Innovating Human-Machine Interaction for Autonomous Ships

Combining research and field studies for advanced maritime technology solutions.

Innovating Human-Machine Interaction

At Jiangtong Technology, we explore autonomous ships through research, literature reviews, field studies, and simulation experiments to bridge gaps in understanding and enhance practical applications in the maritime industry.

An aerial view of a sleek, modern ship navigating through deep blue-green ocean waters. The ship's deck features various equipment, vehicles, and structures arranged symmetrically.
An aerial view of a sleek, modern ship navigating through deep blue-green ocean waters. The ship's deck features various equipment, vehicles, and structures arranged symmetrically.

Research and Evaluation

Combining literature review, field research, and simulation experiments for autonomous ship systems.

Field Research Insights
A large cargo ship laden with multicolored shipping containers is being assisted by two smaller tugboats in a wide expanse of water. The ship has the letters 'HMM' prominently displayed on its side. The background includes a distant industrial area with cranes and buildings.
A large cargo ship laden with multicolored shipping containers is being assisted by two smaller tugboats in a wide expanse of water. The ship has the letters 'HMM' prominently displayed on its side. The background includes a distant industrial area with cranes and buildings.

In-depth interviews with industry experts to address needs and expectations in applications.

A ship's wheel is centered in the image, made of wood and metal. The background features a green dashboard with multiple windows letting in natural light. Various equipment and controls, including levers and a flashlight, are visible. A box labeled 'SHIHANG' is situated behind the wheel.
A ship's wheel is centered in the image, made of wood and metal. The background features a green dashboard with multiple windows letting in natural light. Various equipment and controls, including levers and a flashlight, are visible. A box labeled 'SHIHANG' is situated behind the wheel.
A large blue and white ship with orange accents is positioned on calm waters. The ship has a complex array of antennas and equipment on its upper deck. A small red buoy is floating nearby with a flag attached.
A large blue and white ship with orange accents is positioned on calm waters. The ship has a complex array of antennas and equipment on its upper deck. A small red buoy is floating nearby with a flag attached.
Simulation Experiments Overview

Conducting controlled experiments to evaluate human-machine interaction in autonomous ships.

Literature Review Analysis

Reviewing relevant studies to identify gaps in autonomous shipping research.

Research Methods

Combining literature review and field research for insights.

A nautical control panel featuring a compass and a navigation screen is seen through a ship's window with a view of the open sea and horizon under a clear sky.
A nautical control panel featuring a compass and a navigation screen is seen through a ship's window with a view of the open sea and horizon under a clear sky.
Field Research

Understanding needs through interviews and expert exchanges.

The image depicts the bridge of a large ship, prominently featuring the glass-enclosed command center where a person in a white uniform is visible. The exterior of the ship is a sleek white with modern design elements, including circular windows and safety equipment. The sky is overcast, giving the scene a clean and minimalistic look.
The image depicts the bridge of a large ship, prominently featuring the glass-enclosed command center where a person in a white uniform is visible. The exterior of the ship is a sleek white with modern design elements, including circular windows and safety equipment. The sky is overcast, giving the scene a clean and minimalistic look.
A close-up view of the bridge of a ship, featuring a control room with large windows. Various antennas and navigational equipment are mounted on the structure, and a person is visible inside the room. The ship's exterior is white, and the background shows a clear sky and blurry outlines of trees and electrical wires.
A close-up view of the bridge of a ship, featuring a control room with large windows. Various antennas and navigational equipment are mounted on the structure, and a person is visible inside the room. The ship's exterior is white, and the background shows a clear sky and blurry outlines of trees and electrical wires.
Simulation Experiments

Conducting experiments to evaluate human-machine interactions effectively.

Research

Exploring human-machine interaction in autonomous shipping.

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