IBCS2 - Case Study Terms

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Period 3

Last Name, First Name - Key Term

  • Adams, Christopher - Multi-layer perceptron (MLP)
  • Berhe, Yoseif - Machine learning
  • Brantley, Jackson - Vehicle-to-infrastructure (VTI) protocol
  • Bui, Mr. - BigO notation
  • Callen, Thomas - Greedy algorithm
  • Churbuck, Julia - Feature maps (Activation maps)
  • Darnell, Daanesh - Shift invariance (Spatial invariance)
  • Deily, Matthew - Convolutional neural networks (CNNs)
  • Deininger, Cora - Receptive field
  • Gantulga, Tengis - Autonomous, Brute-force
  • Harris, Matteo - Filter stride
  • Horton, Jack - Vehicle-to-vehicle (VTV) protocol
  • Huggett, Victor - Filters (Kernels)
  • Khuu, Alisa - Deep Learning
  • LaGrassa, Vincent - Cost function
  • Leclair, Andrew - Bounding boxes, Society of Automotive Engineers
  • MacCullough, Colin - Nearest neighbour algorithm
  • Mai, Huy - Max-pooling / Pooling
  • McCord-Snook, Christian - End-to-end learning
  • Probasco, Kara - Backpropagation
  • Pulley, Henry - Sensor fusion
  • Ruckman, Audrey - Dijkstra's Algorithm
  • Spirtas-Hurst, Claire - Point clouds
  • Spruth, Julian - Overfitting

Period 6

Last Name, First Name - Key Term

  • Arandia, Natalie - Point clouds
  • Brancati, Laura - Max-pooling / Pooling
  • Brodowski, Skylar - Shift invariance (Spatial invariance)
  • Bui, Mr. - BigO notation, Bounding boxes, Society of Automotive Engineers
  • Chowdhury, Ritavash - Machine learning
  • Christensen, Erika - Receptive field
  • Connolly, Carsten - Filter stride
  • Do, Lan-Ian - Greedy algorithm
  • Douglass, Malcolm - Cost function
  • Dunham, Caleb - End-to-end learning
  • Edwards, Adam - Feature maps (Activation maps)
  • Hall, Ethan - Vehicle-to-infrastructure (VTI) protocol
  • Jones, Ryan - Filters (Kernels)
  • Martin, Amelia - Autonomous, Brute-force
  • Meade, Kerry - Nearest neighbour algorithm
  • Muskovitz, Samuel - Deep learning
  • Otal, Lucas - Overfitting
  • Ozgo, Christopher - Sensor Fusion
  • Slater, James - Backpropagation
  • Stokely, Annabeth - Dijkstra’s algorithm
  • Stoltz, Ryan - Vehicle-to-vehicle (VTV) protocol
  • Wallace, Sophia - Convolutional neural networks (CNNs)
  • Webster, Liam - Multi-layer perceptron (MLP)