 
      
      
        Monash Data Science and AI Platform
      
        The Monash Data Science and AI platform provides a stepping stone for researchers towards applying Data Science, Machine Learning and AI to their data intensive research. In conjunction with the Monash Data Futures Institute, the platform acts as a catalyst for major discoveries and translation into world-changing solutions.
We are a team of data scientists, machine learning specialists and research software engineers with broad domain expertise in data-intensive research technologies. We support excellence across all fields of academic and industry research through collaboration, training, and cutting edge technologies.
      
  Monash Data Science and AI Platform
  https://www.monash.edu/researchinfrastructure/datascienceandai/home
  https://staging.dresa.org.au/content_providers/monash-data-science-and-ai-platform
  The Monash Data Science and AI platform provides a stepping stone for researchers towards applying Data Science, Machine Learning and AI to their data intensive research. In conjunction with the Monash Data Futures Institute, the platform acts as a catalyst for major discoveries and translation into world-changing solutions.
We are a team of data scientists, machine learning specialists and research software engineers with broad domain expertise in data-intensive research technologies. We support excellence across all fields of academic and industry research through collaboration, training, and cutting edge technologies.
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              Showing 5 material.
              
            
              
  Getting Started with Deep Learning
  
    
                      
      This lecture provides a high level overview of how you could get started with developing deep learning applications. It introduces deep learning in a nutshell and then provides advice relating to the concepts and skill sets you would need to know and have in order to build a deep learning...
     
    
    
        
          
           Keywords: deep learning, machine learning
          
         
     
   
  
  Getting Started with Deep Learning
  https://doi.org/10.26180/15032688
  https://staging.dresa.org.au/materials/getting-started-with-deep-learning
    This lecture provides a high level overview of how you could get started with developing deep learning applications. It introduces deep learning in a nutshell and then provides advice relating to the concepts and skill sets you would need to know and have in order to build a deep learning application. The lecture also provides pointers to various resources you could use to gain a stronger foothold in deep learning.
This lecture is targeted at researchers who may be complete beginners in machine learning, deep learning, or even with programming, but who would like to get into the space to build AI systems hands-on.
    datascienceplatform@monash.edu
        
            Titus Tang
        
    deep learning, machine learning
  
  
 
              
  Introduction to Deep Learning and TensorFlow
  
    
                      
      This workshop is intended to run as an instructor guided live event and consists of two parts. Each part consists of a lecture and a hands-on coding exercise.
Part 1 - Introduction to Deep Learning and TensorFlow
Part 2 - Introduction to Convolutional Neural Networks
The Powerpoints contain...
     
    
    
        
          
           Keywords: deep learning, tensorflow, convolutional neural network, machine learning
          
         
     
   
  
  Introduction to Deep Learning and TensorFlow
  https://doi.org/10.26180/13100519
  https://staging.dresa.org.au/materials/introduction-to-deep-learning-and-tensorflow
    This workshop is intended to run as an instructor guided live event and consists of two parts. Each part consists of a lecture and a hands-on coding exercise.
Part 1 - Introduction to Deep Learning and TensorFlow
Part 2 - Introduction to Convolutional Neural Networks
The Powerpoints contain the lecture slides, while the Jupyter notebooks (.ipynb) contain the hands-on coding exercises.
This workshop is an introduction to how deep learning works and how you could create a neural network using TensorFlow v2. We start by learning the basics of deep learning including what a neural network is, how information passes through the network, and how the network learns from data through the automated process of gradient descent. Workshop attendees would build, train and evaluate a neural network using a cloud GPU (Google Colab).
In part 2, we look at image data and how we could train a convolution neural network to classify images. Workshop attendees will extend their knowledge from the first part to design, train and evaluate this convolutional neural network.
    datascienceplatform@monash.edu 
        
            Titus Tang
        
    deep learning, tensorflow, convolutional neural network, machine learning
  
  
 
              
  Semi-Supervised Deep Learning
  
    
                      
      Modern deep neural networks require large amounts of labelled data to train. Obtaining the required labelled data is often an expensive and time consuming process. Semi-supervised deep learning involves the use of various creative techniques to train deep neural networks on partially labelled...
     
    
    
        
          
           Keywords: deep learning, semi-supervised, machine learning
          
         
     
   
  
  Semi-Supervised Deep Learning
  https://doi.org/10.26180/14176805
  https://staging.dresa.org.au/materials/semi-supervised-deep-learning
    Modern deep neural networks require large amounts of labelled data to train. Obtaining the required labelled data is often an expensive and time consuming process. Semi-supervised deep learning involves the use of various creative techniques to train deep neural networks on partially labelled data. If successful, it allows better training of a model despite the limited amount of labelled data available.
This workshop is designed to be instructor led and covers various semi-supervised learning techniques available in the literature. The workshop consists of a lecture introducing at a high level a selection of techniques that are suitable for semi-supervised deep learning. We discuss how these techniques can be implemented and the underlying assumptions they require. The lecture is followed by a hands-on session where attendees implement a semi-supervised learning technique to train a neural network. We observe and discuss the changing performance and behaviour of the network as varying degrees of labelled and unlabelled data is provided to the network during training.
    datascienceplatform@monash.edu
        
            Titus Tang
        
    deep learning, semi-supervised, machine learning
  
  
 
              
  Visualisation and Storytelling
  
    
                      
      This workshop explores how data visualisation techniques could be utilised to better understand data and to communicate research efforts and outcomes. The workshop covers a broad range of techniques from simple and static 2D graphics to advanced 3D visualisations in order to provide a broad...
     
    
    
        
          
           Keywords: data visualisation, storytelling
          
         
     
   
  
  Visualisation and Storytelling
  https://doi.org/10.26180/13100510
  https://staging.dresa.org.au/materials/visualisation-and-storytelling
    This workshop explores how data visualisation techniques could be utilised to better understand data and to communicate research efforts and outcomes. The workshop covers a broad range of techniques from simple and static 2D graphics to advanced 3D visualisations in order to provide a broad overview of the tools available for data analysis, presentation and storytelling. We explore, among others, animated charts and graphs, web visualisation tools such as scrollytellers, and the possibilities of 3D, interactive, and even immersive visualisations. We use real world, concrete examples along the way in order to tangibly illustrate how these visualisations can be created and how viewers perceive and interact with them. We also introduce the various tools and skill sets you would need to be proficient at presenting your data to the world.
By the conclusion of this workshop, you would gain familiarity with the various possibilities for presenting your own research data and outcomes. You would have a more intuitive understanding of the strengths and weaknesses of various modes of data visualisation and storytelling, and would have a starting point to obtain the right skill sets relevant to developing your visualisations of choice.
    datascienceplatform@monash.edu
        
            Daniel Waghorn
        
        
            Nora Hamacher
        
        
            Owen Kaluza
        
    data visualisation, storytelling
  
  
 
              
  Deep Learning for Natural Language Processing
  
    
                      
      This workshop is designed to be instructor led and consists of two parts.
Part 1 consists of a lecture-demo about text processing and a hands-on session for attendees to learn how to clean a dataset.
Part 2 consists of a lecture introducing Recurrent Neural Networks and a hands-on session for...
     
    
    
        
          
           Keywords: deep learning, NLP, machine learning
          
         
     
   
  
  Deep Learning for Natural Language Processing
  https://doi.org/10.26180/13100513
  https://staging.dresa.org.au/materials/deep-learning-for-natural-language-processing
    This workshop is designed to be instructor led and consists of two parts.
Part 1 consists of a lecture-demo about text processing and a hands-on session for attendees to learn how to clean a dataset.
Part 2 consists of a lecture introducing Recurrent Neural Networks and a hands-on session for attendees to train their own RNN.
The Powerpoints contain the lecture slides, while the Jupyter notebooks (.ipynb) contain the hands-on coding exercises.
This workshop introduces natural language as data for deep learning. We discuss various techniques and software packages (e.g. python strings, RegEx, NLTK, Word2Vec) that help us convert, clean, and formalise text data “in the wild” for use in a deep learning model. We then explore the training and testing of a Recurrent Neural Network on the data to complete a real world task. We will be using TensorFlow v2 for this purpose.
    datascienceplatform@monash.edu
        
            Titus Tang
        
    deep learning, NLP, machine learning
  
  
 
           
         
        
          
            
              
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