Enabling a learning healthcare system with automated computer protocols that produce replicable and personalized clinician actions.
Alan H. MorrisBrian StaggMichael LanspaJames OrmeTerry P. ClemmerLindell K. WeaverFrank ThomasColin K. GrissomEllie HirshbergThomas D. EastCarrie Jane WallaceMichael P. YoungDean F. SittigAntonio PesentiMichela BombinoEduardo BeckKatherine A. SwardCharlene R. WeirShobha S. PhansalkarGordon R. BernardB. Taylor ThompsonRoy BrowerJonathon D. TruwitJay S. SteingrubR. Duncan HiteDouglas F. WillsonJerry J. ZimmermanVinay M. NadkarniAdrienne RandolphMartha A. Q. CurleyChristopher J. L. NewthJacques LacroixMichael S. D. AgusKang H. LeeBennett P. deBoisblancR. Scott EvansDean K. SorensonAnthony WongMichael V. BolandDavid W. GraingerWillard H. DereAlan S. CrandallJulio C. FacelliStanley M. HuffPeter J. HaugUlrike PielmeierStephen Edward ReesDan S. KarbingSteen AndreassenEddy FanRoberta M. GoldringKenneth I. BergerBeno W. OppenheimerE. Wesley ElyOgnjen GajicBrian PickeringDavid A. SchoenfeldIrena TocinoRussell S. GonneringPeter J. PronovostLucy A. SavitzDidier DreyfussArthur S. SlutskyJames D. CrapoDerek AngusMichael R. PinskyBrent JamesDonald M. BerwickPublished in: J. Am. Medical Informatics Assoc. (2021)
Keyphrases
- learning algorithm
- learning process
- learning tasks
- mobile learning
- decision trees
- reinforcement learning
- active learning
- decision support system
- word processing
- learned knowledge
- learning mechanism
- computer software
- support for collaborative learning
- machine learning
- learning mechanisms
- action sequences
- computer programming
- decision theoretic
- mobile technologies
- learning scenarios
- context aware
- prior knowledge