Automatic Route Calculation based on S-100 Electronic Navigational Charts
The route calculation will take into account the shortest distance but also safe distance from shore, the weather (either statistically prevalent or actual in real time), currents, wrecks, obstructions, and the COLREGS (Collision Regulations) related to crossing the TSS (Traffic Separation Scheme).
As the upload file feature barely uploads a simple text file I will share here a link with my onedrive so you can download the material. Link here .
Please follow the Thesis guidance and publications found in the Thesis manual folder and give certain emphasis on the conclusions part as this is the big focus of the exam team.
You can start the Thesis by resuming the word document named “Automatic Route Calculation based on S-100 Thesis research Plan AMO 2020” as the desired structure is already there as per the table of contents list contained inside the material folder .
The main thing I really need from the editor is to have a look at the list of book and articles I have amassed related to Wayfinding, Marine Material, Cloud Computing, Cybersec, Machine / Deep Learning, IoT, Quantum computing, etc and make to the best f his abilities a good disertation and make sure to cross check that the math contained in the papers make sense and can verified by one another and if not to state in which cases they match / coincide and in which they don’t. I really need an exhausting listing and description of all wayfinding / pathfinding algorithms / methods, description of the plus and minus for each coding language and although you can never say which is the best coding language, i need to prove with technical arguments which coding language is more suitable for this purpose. In Chapters 16, 16.1, 16.2, 16.3, 16.4, 16.5 i need a good description of what is machine learning, deep learning, etc and the types of models used such as GAAN, Monte Carlo model,etc. . On the Wayfinding/Pathfinding Algorthms sections please make a table similar and as big as possible and if you believe more extensive in terms of attributes regarding A Comprehensive Study on “Table 1: Recently reported pathfinding algorithms used in robotics and video games” as mentioned on the Paper “Pathfinding Techniques for Robotics and Video Games” contained in the folder Wayfinding Algorthms.
Please pay special attention to Chapters from Ch. 14 until Ch 24.
About the Appendixes please make sure to make two Cybersecurity Risk Assessments (one for Cloud and one for onboard server model) and the terminology relate to anything IT and I will fill the terminology part for the Maritime.
Contact me at any time needed via phone or email.
Best of Luck
