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Open to CV/ML, computer networks, and telecommunications internships
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Open to CV/ML, computer networks, and telecommunications internships
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Achievement: StarstruckAchievement: Pull SharkAchievement: QuickdrawAchievement: YOLO

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Achievement: StarstruckAchievement: Pull SharkAchievement: QuickdrawAchievement: YOLO

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lhlizdabezt/README.md

Luong Hai Long engineering portfolio banner

Luong Hai Long - Computer Vision, Machine Learning, and Network Communications

GitHub portfolio with 36 public repositories GitHub profile views counter LinkedIn profile for Luong Hai Long Work email luonghailong.work@gmail.com Student email 22207056@student.hcmus.edu.vn Phone +84 988 114 708 Resume PDF for Luong Hai Long

Facebook profile Instagram profile LinkedIn profile YouTube channel TikTok profile

October 1, 2026 inventory: 36 public repositories, 33 public non-fork repositories, and six featured projects

Stationary project cards with subtle color changes for computer vision, machine learning, computer networks, and telecommunications

About

My academic work in Electronics and Telecommunications Engineering at VNUHCM - University of Science focuses on computer vision, machine learning, deep learning, computer networks, and telecommunications.

The six featured projects cover YOLO/OCR license plate recognition, CT image processing, I/Q signal classification with a 1D CNN, Cisco network configuration, and MATLAB/Python communications studies. Their repositories contain code, notebooks, reports, and releases with explicit coursework, team, or prototype scope.

I am seeking internships in computer vision, machine learning, network engineering, and telecommunications. Embedded firmware and FPGA/SoC projects provide additional experience with device interfaces and debugging. The linked one-page resume was updated on September 16, 2026; this profile was reviewed on October 1, 2026.

Contact

Channel Link
Work email luonghailong.work@gmail.com
Student email 22207056@student.hcmus.edu.vn
Phone +84 988 114 708
Resume Luong Hai Long CV, updated September 16, 2026
Resume source Editable Typst source
GitHub github.com/lhlizdabezt
LinkedIn linkedin.com/in/lhlizdabezt
Facebook facebook.com/wageseadrake
Instagram instagram.com/lhlizdabezt
YouTube youtube.com/@lhlizdabezt
TikTok tiktok.com/@wageseadrake

Featured Portfolio Repositories

Vietnamese ALPR with YOLO and OCR

Computer vision project using YOLO/PyTorch detection, OCR/FastALPR recognition, Kaggle/IPYNB training evidence, Python desktop inference and a bounded LAN demonstration.

Line-free NhapMonAI animated ALPR evidence card

YOLO continuation run showing training and validation losses, detector precision, recall, mAP50, and mAP50-95
Detector training and validation curves from the project report.

Biomedical Image Processing Laboratory

Python/Jupyter coursework covering manual pixel operations, CT ROI analysis, explicit spatial and FFT filtering, image resampling and quantitative SSIM comparison.

Biomedical image processing laboratory evidence overview

CT coursework comparison of the original image, factor-two downsampling, bilinear restoration, and bicubic restoration with SSIM values
CT resampling and SSIM comparison from Laboratory 2.

DEEPDSP-AMC Automatic Modulation Classification

Six-class I/Q signal classification using 18 DSP features, a 400-tree Random Forest, a compact 1D CNN and validation-selected probability fusion, with explicit synthetic-data limits.

DEEPDSP AMC automatic modulation classification evidence overview

Network Technology Laboratory 2026

Six Cisco Packet Tracer laboratories plus midterm and final-review records covering dual-stack access, VLANs, OSPF, NAT, WLAN, and application services.

Network Technology Laboratory 2026 evidence overview

Wireless Communications MATLAB Practice

Twenty-three MATLAB scripts covering Rayleigh and Rician fading, BER Monte Carlo studies, OFDM, MIMO, SVD precoding, equalizers and diversity techniques.

Wireless communications MATLAB portfolio visual

Digital Signal Processing Laboratory 2026

Executed Jupyter work across Labs 1-7: sampling, LTI systems, Fourier analysis, frequency response, FIR/IIR design and audio filtering, with 180 searchable report pages.

Digital Signal Processing Laboratory 2026 spectrum and reproducibility visual

Technical Stack

Technical tool icons

Computer vision: YOLO OCR OpenCV AI and machine learning: PyTorch Kaggle Networks and security: Cisco IOS SSH OSPF NAT FPGA SoC Quartus Cyclone V ASIC RTL Verilog Formality ICC2 Embedded systems STM32 BLE UART Instrumentation sensors ADC calibration MATLAB DSP BER Wireless Antennas and radio frequency engineering: arrays, Friis transmission and propagation

Footer banner for the engineering portfolio

Source and update instructions: Portfolio guide.

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  1. NhapMonAI NhapMonAI Public

    Vietnamese ALPR portfolio project using YOLO/PyTorch and OCR/FastALPR, with Kaggle/IPYNB training evidence, desktop inference, LAN demo, reports and release-backed visuals.

    Jupyter Notebook 20

  2. DEEPDSP-Automatic-Modulation-Classification DEEPDSP-Automatic-Modulation-Classification Public

    Automatic modulation classification for six simulated I/Q signal classes using DSP features, Random Forest, a compact 1D CNN, and a Streamlit workbench.

    Jupyter Notebook

  3. Biomedical-Image-Processing-Laboratory-2026 Biomedical-Image-Processing-Laboratory-2026 Public

    Reproducible biomedical image-processing coursework: manual pixel operations, CT ROI analysis, spatial/FFT filtering, resampling, SSIM, and Typst reports.

    Jupyter Notebook

  4. Digital-Signal-Processing-Laboratory-2026 Digital-Signal-Processing-Laboratory-2026 Public

    Executed Jupyter notebooks and searchable reports for DSP Labs 1-7: sampling, LTI systems, Fourier analysis, frequency response, FIR, IIR, and audio filtering.

    Jupyter Notebook

  5. Network-Technology-Laboratory-2026 Network-Technology-Laboratory-2026 Public

    Six Cisco Packet Tracer labs plus midterm and final-review packages covering VLANs, OSPF, DHCP, NAT, STP, WLAN, and Typst reports.

    Typst

  6. ThucHanhTruyenThongKhongDay ThucHanhTruyenThongKhongDay Public

    Wireless communications MATLAB practice with fading channels, OFDM, MIMO, SVD precoding, equalizers, BER Monte Carlo, exams and visual release assets.

    MATLAB