Interdisciplinary

This is an umbrella topic that covers all interdisciplinary Computer Science subjects. Common interdisciplinary subjects include Computational Biology, Robotics, Computer Arts and so forth.

Prerequisites

Prerequisites of interdiscipinary topics may vary, but usually a background in Computer Programming is required.

Common concepts

Multimodal Data Inverse Transform Sampling Open Sound Control (OSC)Super-resolution Fluorescence Imaging Text Processing Fourier Transform Video processing Differential privacy Prophet inequality Digital Hypertext Pioneers 3D modeling Normal-form game Ligand Docking Scheduling algorithms The Myerson mechanism Beat detection Music grammars Transformer (machine learning model)Keynesian beauty contest World Wide Web Music robots Myerson–Satterthwaite theorem Virtual Screening Synchronization (computer science)Transfer, Exchange, and Storage of Hypertext Systems Federated learning Audio plug-ins Surveillance Capitalism Incomplete-information game Deep learning Concurrency Multimodal Models Genomics Collaborative Systems k-anonymity Annotation Audio editing software Unit-Demand Valuations Machine Learning Methods in Biomolecular Structure Prediction Myerson's Payment Characterization AI & Computational Biology Image Analysis Publication Culture & Peer Review MIDI (Musical Instrument Digital Interface)Societal Implications of Hypertext Systems RNA Structure Notetaking Systems Music information retrieval First-price Auctions Hyperlink Molecular Dynamics Simulation Cryo-Electron Microscopy Standard MIDI File format Object detection Hypertext Forerunners Regular and MHR Distributions Addressing & Permanence in Hypertext Systems Image Segmentation Musical notation Diffusion Artificial intelligence Machine learning for music Hypertext Generalized second-price auction Ethics of AI and Healthcare Virtual time Crawford-Knoer (CK) Auction Sensors and instruments X-Ray Crystallography Semantic Web Order Statistics Convolution Tracking of Individuals Interpretability (machine learning)Molecular Conformation Nash equilibrium Private aggregation of teacher ensembles (PATE)Research Career Paths Electronic health record Medical imaging Distributed learning Bulow Klemperer Theorem Temporal Media Microscopy Vickrey–Clarke–Groves (VCG) mechanism Internet Architecture and Functioning Health care Auction Design Goals Game theory Max/MSP/Jitter Revenue Equivalence Sponsored search auction Discrete event simulation NumPy AI & Sustainability Search/Filtering/Viewspecs in Hypertext Systems Energy Functions Literature Review TensorFlow Clock synchronization Predicting Structures of Proteins and Other Biomolecules Self-supervised Learning Vectoring in Research Auction theory Bayesian game Real-time systems Biomolecular Structure Zettelkasten Method Walrasian equilibrium Iterative Auction Welfare Maximization Markov models Approximation algorithm Reinforcement learning (RL)Ascending Auction Digital audio concepts (samples, frames, blocks)Posted-Price Mechanisms Human-Computer Interaction (HCI)Protein Design Fairness (machine learning)Fluorescence Microscopy Combinatorial auction Evaluation in Research Research Contributions Dynamic programming Myerson's Optimal Auction Chroma feature Tempo Cellular-Level Simulation Metaverse as Hypermedia Classification Velocity in Research What is research?Unsupervised learning Laptop orchestra Writing a paper Protein Structure Revelation Principle

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CS1951V Hypertext/Hypermedia

Brown University

Fall 2022

CS1951-V dives deep into the history and potential future of hypertext systems, providing insights beyond the World Wide Web. Through hands-on projects, students not only learn about hypertext but also gain expertise in full-stack application development using the modern MERN stack. The course blends technical skills with discussions, pushing students to prototype future hypermedia systems.

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CSCI 1440/2440 Topics in Algorithmic Game Theory

Brown University

Spring 2023

Offered by Brown University, this course intertwines game theory and computational considerations. With emphasis on strategic agent behavior, system design, and computational tractability, students delve into auction theory, bidding strategies, computational advertising, and automated negotiation. Knowledge in Java, Python, and certain mathematical areas is essential.

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+ 32 more concepts

Music 253 / CS 275a Symbolic Musical Information

Stanford University

Winter 2023

This preparatory course discusses symbolic frameworks in music-information, advanced notation systems, and data file structures. It's geared towards preparing for a course focused on computational musical analysis. Prerequisites include reading standard music notation and understanding tonal music theory.

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CS 197 Computer Science Research

Stanford University

Fall 2022

This course offers a team-based introduction to Computer Science research, aiming to produce a publishable work-in-progress. Research areas include AI, HCI, and Systems. Enrollment requires an application, and knowledge of CS106B is necessary.

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CS 271 / BIOMEDIN 220 Artificial Intelligence in Healthcare

Stanford University

Fall 2022-2023

Offered by Stanford University, this course focuses on AI applications in healthcare, exploring deep learning models for image, text, multimodal, and time-series data in the healthcare context. Topics also address AI integration challenges like interpretability and privacy.

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+ 27 more concepts