IEEE BASE PAPER PROJECTS

IEEE Base Paper Projects

Projects anchored to a published IEEE paper — the DOI is linked on every listing page. New listings are built on recent IEEE Transactions base papers (2025–2026): each page shows the paper, what is implemented from it, and the team’s own features. New IEEE-anchored listings are published daily.

Browse by branch: AI & Machine Learning · Computer / IT · Electrical · Electronics / E&TC · IoT & Embedded · Web Development

Illustrative render of the Fire-Fighting Robot prototype.
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Fire-Fighting Robot

An autonomous fire-fighting robot that patrols, detects flames with IR flame sensors, navigates toward the fire and extinguis...

ESP32 IoT Embedded Systems
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Illustrative render of the Gesture-Controlled Robotic Arm using ESP32 prototype.
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Gesture-Controlled Robotic Arm using ESP32

A 4-DOF robotic arm that mirrors your hand gestures in real time — an MPU6050 gesture glove captures wrist motion, an ESP32 t...

ESP32 IoT Embedded Systems
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GNN + Transformer Anomaly Detection in Graph Networks — IEEE Transactions 2025 Base Paper Project — project thumbnail preview
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GNN + Transformer Anomaly Detection in Graph Networks — IEEE Transactions 2025 Base Paper Project

This project builds a GNN + Transformer anomaly detector that scores each graph node by how far its behaviour and neighbourho...

Matplotlib · evaluation plots Git version control Jupyter Notebook training pipeline
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Graph kernel neural network demo — kernel convolution explorer preview
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Graph Kernel Neural Networks with Learnable Structural Masks using Weisfeiler-Lehman and Shortest-Path Kernels for Graph Classification — IEEE Transactions 2025 Base Paper Project

Graph kernel neural networks are graph neural networks that use graph kernels — functions computing an inner product on graph...

Matplotlib · evaluation plots Git Jupyter Notebook HTML CSS JavaScript demo consoles
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Graph-Based Spatial-Temporal Attentive Network Vehicle Trajectory Prediction — IEEE Transactions 2025 Base Paper Project — project thumbnail preview
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Graph-Based Spatial-Temporal Attentive Network Vehicle Trajectory Prediction — IEEE Transactions 2025 Base Paper Project

This project implements the graph-based spatial-temporal attentive network of Benrachou et al. (IEEE Transactions on Intellig...

Matplotlib · evaluation plots Git Jupyter Notebook HTML CSS JavaScript demo console
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Hand Gesture Recognition using CNN - project prototype demo screenshot
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Hand Gesture Recognition using CNN

This project trains a 3D-CNN on an 8-class subset of the 20BN-Jester dataset — 148,092 crowd-recorded webcam gesture clips —...

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Industrial Motor Protection with IoT Alerts
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Industrial Motor Protection with IoT Alerts

An industrial motor protection panel built on an ESP32 that monitors per-phase current, motor temperature and phase presence,...

ESP32 DevKit microcontroller (WiFi + Bluetooth + dual-core 240 MHz) ACS712 Hall-effect current sensors (30 A + one per phase) DS18B20 digital temperature probe
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Field photo of an insect pest on a leaf alongside the demo app interface showing the predicted pest identity with confidence scores.
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Insect Pest Identification using CNN

This project builds an image-classification system that identifies crop insect pests from field photographs. A transfer-learn...

Matplotlib · Seaborn · training curves Python 3.10 · PyTorch · transfer learning torchvision · PIL · OpenCV · image preprocessing
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Li-Fi Based Audio Transmission System
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Li-Fi Based Audio Transmission System

An optical wireless communication build that transmits live audio through modulated visible light. An AUX audio source feeds...

High-brightness white LED with MOSFET constant-current driver Audio pre-amplifier and modulator stage Solar cell panel and BPW34 photodiode receiver
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IEEE guides

All guides

How to Pick an IEEE Base Paper for Your Final-Year Project

Picking the base paper decides whether an IEEE base-paper project works. This guide gives the five checks every paper must pass — recent Transactions paper, verifiable DOI, implementable method, clear own-feature slot, available dataset — plus the IEEE Xplore search workflow, a DOI-check script, and a worked three-paper shortlist scored against all five checks.

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How to Write the Abstract for Your IEEE Base-Paper Project

A step-by-step guide to writing the abstract for an IEEE base-paper project: the five-sentence structure (problem, base method, own feature, evaluation, scope), the 150–250 word budget, Phase-1 vs Phase-2 versions, a worked Phase-1 example built on a verified base paper, and the checklist and send-back table your guide actually uses.

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How to Write the Methodology Chapter for Your IEEE Base-Paper Project

A step-by-step guide to writing the methodology chapter for an IEEE base-paper project: mapping objectives to sections, describing the base method faithfully, drawing a system diagram that marks the own-feature boundary, giving the own feature the space it deserves, and writing an experiment protocol a reader can reproduce — with a submission checklist and the fixes for the six reasons guides send the chapter back.

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How to Prove Your Own Feature Works: Ablation Studies for IEEE Base-Paper Projects

A practical ablation method for IEEE base-paper projects: freeze one baseline, remove one component at a time, match parameters or compute, repeat across seeds, and read the resulting table honestly — so your own feature is proven, not just claimed.

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How to Rebuild an IEEE Base Paper That Has No Public Code

A step-by-step rebuild method for an IEEE base paper with no public code: confirm no code exists, extract a written specification, build skeleton-first block by block, test on toy data, handle datasets honestly, and report gaps openly.

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How to Write a Literature Survey for Your IEEE Base-Paper Project

A step-by-step method for writing the literature survey in an IEEE base-paper project: anchor on the base paper, take comparable paper notes, organise by theme, compare methods in tables, and turn an evidenced gap into your own feature.

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