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Learning Multi-Manifold Embedding for Out-Of-Distributi - [Learning Multi-Manifold Embedding for Out-Of-Distribution Detection](https://ai.inventec.com/ai/learning-multi-manifold-embedding-for-out-of-distribution-detection/) - Learning Multi-Manifold Embedding for Out-Of-Distributi - [Learning Multi-Manifold Embedding for Out-Of-Distribution Detection](https://ai.inventec.com/ai/learning-multi-manifold-embedding-for-out-of-distribution-detection/) - Learning Multi-Manifold Embedding for Out-Of-Distributi - [Profiling Patient Transcript Using Large Language Model Reasoning Augmentation for Alzheimer’s Disease Detection](https://ai.inventec.com/ai/profiling-patient-transcript-using-large-language-model-reasoning-augmentation-for-alzheimers-disease-detection/) - Profiling Patient Transcript Using Large Language Model - [Profiling Patient Transcript Using Large Language Model Reasoning Augmentation for Alzheimer’s Disease Detection](https://ai.inventec.com/ai/profiling-patient-transcript-using-large-language-model-reasoning-augmentation-for-alzheimers-disease-detection/) - Profiling Patient Transcript Using Large Language Model - [Profiling Patient Transcript Using Large Language Model Reasoning Augmentation for Alzheimer’s Disease Detection](https://ai.inventec.com/ai/profiling-patient-transcript-using-large-language-model-reasoning-augmentation-for-alzheimers-disease-detection/) - Profiling Patient Transcript Using Large Language Model - [Multi-modal Heart Failure Risk Estimation](https://ai.inventec.com/ai/multi-modal-heart-failure-risk-estimation/) - Multi-modal Heart Failure Risk Estimation based on Shor - [CKKS-FHEW/TFHE Hybrid Encrypted Inference Framework​](https://ai.inventec.com/ai/ckks-fhew-tfhe-hybrid-encrypted-inference-framework/) - An Efficient CKKS-FHEW/TFHE Hybrid Encrypted Inference - [Learning with Instance-dependent Noisy Labels](https://ai.inventec.com/?page_id=68621) - Learning with Instance-dependent Noisy Labels by Anchor - [Learning with Instance-dependent Noisy Labels](https://ai.inventec.com/zh-hans/ai/learning-with-instance-dependent-noisy-labels-by-anchor-hallucination-and-hard-sample-label-correction/) - Learning with Instance-dependent Noisy Labels by Anchor - [Learning with Instance-dependent Noisy Labels](https://ai.inventec.com/ai/learning-with-instance-dependent-noisy-labels-by-anchor-hallucination-and-hard-sample-label-correction/) - Learning with Instance-dependent Noisy Labels by Anchor - [Expanding Versatility of Agile Locomotion](https://ai.inventec.com/?page_id=68471) - Expert Composer Policy: Scalable Skill Repertoire for Q - [Expanding Versatility of Agile Locomotion](https://ai.inventec.com/?page_id=68471) - Expert Composer Policy: Scalable Skill Repertoire for Q - [Expanding Versatility of Agile Locomotion](https://ai.inventec.com/ai/expert-composer-policy-scalable-skill-repertoire-for-quadruped-robots/) - Expert Composer Policy: Scalable Skill Repertoire for Q - [Expanding Versatility of Agile Locomotion](https://ai.inventec.com/ai/expanding-versatility-of-agile-locomotion-through-policy-transitions-using-latent-state-representation/) - Expanding Versatility of Agile Locomotion through Polic - 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Demystifying data and AI for manufacturing: case studie - [Tensor Accelerator with Data Exchange Mesh](https://ai.inventec.com/ai/tensor-accelerator-with-data-exchange-mesh/) - A Dense Tensor Accelerator with Data Exchange Mesh for - [TrustMAE](https://ai.inventec.com/ai/trustmae/) - TrustMAE: A Noise-Resilient Defect Classification Frame - [Transition Motion Tensor](https://ai.inventec.com/ai/transition-motion-tensor/) - Transition Motion Tensor: A Data-Driven Approach for Ve - [Mixed-Domain Self-Attention Network](https://ai.inventec.com/ai/mixed-domain-self-attention-network/) - A Mixed-Domain Self-Attention Network for Multilabel Ca - [Domain-Generalized Textured Surface](https://ai.inventec.com/ai/domain-generalized-textured-surface/) - Domain-Generalized Textured Surface Anomaly Detection I - [Interpretable Estimation of the risk of Heart Failure Hospitalization from a 30-second Electrocardiogram](https://ai.inventec.com/ai/interpretable-estimation-of-the-risk-of-heart-failure-hospitalization-from-a-30-second-electrocardiogram/) - Interpretable Estimation of the risk of Heart Failure H - [Development of a Deep Learning-Based Tool to Assist Wound Classification](https://ai.inventec.com/ai/development-of-a-deep-learning-based-tool-to-assist-wound-classification/) - Development of a Deep Learning-Based Tool to Assist Wou - [A Benchmark for Machine-Learning based Non-Invasive Blood Pressure Estimation using Photoplethysmogram](https://ai.inventec.com/ai/a-benchmark-for-machine-learning-based-non-invasive-blood-pressure-estimation-using-photoplethysmogram/) - A Benchmark for Machine-Learning based Non-Invasive Blo - [A Robust Collaborative Learning Framework Using Data Digests and Synonyms to Represent Absent Clients](https://ai.inventec.com/ai/a-robust-collaborative-learning-framework-using-data-digests-and-synonyms-to-represent-absent-clients/) - A Robust Collaborative Learning Framework Using Data Di - [FedTrust](https://ai.inventec.com/ai/fedtrust/) - FedTrust: Towards Building Secure Robust and Trustworth - [Configuration through Optimization for In-Memory Computing Hardware and Simulators](https://ai.inventec.com/ai/configuration-through-optimization-for-in-memory-computing-hardware-and-simulators/) - Configuration through Optimization for In-Memory Comput - [MERIT](https://ai.inventec.com/ai/merit/) - MERIT: Tensor transform for memory-efficient vision pro - [CARL](https://ai.inventec.com/ai/carl/) - CARL: Controllable Agent with Reinforcement Learning fo - [GrateTile](https://ai.inventec.com/ai/gratetile/) - GrateTile: Efficient Sparse Tensor Tiling for CNN Proce - [A Trainable Reconciliation Method](https://ai.inventec.com/ai/a-trainable-reconciliation-method/) - A Trainable Reconciliation Method for Hierarchical Time - [Demystifying Data and AI for Manufacturing](https://ai.inventec.com/ai/demystifying-data-and-ai-for-manufacturing/) - Demystifying data and AI for manufacturing: case studie - [Tensor Accelerator with Data Exchange Mesh](https://ai.inventec.com/ai/tensor-accelerator-with-data-exchange-mesh/) - A Dense Tensor Accelerator with Data Exchange Mesh for - [TrustMAE](https://ai.inventec.com/ai/trustmae/) - TrustMAE: A Noise-Resilient Defect Classification Frame - [Transition Motion Tensor](https://ai.inventec.com/ai/transition-motion-tensor/) - Transition Motion Tensor: A Data-Driven Approach for Ve - [Mixed-Domain Self-Attention Network](https://ai.inventec.com/ai/mixed-domain-self-attention-network/) - A Mixed-Domain Self-Attention Network for Multilabel Ca - [Domain-Generalized Textured Surface](https://ai.inventec.com/ai/domain-generalized-textured-surface/) - Domain-Generalized Textured Surface Anomaly Detection I - [Interpretable Estimation of the risk of Heart Failure Hospitalization from a 30-second Electrocardiogram](https://ai.inventec.com/ai/interpretable-estimation-of-the-risk-of-heart-failure-hospitalization-from-a-30-second-electrocardiogram/) - Interpretable Estimation of the risk of Heart Failure H - [Development of a Deep Learning-Based Tool to Assist Wound Classification](https://ai.inventec.com/ai/development-of-a-deep-learning-based-tool-to-assist-wound-classification/) - Development of a Deep Learning-Based Tool to Assist Wou - [A Robust Collaborative Learning Framework Using Data Digests and Synonyms to Represent Absent Clients](https://ai.inventec.com/ai/a-robust-collaborative-learning-framework-using-data-digests-and-synonyms-to-represent-absent-clients/) - A Robust Collaborative Learning Framework Using Data Di - [FedTrust](https://ai.inventec.com/ai/fedtrust/) - FedTrust: Towards Building Secure Robust and Trustworth - [Configuration through Optimization for In-Memory Computing Hardware and Simulators](https://ai.inventec.com/ai/configuration-through-optimization-for-in-memory-computing-hardware-and-simulators/) - Configuration through Optimization for In-Memory Comput - [A Benchmark for Machine-Learning based Non-Invasive Blood Pressure Estimation using Photoplethysmogram](https://ai.inventec.com/ai/a-benchmark-for-machine-learning-based-non-invasive-blood-pressure-estimation-using-photoplethysmogram/) - A Benchmark for Machine-Learning based Non-Invasive Blo - [CKKS-FHEW/TFHE Hybrid Encrypted Inference Framework​](https://ai.inventec.com/ai/an-efficient-ckks-fhew-tfhe-hybrid-encrypted-inference-framework/) - An Efficient CKKS-FHEW/TFHE Hybrid Encrypted Inference - [A Robust Collaborative Learning Framework Using Data Digests and Synonyms to Represent Absent Clients](https://ai.inventec.com/ai/a-robust-collaborative-learning-framework-using-data-digests-and-synonyms-to-represent-absent-clients/) - A Robust Collaborative Learning Framework Using Data Di - [USAID](https://ai.inventec.com/ai/usaid/) - USAID: Intelligent Forecasting Competition United State - [Streamlined Framework for Agile Forecasting Model Development towards Efficient Inventory Management](https://ai.inventec.com/?page_id=4849) - Streamlined Framework for Agile Forecasting Model Devel - [BARN Challenge 2023 - Navigation in Tighly Constrained Spaces](https://ai.inventec.com/ai/barn-challenge-2023-navigation-in-tighly-constrained-spaces/) - BARN Challenge 2023 - Navigation in Tighly Constrained - [USAID](https://ai.inventec.com/ai/usaid/) - USAID: Intelligent Forecasting Competition United State - [BARN Challenge 2023 - Navigation in Tighly Constrained Spaces](https://ai.inventec.com/ai/barn-challenge-2023-navigation-in-tighly-constrained-spaces/) - BARN Challenge 2023 - Navigation in Tighly Constrained - [Transition Motion Tensor](https://ai.inventec.com/ai/transition-motion-tensor/) - Transition Motion Tensor: A Data-Driven Approach for Ve - [CARL](https://ai.inventec.com/ai/carl/) - CARL: Controllable Agent with Reinforcement Learning fo - [Mixed-Domain Self-Attention Network](https://ai.inventec.com/ai/mixed-domain-self-attention-network/) - A Mixed-Domain Self-Attention Network for Multilabel Ca - [Tensor Accelerator with Data Exchange Mesh](https://ai.inventec.com/ai/tensor-accelerator-with-data-exchange-mesh/) - A Dense Tensor Accelerator with Data Exchange Mesh for - [MERIT](https://ai.inventec.com/ai/merit/) - MERIT: Tensor transform for memory-efficient vision pro - [A Trainable Reconciliation Method](https://ai.inventec.com/ai/a-trainable-reconciliation-method/) - A Trainable Reconciliation Method for Hierarchical Time - [Demystifying Data and AI for Manufacturing](https://ai.inventec.com/ai/demystifying-data-and-ai-for-manufacturing/) - Demystifying data and AI for manufacturing: case studie - [TrustMAE](https://ai.inventec.com/ai/trustmae/) - TrustMAE: A Noise-Resilient Defect Classification Frame - [GrateTile](https://ai.inventec.com/ai/gratetile/) - GrateTile: Efficient Sparse Tensor Tiling for CNN Proce - [Domain-Generalized Textured Surface](https://ai.inventec.com/ai/domain-generalized-textured-surface/) - Domain-Generalized Textured Surface Anomaly Detection I - [USAID](https://ai.inventec.com/ai/usaid/) - USAID: Intelligent Forecasting Competition United State - [Interpretable Estimation of the risk of Heart Failure Hospitalization from a 30-second Electrocardiogram](https://ai.inventec.com/ai/interpretable-estimation-of-the-risk-of-heart-failure-hospitalization-from-a-30-second-electrocardiogram/) - Interpretable Estimation of the risk of Heart Failure H - [A Benchmark for Machine-Learning based Non-Invasive Blood Pressure Estimation using Photoplethysmogram](https://ai.inventec.com/ai/a-benchmark-for-machine-learning-based-non-invasive-blood-pressure-estimation-using-photoplethysmogram/) - A Benchmark for Machine-Learning based Non-Invasive Blo - [Streamlined Framework for Agile Forecasting Model Development towards Efficient Inventory Management](https://ai.inventec.com/?page_id=4849) - Streamlined Framework for Agile Forecasting Model Devel - [Development of a Deep Learning-Based Tool to Assist Wound Classification](https://ai.inventec.com/ai/development-of-a-deep-learning-based-tool-to-assist-wound-classification/) - Development of a Deep Learning-Based Tool to Assist Wou - [Configuration through Optimization for In-Memory Computing Hardware and Simulators](https://ai.inventec.com/ai/configuration-through-optimization-for-in-memory-computing-hardware-and-simulators/) - Configuration through Optimization for In-Memory Comput - [FedTrust](https://ai.inventec.com/ai/fedtrust/) - FedTrust: Towards Building Secure Robust and Trustworth - [BARN Challenge 2023 - Navigation in Tighly Constrained Spaces](https://ai.inventec.com/ai/barn-challenge-2023-navigation-in-tighly-constrained-spaces/) - BARN Challenge 2023 - Navigation in Tighly Constrained ## Teams - [02](https://ai.inventec.com/teams/william-lily/) - [03](https://ai.inventec.com/teams/peter-nevil/) - [04](https://ai.inventec.com/teams/rose-melo/) - 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