Firefly optimization algorithm flowchart. by Zhengyu Xu (8550660)

“…This highlights the algorithm’s capability to depict underground electrical structures and karst developments accurately, thereby improving the precision of TEM data processing and interpretation.…”

Particle swarm optimization algorithm flowchart. by Zhengyu Xu (8550660)

“…This highlights the algorithm’s capability to depict underground electrical structures and karst developments accurately, thereby improving the precision of TEM data processing and interpretation.…”

S1 Data - by Zhengyu Xu (8550660)

“…This highlights the algorithm’s capability to depict underground electrical structures and karst developments accurately, thereby improving the precision of TEM data processing and interpretation.…”

The primeval multi-channel map of the TEM method. by Zhengyu Xu (8550660)

“…This highlights the algorithm’s capability to depict underground electrical structures and karst developments accurately, thereby improving the precision of TEM data processing and interpretation.…”

The image of the Aekley function. by Zhengyu Xu (8550660)

“…This highlights the algorithm’s capability to depict underground electrical structures and karst developments accurately, thereby improving the precision of TEM data processing and interpretation.…”

Data processing for multi-sensor synchronization. by Kathylee Pinnock Branford (18291038)

Control process flowchart. by Hongjun Meng (5031806)

PID controller parameters optimization process. by Hongjun Meng (5031806)

Data Sheet 2_Early stroke detection through machine learning in the prehospital setting.pdf by María Ríos Delgado (22004942)

Data Sheet 1_Early stroke detection through machine learning in the prehospital setting.pdf by María Ríos Delgado (22004942)

Table 1_Early stroke detection through machine learning in the prehospital setting.xlsx by María Ríos Delgado (22004942)

Minimal test data set by Wenshun Sheng (21485393)

Portable and Self-Powered Sensing AI-Enabled Mask for Emotional Recognition in Virtual Reality by Deqiang He (14342763)

“…Various TENG negative electrode materials are evaluated to improve sensor performance, and the efficacy of a single sensor is confirmed. For accurate facial movement and emotion detection, different machine learning algorithms are assessed, leading to the selection of an advanced data processing method with a two-layer long short-term memory model, which achieves 99.87% accuracy. …”

Portable and Self-Powered Sensing AI-Enabled Mask for Emotional Recognition in Virtual Reality by Deqiang He (14342763)

“…Various TENG negative electrode materials are evaluated to improve sensor performance, and the efficacy of a single sensor is confirmed. For accurate facial movement and emotion detection, different machine learning algorithms are assessed, leading to the selection of an advanced data processing method with a two-layer long short-term memory model, which achieves 99.87% accuracy. …”

Portable and Self-Powered Sensing AI-Enabled Mask for Emotional Recognition in Virtual Reality by Deqiang He (14342763)

“…Various TENG negative electrode materials are evaluated to improve sensor performance, and the efficacy of a single sensor is confirmed. For accurate facial movement and emotion detection, different machine learning algorithms are assessed, leading to the selection of an advanced data processing method with a two-layer long short-term memory model, which achieves 99.87% accuracy. …”

Portable and Self-Powered Sensing AI-Enabled Mask for Emotional Recognition in Virtual Reality by Deqiang He (14342763)

“…Various TENG negative electrode materials are evaluated to improve sensor performance, and the efficacy of a single sensor is confirmed. For accurate facial movement and emotion detection, different machine learning algorithms are assessed, leading to the selection of an advanced data processing method with a two-layer long short-term memory model, which achieves 99.87% accuracy. …”

Data sheet Sun. by Yoshimasa Ohmoto (19862184)

“…<div><p>Background</p><p>Children with high autistic traits often exhibit deficits in drawing, an important skill for social adaptability. Machine learning is a powerful technique for learning predictive models from movement data, so drawing processes and product characteristics can be objectively evaluated. …”

Data sheet Square. by Yoshimasa Ohmoto (19862184)

“…<div><p>Background</p><p>Children with high autistic traits often exhibit deficits in drawing, an important skill for social adaptability. Machine learning is a powerful technique for learning predictive models from movement data, so drawing processes and product characteristics can be objectively evaluated. …”

Data sheet Equirateral Triangle. by Yoshimasa Ohmoto (19862184)

“…<div><p>Background</p><p>Children with high autistic traits often exhibit deficits in drawing, an important skill for social adaptability. Machine learning is a powerful technique for learning predictive models from movement data, so drawing processes and product characteristics can be objectively evaluated. …”

Data sheet Invert Equirateral Triangle. by Yoshimasa Ohmoto (19862184)

“…<div><p>Background</p><p>Children with high autistic traits often exhibit deficits in drawing, an important skill for social adaptability. Machine learning is a powerful technique for learning predictive models from movement data, so drawing processes and product characteristics can be objectively evaluated. …”