP4 Ship system integration and validation
Study by L.P. Perera, B. Mo, and M. P. Nowak presented at the OMAE2017 conference in Trondheim, June 2017
Machine Learning based Data Handling Framework for Ship Energy Efficiency
Published: 06.06.2017
1 document
Published in documentation → publications → journal-papers
Author(s): L.P. Perera, B. Mo
Categories: SP4 Performance in a Seaway, WP4 Ship system integration and validation
Study by L.P. Perera and B. Mo published in IEEE Transactions on Vehicular Technology.
Marine Engine-Centered Data Analytics for Ship Performance Monitoring
Published: 31.01.2017
1 document
Published in documentation → publications → journal-papers
Author(s): Prasad Perera, Brage Mo
Categories: SP4 Performance in a Seaway, WP2 Hull and propeller optimization, WP4 Ship system integration and validation
Article by Lokukaluge Prasad Perera and Brage Mo
Development of Data Analytics in Shipping - Prasad Perera
Published: 31.01.2017
1 document
Published in documentation → publications → journal-papers
Author(s): Prasad Perera, Brage Mo
Categories: SP4 Performance in a Seaway, WP2 Hull and propeller optimization, WP4 Ship system integration and validation
Modern vessels are monitored by Onboard Internet of Things (IoT), sensors and data acquisition (DAQ), to observe ship performance and navigation conditions. Such IoT may create various shipping industrial challenges under large-scale data handling situations. These large-scale data handling issues are often categorized as “Big Data” challenges and this chapter discusses various solutions to overcome such challenges.
Prediction of Added Resistance in Waves - report SM2017 F-007
Published: 13.01.2017
1 document
Published in documentation → publications → research-reports
Author(s): Renato Skejic, Sverre Anders Alterskjær and Florian Sprenger
Categories: SP4 Performance in a Seaway, WP2 Hull and propeller optimization
As part of the SFI Smart Maritime Work Package 2 – hull and propeller, a review on state-of-the-art methods for prediction of the added resistance of ships in a seaway is carried out.
Development step of the Data Analytics Toolbox: Ship.AI - Prasad Perera
Published: 07.12.2016
1 document
Published in documentation → publications → research-reports
Author(s): Prasad Perera
Categories: SP4 Performance in a Seaway, WP2 Hull and propeller optimization
Short description of the development of the toolbox. The main objective of this toolbox is to extract, visualize and analyze information from Big Data sets of ship performance and navigation parameters. (work related to SP4, Task 1)
Emission control based energy efficiency measures in ship operations
Published: 18.08.2016
1 document
Published in documentation → publications → journal-papers
Author(s): Prasad Perera, Brage Mo
Categories: SP4 Performance in a Seaway
This study by Prasad Perera and Brage Mo presents an overview of emission control based energy efficiency measures in the ship operation phase with respect to possible energy conservation situations. The first part of the study discusses energy efficiency measures under the respective emission control regulations in the shipping industry.
Ship Speed Power Performance under Relative Wind Profiles
Published: 01.08.2016
1 document
Published in documentation → publications → conference-papers-and-presentations
Author(s): Prasad Perera, Brage Mo
Categories: SP4 Performance in a Seaway, WP2 Hull and propeller optimization
This study focuses on evaluating ship speed and power performance under relative wind profiles by considering several statistical data analysis methods.
Machine Intelligence for Energy Efficient Ships: A Big Data Solution
Published: 01.08.2016
1 document
Published in documentation → publications → conference-papers-and-presentations
Author(s): Lokukaluge P. Perera, Brage Mo
Categories: SP4 Performance in a Seaway, WP4 Ship system integration and validation
Appropriate navigation strategies are developed to overcome the challenges that are encountered by the shipping industry due to various emission control based energy efficiency measures.
The Ocean as a Solution for Climate Change: 5 Opportunities for Action
Published: 24.09.2019
Published in documentation → publications → external-publications
Elizabeth Lindstad, co-author of the scientific report "The Ocean as a Solution for Climate Change: 5 Opportunities for Action" prepared for the High Level Panel for A Sustainable Ocean Economy, published on Sept 23rd 2019.