- Implemented serial communication protocols using Python to accurately collect 6-degree-of-freedom sensor data from embedded sensors within electronic cigarettes. Leveraged AWS services for secure and scalable data storage, and applied machine learning algorithms for feature scaling (normalization), denoising, and standardizing
- Utilized Python and Matplotlib for advanced data processing and visualization, extracting insights from mobile
- Employed Python for meticulous data preprocessing and pivotal feature extraction from the MySQL database
- Applied supervised and unsupervised learning techniques, enhancing dataset information quality by 20% and improving prediction accuracy of machine learning models by 6
- Applied Autoencoder-Generative Adversarial Networks (AE-GDI
A
Alphabet
Machine Learning Engineer
Hong Kong, HK
April 2023 - June 2023
S
ShenZhen Institude of Advanced Technology Chinese Academy of Sciences
Researcher
Shenzhen, CN
August 2020 - May 2021
Skills
Languages
ChineseEnglish
Skills
AlgorithmsAmazon Web ServicesArtificial Neural NetworksAttention to DetailCluster AnalysisCommunications ProtocolsComputer EngineeringC++ (Programming Language)Customer ExperienceData CollectionData ManagementData ProcessingData QualityData Storage TechnologiesDeep LearningElectronicsEncodingsFeature ExtractionForecasting SkillsFraud Prevention and DetectionGesture RecognitionHardware DesignImage File FormatsKnowledge of EngineeringKnowledge of FinanceMachine LearningMATLABMatplotlibMySQLNatural Language ProcessingNormalization ProcessesNumPyPandasPredictive ModellingProgramming LanguagesPython (Programming Language)PytorchRandom ForestResearch SkillsRisk AnalysisSciencesSensorsSerial CommunicationsSQL DatabasesStandardizationTelecommunicationsTensorflowUnsupervised LearningVisualization