Chun-Hsien Chen

Projects

Projects per year 2001 2001 2004 2005 2006 2007 2008 2009 2010 2011 2012 2017 2018 2019 2020

• 18 Finished

Projects per year

Search results

• Finished

  Utilizing Theory of Machine Learning and Signal Processing to Incorporate Physiological Signals, Assessment of Sympathovagal Imbalance, Conventional and Novel Inflammation and Immune Biomarkers to Develop and Validate the Clinical Prediction Models

  Chen, K.-F. (PI), Chan, Y. L. (CoPI), Chen, C.-H. (CoPI), Han, S. T. (CoPI), Lin, C. (CoPI), Lo, M. T. (CoPI), Tseng, Y.-J. (CoPI) & Yu, J.-S. (CoPI)

  01/08/19 → 31/07/20

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Physiological Signal 100%
  • Prediction Model 100%
  • Machine Learning 100%
  • Inflammation 100%
  • Biological Marker 100%

• Utilizing Theory of Machine Learning and Signal Processing to Incorporate Physiological Signals, Assessment of Sympathovagal Imbalance, Conventional and Novel Inflammation and Immune Biomarkers to Develop and Validate the Clinical Prediction Models

  Chen, K.-F. (PI), Chan, Y. L. (CoPI), Chen, C.-H. (CoPI), Han, S. T. (CoPI), Lin, C. (CoPI), Lo, M. T. (CoPI), Tseng, Y.-J. (CoPI) & Yu, J.-S. (CoPI)

  01/08/18 → 31/07/19

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Physiological Signal 100%
  • Prediction Model 100%
  • Machine Learning 100%
  • Inflammation 100%
  • Biological Marker 100%

• Improving Cancers Screening Models Based on Multiple Tumor Markers

  Chen, C.-H. (PI) & Lu, J. J. (CoPI)

  01/08/17 → 31/07/18

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Multiple Cancer 100%
  • Tumor Marker 100%
  • Malignant Neoplasm 100%
  • Cancer Screening 50%
  • Proteus Syndrome 50%

• Utilizing Theory of Machine Learning and Signal Processing to Incorporate Physiological Signals, Assessment of Sympathovagal Imbalance, Conventional and Novel Inflammation and Immune Biomarkers to Develop and Validate the Clinical Prediction Models F

  Chen, K.-F. (PI), Chan, Y. L. (CoPI), Chen, C.-H. (CoPI), Lo, M. T. (CoPI) & Yu, J.-S. (CoPI)

  01/08/17 → 31/07/18

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Inflammation 100%
  • Biological Marker 100%
  • Signal Processing 100%
  • Clinical Prediction Model 100%
  • Sepsis 87%

• Creating a Tool to Display the Cancer-Related Genes with Gene Regulation (III)

  Chang, P.-L. (PI) & Chen, C.-H. (CoPI)

  01/08/12 → 31/07/13

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Tumor-Related Gene 100%
  • Gene Control 100%
  • Multigene Family 57%
  • down Regulation 14%
  • Upregulation 14%

• Leaf Ordering Optimization for Hierarchical Clustering Tree of Protein Phosphorylation Sequences

  Chen, C.-H. (PI)

  01/08/12 → 31/07/13

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Protein Phosphorylation 100%
  • Tree 100%
  • Signal Transduction 20%
  • Protein Function 20%
  • Metabolic Pathway 20%

• Creating a Tool to Display the Cancer-Related Genes with Gene Regulation (II)

  Chang, P.-L. (PI) & Chen, C.-H. (CoPI)

  01/08/11 → 31/07/12

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Tumor-Related Gene 100%
  • Gene Control 100%
  • Multigene Family 50%
  • down Regulation 14%
  • Upregulation 14%

• Creating a Tool to Display the Cancer-Related Genes with Gene Regulation

  Chang, P.-L. (PI) & Chen, C.-H. (CoPI)

  01/08/10 → 31/07/11

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Tumor-Related Gene 100%
  • Gene Control 100%
  • Multigene Family 53%
  • down Regulation 15%
  • Upregulation 15%

• The Development of Categorical Clustering Algorithms and Their Application in Protein Phosphorylation Sequence Analysis

  Chen, C.-H. (PI)

  01/08/09 → 31/07/10

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Protein Sequencing 100%
  • Protein Phosphorylation 100%
  • Clustering Algorithm 100%
  • Protein Characterization 80%
  • Peptide Sequence 60%

• Modeling Personal Health Information Management for the Next Decade: an Exemplary Demonstration for Cerebral Vascular Disease Patients

  Chen, C.-H. (PI)

  01/08/08 → 31/07/09

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Health Information Exchange 100%
  • Cerebrovascular Disease 100%

• Modeling Personal Health Information Management for the Next Decade---An Exemplary Demonstration for Cerebral Vascular Disease Patients

  Chen, C.-H. (PI)

  01/08/07 → 31/07/08

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Health Information Exchange 100%
  • Cerebrovascular Disease 100%

• Modeling Personal Health Information Management for the Next Decade---An Exemplary Demonstration for Cerebral Vascular Disease Patients

  Chen, C.-H. (PI)

  01/08/06 → 31/07/07

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Health Information Exchange 100%
  • Cerebrovascular Disease 100%

• Assessing and Addressing the Reliability of Hybridization Signals by Investigating the Cross Hybridization Effects on CDNA Microarrays(II)

  Chiang, Y.-I. (PI) & Chen, C.-H. (CoPI)

  01/08/06 → 31/07/07

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Microarrays 100%

• The Integration of Cluster Analysis and Association Rule Mining for Mining Gene Regulation Relation

  Chen, C.-H. (PI)

  01/08/05 → 31/07/06

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Cluster Analysis 100%
  • Gene Control 100%

• Assessing and Addressing the Reliability of Hybridization Signals by Investigating the Cross Hybridization Effects On Cdna Microarrays(I)

  Chiang, Y.-I. (PI) & Chen, C.-H. (CoPI)

  01/08/05 → 31/07/06

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Microarrays 100%

• Expressed Sequence Tags Clustering and Single Nucleotide Polymorphisms Identification Using Hidden Markov Models

  Chiang, Y.-I. (PI) & Chen, C.-H. (CoPI)

  01/08/04 → 31/07/05

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Single-Nucleotide Polymorphism 100%
  • Hidden Markov Model 100%
  • Expressed Sequence Tag 100%

• Fast Gene Selection for Genetic Diseases by Using cDNA Microarray Gene Expression Data

  Chen, C.-H. (PI)

  01/08/04 → 31/07/05

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Genetic Disorder 100%
  • cDNA Microarray 100%
  • Gene Expression Data 100%

• Nondeterministic Computations via Artificial Neural Networks

  Chen, C.-H. (PI)

  01/08/01 → 31/07/02

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Artificial Neural Network 100%
  • Neural Network 100%