CsMTL MLP For WEKA: Neural Network Learning with Inductive Transfer
نویسندگان
چکیده
We present context-sensitive Multiple Task Learning, or csMTL as a method of inductive transfer embedded in the well known WEKA machine learning suite. csMTL uses a single output neural network and additional contextual inputs for learning multiple tasks. Inductive transfer occurs from secondary tasks to the model for the primary task so as to improve its predictive performance. The WEKA multi-layer perceptron algorithm is modified to accept csMTL encoded multiple tasks examples. Testing on three domains of tasks demonstrates that thisWEKA-based version of csMTL provides modest but beneficial performance increases. Our on-going objective is to increase the availability of transfer learning systems to students, researchers and practitioners.
منابع مشابه
csMTL: a Context Sensitive Lifelong Learning System
csMTL, or context-sensitive Multiple Task Learning, is presented as a method of inductive transfer that uses a single output neural network and additional contextual inputs for learning multiple tasks. The csMTL approach is demonstrated to produce hypotheses that are equivalent to or better than standard MTL hypotheses when learning a primary task in the presence of related and unrelated tasks....
متن کاملMachine Life-Long Learning with csMTL Networks
Multiple task learning (MTL) neural networks are one of the better documented methods of inductive transfer of task knowledge (Caruana 1997). An MTL network is a feedforward multi-layer network with an output node for each task being learned. The standard back-propagation of error learning algorithm is used to train all tasks in parallel. The sharing of internal representation in the hidden nod...
متن کاملContext-Sensitive MTL Networks for Machine Lifelong Learning
Context-sensitive Multiple Task Learning, or csMTL, is presented as a method of inductive transfer that uses a single output neural network and additional contextual inputs for learning multiple tasks. The csMTL method is tested on three task domains and shown to produce hypotheses for a primary task that are significantly better than standard MTL hypotheses when learning in the presence of rel...
متن کاملConsolidation Using Context-Sensitive Multiple Task Learning
Machine lifelong learning (ML3) is concerned with machines capable of learning and retaining knowledge over time, and exploiting this knowledge to assist new learning. An ML3 system must accurately retain knowledge of prior tasks while consolidating in knowledge of new tasks, overcoming the stability-plasticity problem. A system is presented using a context-sensitive multiple task learning (csM...
متن کاملPerformance Analysis of Artificial Neural Network with Decision Tree in Prediction of Diabetes Mellitus
Abstract—Human beings have the ability to make logical decisions. Although human decision making is often optimal, it is insufficient when huge amount of data is to be classified. Medical dataset is a vital ingredient used in predicting patient’s health condition. In other to have the best prediction, there calls for most suitable machine learning algorithms. This work compared the performance ...
متن کامل