Gifted Education Fund - AIoT Coding & Engineering Skills Education for Gifted Students
Student Project Exhibiton
Project ID : 1
Game Character Detection
| Project Information | Poster |
|---|---|
| P1
Game Character Detection
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| Student Names: PongWaiYiu, LamTinyu, NgChunwai | |
| Video Demo | |
| GitHub | |
This project aims to develop an aiming assist for first person shooter games.
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Project ID : 2
Spotted
| Project Information | Poster |
|---|---|
| P2
Spotted
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| Student Names: Victoria Chu, Min Chae Ki | |
| Video Demo | |
| GitHub | |
Skin cancer in moles, known as melanoma, is a very common non-communicable disease. Detecting the cancer is a very subjective task for dermatologists and doctors. With our AI model, we hope to confirm professonal diagnoses from this demanding task, and improve the well-being of communities as a result.
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Project ID : 3
Detect Dangerous for Blind People
| Project Information | Poster |
|---|---|
| P3
Detect Dangerous for Blind People
|
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| Student Names: Tang Yu Sum, Ho Mei Ling, Chung Ka San | |
| Video Demo | |
| GitHub | |
To detect danger around the blind people when they were walking in the shopping mall. Using a training module to analysis the distance between the person and user and give a direct response to the user to be careful around the surrounding environment.
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Project ID : 4
ReSpire: Early Diagnosis and Prevention of Disease
| Project Information | Poster |
|---|---|
| P4
ReSpire: Early Diagnosis and Prevention of Disease
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| Student Names: Aidan Cheng, Natalie Ko | |
| Video Demo | |
| GitHub | |
In this project, we trained and tested a regularized CNN model which predicts a respiratory disease (if any) in a user based on an audio recording of the breathing sounds from the chest. We were motivated to create this model because of the high mortality rate from respiratory diseases seen worldwide.
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Project ID : 5
Handwriting & Phrase Recognition and Translation using an RNN
| Project Information | Poster |
|---|---|
| P5
Handwriting & Phrase Recognition and Translation using an RNN
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| Student Names: Bobo Chen, Ethan Muller, Mira Chan | |
| Video Demo | |
| GitHub | |
1.Attempts to classify offline handwritten word and translate it into a digital form.2.Training a Convolutional Neural Network. 3.Applied for detecting different handwritten
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Project ID : 6
Intoxication? GOTCHA!
| Project Information | Poster |
|---|---|
| P6
Intoxication? GOTCHA!
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| Student Names: Yan Tung Maya, Lee Kam Yee Christine | |
| Video Demo | |
| GitHub | |
Project ID : 7
MC Checking System
| Project Information | Poster |
|---|---|
| P7
MC Checking System
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| Student Names: Chow Chong Hang, Hui Yeung Ting | |
| Video Demo | |
| GitHub | |
Our team notice that OMR scanners can only check the test paper in specific formats. To solve this problem, our project is trying to make an MC checking system which is able to check the answers on all formats of test paper.
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Project ID : 8
AI Care for the Elderly
| Project Information | Poster |
|---|---|
| P8
AI Care for the Elderly
|
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| Student Names: Chan Yik Tsun, Chan Chun Ping, Kaur Preeti, Kumar Tvesha Sanjay, Yuen Yui Tung | |
| Video Demo | |
| GitHub | |
As a result of the ageing population around the world, lot of elderly people, especially in Hong Kong, live alone. Hence, we want to create a better, and more integrated AIoT system to monitor the elderly, in case of any mishaps. For example, if the senior falls down, caretaking personnel will be called immediately. This can greatly reduce the health risks posed on the vulnerable elderly.
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Project ID : 9
Predictive Modelling of Sanitiser Usage
| Project Information | Poster |
|---|---|
| P9
Predictive Modelling of Sanitiser Usage
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| Student Names: Yannis Ng, Nicole Tse, Thomas Ng, Jimmy Li, Aarush Sahoo | |
| Video Demo | |
| GitHub | |
Hand sanitizer dispensers get easily finished and take long time to refill. For each hand sanitiser dispenser, attach a device to track when it is dispensing.
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Project ID : 10
CATRA: Cat Attributes Tracing
| Project Information | Poster |
|---|---|
| P10
CATRA: Cat Attributes Tracing
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| Student Names: Kaitlyn, Emily | |
| Video Demo | |
| GitHub | |
Analysing and processing the features and ratios of cats’ faces to detect pain by utilising the feline grimace scale.
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Project ID : 11
Students Predicting House Prices with Advanced Linear Regression
| Project Information | Poster |
|---|---|
| P11
Students Predicting House Prices with Advanced Linear Regression
|
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| Student Names: Lai Chun Hei, Wan Yau Shing | |
| Video Demo | |
| GitHub | |
We want to detect game bots and make the AI shoot at the bot without using specific game data to micmic human actions in which they only act when they see the bot. And have an overall human-like reaction.In this project, we will train the AI to reognize the game bot
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Project ID : 12
Laughter Catcher
| Project Information | Poster |
|---|---|
| P12
Laughter Catcher
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| Student Names: Elinor Cheung, Kaitlyn Chow | |
| Video Demo | |
| GitHub | |
Project ID : 20
AI Automated Wheelchair
| Project Information | Poster |
|---|---|
| P20
AI Automated Wheelchair
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| Student Names: Chu Hui Chyun | |
| Video Demo | |
| GitHub | |
The traffic lights in use today are working using a time countdown system. As it is not efficient enough, Below is a solution which tries to help with the problem..
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Project ID : 21
Face Mask Recognition System
| Project Information | Poster |
|---|---|
| P21
Face Mask Recognition System
|
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| Student Names: Wong Yiu Fung Godwin | |
| Video Demo | |
| GitHub | |
Under the pandemic, facial mask became an important daily tool to prevent the spread of respiratory diseases. So wearing facial mask is a very crucial step to build up a community safety net and stop the virus from spreading. So A.I. can be applied to monitor whether people in a crowd have wore a mask or not.
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Project ID : 22
AI Drone Rescue
| Project Information | Poster |
|---|---|
| P22
AI Drone Rescue
|
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| Student Names: Siu ho Lam | |
| Video Demo | |
| GitHub | |
This project's main goal is to address the rise in lost hikers in Hong Kong in recent years. Zephyrus is the Greek goddess of west winds, and the messenger of spring, in the same way, I hope these drones could become “messengers” as well, guiding rescuers to lost hikers easily.
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Project ID : 23
AI Food Recommendation
| Project Information | Poster |
|---|---|
| P23
AI Food Recommendation
|
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| Student Names: Leung Lok Hay Hayden | |
| Video Demo | |
| GitHub | |
Many have experienced the struggles of deciding between which restaurant to dine in. This project aims to ease the process by constructing a recommendation system which makes use of collaborative filtering techniques.
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Project ID : 24
AI HOTLINE
| Project Information | Poster |
|---|---|
| P24
AI HOTLINE
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| Student Names: Chow Wang Yui | |
| Video Demo | |
| GitHub | |
AI Crutch for Visual Disabled help the visually impaired to Identify the road sign and dodge obstacles, while crossing the road.
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Project ID : 25
MaskWearingDetected
| Project Information | Poster |
|---|---|
| P25
MaskWearingDetected
|
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| Student Names: Chung Wai Keung, Lo Ho Man,Tse Pui Ling, Wong King Wang | |
| Video Demo | |
| GitHub | |
Detecting whether people are wearing masks and remind them that if they are not wearing a mask.
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Project ID : 26
AI Posture Check
| Project Information | Poster |
|---|---|
| P26
AI Posture Check
|
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| Student Names: Cheung Sau Nam | |
| Video Demo | |
| GitHub | |
AI Posture Check aims to solve the problem of people sitting in a bad posture. It captures a picture every few seconds and analyzes the picture to see if the user is sitting with a correct posture.
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Project ID : 27
Programable Security System
| Project Information | Poster |
|---|---|
| P27
Programable Security System
|
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| Student Names: Kynson Szetau | |
| Video Demo | |
| GitHub | |
This project provide a flexible and programmable home security system to users, allows them to customize it in order to suit their needs and handle various kind of situations.
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Project ID : 28
Book Recommendation System
| Project Information | Poster |
|---|---|
| P28
Book Recommendation System
|
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| Student Names: Pang Tsz Yeung | |
| Video Demo | |
| GitHub | |
This Book Recommendation System aims to give the user a recommendation of books based on feedback provided by the user with a content based recommendation system
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Project ID : 29
Handwriting Recognition
| Project Information | Poster |
|---|---|
| P29
Handwriting Recognition
|
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| Student Names: Isabelle Ho | |
| Video Demo | |
| GitHub | |
While people who are blind can have their computer to read out typed documents, there aren’t many ways for them to read handwritten documents without another person’s help.
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Project ID : 30
EEG Signal Classification by CNN
| Project Information | Poster |
|---|---|
| P30
EEG Signal Classification by CNN
|
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| Student Names: Xiao Wing Hong | |
| Video Demo | |
| GitHub | |
This project is about classifying electroencephalography (EEG) signal by using Convolutional Neural Network (CNN).
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Project ID : 31
Drowsiness Detection AI
| Project Information | Poster |
|---|---|
| P31
Drowsiness Detection AI
|
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| Student Names: Fu Ming Hon Harvey | |
| Video Demo | |
| GitHub | |
This project aims to detect drowsiness of users from facial features. Applications include driving and operating machines.
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Project ID : 32
Visual Tracking and Locking
| Project Information | Poster |
|---|---|
| P32
Visual Tracking and Locking
|
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| Student Names: Ryan Lam | |
| Video Demo | |
| GitHub | |
Use cameras with artificial intelligence to detect and track objects of interest.
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Project ID : 33
HKDSE Elective Recommendation System
| Project Information | Poster |
|---|---|
| P33
HKDSE Elective Recommendation System
|
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| Student Names: Aurora Chua | |
| Video Demo | |
| GitHub | |
A statistical approach to creating a HKDSE category A elective recommendation system
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Project ID : 34
Emoji Recognition Within Text
| Project Information | Poster |
|---|---|
| P34
Emoji Recognition Within Text
|
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| Student Names: Leung Ho Yin | |
| Video Demo | |
| GitHub | |
A word can contain different meanings in different contexts. One way to determine which definition is appropriate for a word in a particular sentence is to determine its part of speech.
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Project ID : 35
Emotion Recognition
| Project Information | Poster |
|---|---|
| P35
Emotion Recognition
|
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| Student Names: Luciano Suen | |
| Video Demo | |
| GitHub | |
The project was made so that employers or HR departments would be able to monitor their employees, so that they could appropriately care for them and maximise work efficiency. This project attempted to solve this issue by using facial recognition technology and an emotional detector.
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Project ID : 37
Words Recognition and Speech (WRS)
| Project Information | Poster |
|---|---|
| P37
Words Recognition and Speech (WRS)
|
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| Student Names: Cheung Siu Wai | |
| Video Demo | |
| GitHub | |
Help illiterates hear the handwritten words using “image to text” and “text to speech” technologies.
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Project ID : 38
Bitcoin/Ethereum Price Prediction
| Project Information | Poster |
|---|---|
| P38
Bitcoin/Ethereum Price Prediction
|
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| Student Names: Lee Long Sze Lonz, Liu Siu Yeung, Tsang Chun Hei | |
| Video Demo | |
| GitHub | |
Cryptocurrency trading is a hot topic in recent years. This project presents a solution to automate cryptocurrency trading by making a cryptocurrency trading algorithm integrated with price prediction.
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Project ID : 39
Improve Current Motion Matching
| Project Information | Poster |
|---|---|
| P39
Improve Current Motion Matching
|
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| Student Names: Chang Jeffrey Sin To | |
| Video Demo | |
| GitHub | |
Animation and machine learning research have shown great advancements in the past decade, leading to robust and powerful methods for learning complex physically-based animations. However, learning can take hours or days (methods like Differential Evolution), especially if no reference movement data is available. To address these shortcomings, this project investigates the effects of using Recurrent Neural Networks, given motion capture data, in the training of a humanoid agent.
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Project ID : 40
Interpreting Visual Cues through Artificial Intelligence
| Project Information | Poster |
|---|---|
| P40
Interpreting Visual Cues through Artificial Intelligence
|
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| Student Names: Adrian King | |
| Video Demo | |
| GitHub | |
For my final project, I created an AI program to recognize tableware and kitchen utensils.I was inspired to try help food industry workers avoid catching Covid.
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Project ID : 41
Model 3D Objects
| Project Information | Poster |
|---|---|
| P41
Model 3D Objects
|
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| Student Names: Eden Wong | |
| Video Demo | |
| GitHub | |
Have you ever wondered how people flatten 3D meshes in 3D editing software? I decided to implement my own program in blender with python to learn more about singular-value-decomposition(SVD).
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Project ID : 42
Checking real Cola
| Project Information | Poster |
|---|---|
| P42
Checking real Cola
|
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| Student Names: Chan Chin Lok | |
| Video Demo | |
| GitHub | |
There are lots of talented young people who can't find a place to show off their talents.That’s
why I want to make an easy project but noticeable.To make more people show off.
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Project ID : 43
Noise Filtering
| Project Information | Poster |
|---|---|
| P43
Noise Filtering
|
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| Student Names: Wong Chun Hay Hayson | |
| Video Demo | |
| GitHub | |
MICMOD+ is a noise cancellation mobile apps. Noise cancellation is one of the main challenges in communication systems and has been a focus of study for many years. There are some noise cancellation systems in Computer systems but not in mobile apps.
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Project ID : 44
Phone Iris Recognition System
| Project Information | Poster |
|---|---|
| P44
Phone Iris Recognition System
|
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| Student Names: Tsui Hei Long | |
| Video Demo | |
| GitHub | |
Nowadays, people have started to value their personal health. Currently, with the help of technology such as smart watch, we can monitor our health instantly. At present, we know that eye-related diseases can be identified by scanning the changes in the irises. Therefore, it is possible that we can also detect other body illnesses by changes in irises. For example, researches have shown that some illnesses in the colon can be noticed through the observation of changes in the irises. With the help of our cell phone, we can have a simple body check every day just by using our iris to unlock our cell phone.
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Project ID : 45
Car Detection
| Project Information | Poster |
|---|---|
| P45
Car Detection
|
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| Student Names: Lam Pak Ho | |
| Video Demo | |
| GitHub | |
I am trying to make an AI system which can recognize different type of cars
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Project ID : 46
Predicting DSE Result
| Project Information | Poster |
|---|---|
| P46
Predicting DSE Result
|
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| Student Names: Ng Pui Hei, Duncan | |
| Video Demo | |
| GitHub | |
Sometimes, I will forget to wear some parts of my uniform, maybe my school tie or my belt, so I want to make an AI that can tell me if I have missed something.
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Project ID : 47
Real-time Face Recognition Student Attendance System for Schools with Moving Faces
| Project Information | Poster |
|---|---|
| P47
Real-time Face Recognition Student Attendance System for Schools with Moving Faces
|
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| Student Names: Joshua Ho Lok Bong | |
| Video Demo | |
| GitHub | |
This project increases the efficiency to take attendance and inform students about their exam details (including exam venue and seat) using face recognition technology. A monitor enlists the exam details of a student captured from a camera after the student is identified, while logging his presence in an attendance file.
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Project ID : 48
Language Pronunciation Accuracy Checker
| Project Information | Poster |
|---|---|
| P48
Language Pronunciation Accuracy Checker
|
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| Student Names: Karunakaran Vasudev | |
| Video Demo | |
| GitHub | |
Currently, there are quite a few apps focusing on teaching people new languages, like Duolingo. However, rarely do these apps focus on the learner's pronunciation of words. My project aims to change that using different APIs and python.
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Project ID : 49
Robot car that can help you find things
| Project Information | Poster |
|---|---|
| P49
Robot car that can help you find things
|
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| Student Names: Fong Chi Wai | |
| Video Demo | |
| GitHub | |
A robot car will randomly move around and scan the floor to find the item that the user selected.
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Project ID : 50
Sign Language Translator
| Project Information | Poster |
|---|---|
| P50
Sign Language Translator
|
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| Student Names: Yam Tin Lam Lucas | |
| Video Demo | |
| GitHub | |
This project aims to translate sign language into words by training an AI model with TensorFLow Keras, helping persons with hearing and speech difficulties to remove communication barries.
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Project ID : 51
Sit Smart
| Project Information | Poster |
|---|---|
| P51
Sit Smart
|
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| Student Names: Nicolas So | |
| Video Demo | |
| GitHub | |
“Be Smart, Sit Smart!” Sit Smart is a habit-forming software which aims to help users develop a healthy sitting posture. It is suitable for all ages, from young children to adults. It consists of a core machine learning model as well as various useful features like games, goals and analysis to help users develop a healthy sitting habit. If you feel worried about your incorrect sitting posture and want to change it, Sit Smart is a suitable tool for you!
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Project ID : 55
Smart Sign-in System
| Project Information | Poster |
|---|---|
| P55
Smart Sign-in System
|
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| Student Names: Kong Ko Lun | |
| Video Demo | |
| GitHub | |
Traditional sign-in systems often have many security risks and require contact with surfaces. My system aims to make the staff sign-in process contactless and improve security.
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Project ID : 56
Application of AI in commercial aspect
| Project Information | Poster |
|---|---|
| P56
Application of AI in commercial aspect
|
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| Student Names: Ma Sze Sum | |
| Video Demo | |
| GitHub | |
Nowadays, commercial environment is a lot complex then before.A large variety of unknown and known factors might affect the results.
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