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resources:ohdsi_symposium_2016_posters [2016/10/27 20:31] maura_beaton |
resources:ohdsi_symposium_2016_posters [2016/10/27 20:35] maura_beaton |
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Methodological Research | Methodological Research | ||
- | * 2. {{:resources:ohdsi_2016_csccs_james_weaver.pdf|Evaluating the Comparative Self-Controlled Case Series Method}} | + | * 1. {{:resources:ohdsi_2016_csccs_james_weaver.pdf|Evaluating the Comparative Self-Controlled Case Series Method}} |
- | * 6. Comparing lagged linear methods for uncovering associations in EHR data: {{:symposium_2016:laggedcorrelations_ohdsi_poster.pdf}} | + | * 2. Comparing lagged linear methods for uncovering associations in EHR data: {{:symposium_2016:laggedcorrelations_ohdsi_poster.pdf}} |
- | * 7. {{:resources:Rijnbeek_PLP_Poster.pdf|Best Practices for Patient-Level Prediction in OHDSI}} | + | * 3. {{:resources:Rijnbeek_PLP_Poster.pdf|Best Practices for Patient-Level Prediction in OHDSI}} |
- | * 13. {{:resources:ohdsi_symposium_2016_yahi_final.pdf|Natural Language Processing in Clinical and Translational Research: Of the Importance of Section Headers for Accurate Modifiers Assignments}} | + | * 4. {{:resources:ohdsi_symposium_2016_yahi_final.pdf|Natural Language Processing in Clinical and Translational Research: Of the Importance of Section Headers for Accurate Modifiers Assignments}} |
- | * 15. {{:symposium_2016:ohdsi_symposium_2016_poster_hsu.pdf|Scalable Cohort Construction}} | + | * 5. {{:symposium_2016:ohdsi_symposium_2016_poster_hsu.pdf|Scalable Cohort Construction}} |
- | * 17. {{:symposium_2016:local_control_for_bias_correction_of_time-to-event_observational_studies.pdf|Local Control for bias correction of time-to-event observational studies}} | + | * 6. {{:symposium_2016:local_control_for_bias_correction_of_time-to-event_observational_studies.pdf|Local Control for bias correction of time-to-event observational studies}} |
- | * 22. {{:resources:ohdsi_2016_MIMIC_causal_benchmark_ver_for_print.pdf|An Open Benchmark for Causal Inference Using the MIMIC-III and Philips Datasets}} | + | * 7. {{:resources:ohdsi_2016_MIMIC_causal_benchmark_ver_for_print.pdf|An Open Benchmark for Causal Inference Using the MIMIC-III and Philips Datasets}} |
- | * 25. {{:symposium_2016:large_scale_analysis_presented.pdf|Utilizing the OHDSI collaborative network for large-scale prognostic model validation}} | + | * 8. {{:symposium_2016:large_scale_analysis_presented.pdf|Utilizing the OHDSI collaborative network for large-scale prognostic model validation}} |
- | * 26. {{:symposium_2016:oa_poster_final.pdf|A framework to efficiently identify potential prognostic factors}} | + | * 9. {{:symposium_2016:oa_poster_final.pdf|A framework to efficiently identify potential prognostic factors}} |
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Analytics, Technology and Infrastructure | Analytics, Technology and Infrastructure | ||
- | * 5. {{:resources:chronos_poster.pdf|CHRONOS, patient profile poster}} | + | * 1. {{:resources:chronos_poster.pdf|CHRONOS, patient profile poster}} |
- | * 10.{{:symposium_2016:mobile_health_iphone_app_for_precision_medicine_alzheimer_s_research_using_omop_cdm.pdf|Mobile Health iPhone App for Precision Medicine Alzheimer's Research Using OMOP CDM}} | + | * 2.{{:symposium_2016:mobile_health_iphone_app_for_precision_medicine_alzheimer_s_research_using_omop_cdm.pdf|Mobile Health iPhone App for Precision Medicine Alzheimer's Research Using OMOP CDM}} |
- | * 12. {{:resources:ohdsi_symposium_2016_broadsea_poster.pdf|BROADSEA - Docker Containers For Cross-Platform Installation of OHDSI Tools}} | + | * 3. {{:resources:ohdsi_symposium_2016_broadsea_poster.pdf|BROADSEA - Docker Containers For Cross-Platform Installation of OHDSI Tools}} |
- | * 16. {{:symposium_2016:code_generator_sungjae.pdf|A web based integrated code generating system for cohort analysis}} | + | * 4. {{:symposium_2016:code_generator_sungjae.pdf|A web based integrated code generating system for cohort analysis}} |
- | * 21. {{:symposium_2016:ohdsi_2016_fdefalco_architectural_considerations.pdf|Architectural Considerations to Enable Large Scale Analytics from the OHDSI Web Platform}} | + | * 5. {{:symposium_2016:ohdsi_2016_fdefalco_architectural_considerations.pdf|Architectural Considerations to Enable Large Scale Analytics from the OHDSI Web Platform}} |
Clinical Applications: Clinical Characterization | Clinical Applications: Clinical Characterization | ||
- | * 4. {{:resources:Comparative Effectiveness Research Opportunities using the OHDSI Network v6.0.pdf|Comparative Effectiveness Research Opportunities using the OHDSI Network}} | + | * 1. {{:resources:Comparative Effectiveness Research Opportunities using the OHDSI Network v6.0.pdf|Comparative Effectiveness Research Opportunities using the OHDSI Network}} |
- | * 11. {{:resources:using_ohdsi_tools_makadia_forlenza_v3.pdf|}}|Using OHDSI tools for clinical trial feasibility | + | * 2. {{:resources:using_ohdsi_tools_makadia_forlenza_v3.pdf|}}|Using OHDSI tools for clinical trial feasibility |
- | * 23. {{:resources:poster_rohit_updated.pdf|Learning Effective Clinical Treatment Pathways from Observational Data}} | + | * 3. {{:resources:poster_rohit_updated.pdf|Learning Effective Clinical Treatment Pathways from Observational Data}} |
- | * 27. {{:symposium_2016:ohdsi_sca_2016_ver1.2.pdf|A descriptive study on sudden cardiac arrest based on OMOP CDM in Korea}} | + | * 4. {{:symposium_2016:ohdsi_sca_2016_ver1.2.pdf|A descriptive study on sudden cardiac arrest based on OMOP CDM in Korea}} |