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Skip to Search Results- 16Neural Networks
- 8Machine Learning
- 2Reinforcement Learning
- 1 N-type Silicon
- 1 Stress Sensor
- 13D Stress Measurement
- 1Al Dallal, Ahmed
- 1Alateeq, Majed Mohammad
- 1Awwal, Alvina
- 1Cooper, Lance E
- 1Das, Debarpan
- 1Dupuis, Brian A
- 6Department of Computing Science
- 3Department of Electrical and Computer Engineering
- 2Department of Civil and Environmental Engineering
- 1Department of Mathematical and Statistical Sciences
- 1Department of Mechanical Engineering
- 1Department of Oncology
- 3White, Martha (Computing Science)
- 1Boulanger, Pierre (Computing Science)
- 1Deutsch, Clayton (Mining Engineering)
- 1Dick, Scott (Department of Electrical and Computer Engineering)
- 1Dr. Simaan AbouRizk - Civil and Environmental
- 1Emery, Derek (Medical Sciences - Radiology and Diagnostic Imaging)
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A Universal Approximation Theorem for Tychonoff Spaces with Application to Spaces of Probability and Finite Measures
DownloadFall 2022
Universal approximation refers to the property of a collection of functions to approximate continuous functions. Past literature has demonstrated that neural networks are dense in continuous functions on compact subsets of finite-dimensional spaces, and this document extends those findings to...
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Fall 2023
Skin moles are one of the most commonly occurring dermatological conditions prevalent nowadays. Early identification and diagnosis of moles are absolutely crucial since they often turn out to be precursors to serious conditions such as melanoma, a dangerous type of skin cancer. Therefore, to...
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Development of MEMS-based Piezoresistive Three Dimensional Stress/Strain Sensor with Temperature Compensation
DownloadSpring 2020
In this research, a developed n-type piezoresistive three dimensional (3D) stress sensor with full temperature compensation is presented. The proposed sensing rosette benefits from the stress insensitivity of the full-circular n-type piezoresistor, oriented over (111) silicon plane, to detect...
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Fall 2023
The problem of missing data is omnipresent in a wide range of real-world datasets. When learning and predicting on this data with neural networks, the typical strategy is to fill-in or complete these missing values in the dataset, called impute-then-regress. Much less common is to attempt to...
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Spring 2019
In this thesis we introduce a new loss for regression, the Histogram Loss. There is some evidence that, in the problem of sequential decision making, estimating the full distribution of return offers a considerable gain in performance, even though only the mean of that distribution is used in...
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Fall 2022
Dynamic tumour-tracked radiotherapy is a promising method for delivering conformal doses to tumours that exhibit a large degree of motion as a result of patient respiration. However, there exists an inevitable latency between the acquisition of an image of a moving tumour and the adaptation of...
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Fall 2021
Convolutional Neural Networks (CNNs) have been recently seeing great success in various image classification fields and applications. However, this success has been accompanied by a significant increase in memory and computational demands, limiting their use in resource-limited devices, e.g.,...
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Fall 2022
Machine learning has been used to solve single-agent search problems. One of its applications is to guide search algorithms by learning heuristics. However, it is difficult to provide guarantees on the quality of learning from a neural network, since the resulting heuristics can be inadmissible,...
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Logic-Oriented Fuzzy Neural Networks: Optimization and Applications of Interpretable Models of Machine Learning
DownloadFall 2023
With the rapid development of machine learning models along with increasingly complex data structures, it becomes difficult to ground the reliability of models’ predictions despite the substantial progress in favor of high approximation properties. The lack of interpretability remains a key...