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OMSCS Notes
  • OMSCS Lecture Notes
  • information-security
    • Firewalls
    • Database Security
    • Operating System Security
    • Access Control
    • Cyber Security
    • Law, Ethics, and Privacy
    • Security Protocols
    • Introduction to Cryptography
    • Software Security
    • Midterm 2 Study Guide
    • Mandatory Access Control
    • Modern Malware
    • Udacity Quizzes
    • Midterm 1 Study Guide
    • IPSec and TLS
    • Wireless and Mobile Security
    • Welcome
    • Malicious Code
    • Intrusion Detection
    • Public-Key Cryptography
    • The Security Mindset
    • Hashes
    • Symmetric Encryption
    • Web Security
    • Authentication
  • machine-learning-trading
    • The Fundamental Law of Active Portfolio Management
    • So You Want to be a Hedge Fund Manager
    • Dealing With Data
    • Technical Analysis
    • Sharpe Ratio and Other Portfolio Statistics
    • Incomplete Data
    • Dyna
    • Portfolio Optimization and the Efficient Frontier
    • Histograms and Scatter Plots
    • How Hedge Funds Use the CAPM
    • The Power of NumPy
    • Regression
    • Market Mechanics
    • Optimizers: How to Optimize a Portfolio
    • Efficient Markets Hypothesis
    • The Capital Assets Pricing Model (CAPM)
    • Optimizers: Building a Parameterized Model
    • Reinforcement Learning
    • Q-Learning
    • Statistical Analysis of Time Series
    • What Is a Company Worth
    • Udacity Quizzes - ML4T
    • Textbook Information
    • Welcome
    • How Machine Learning is Used at a Hedge Fund
    • Ensemble Learners, Bagging, and Boosting
    • Reading and Plotting Stock Data
    • Assessing a Learning Algorithm
    • Working with Multiple Stocks
  • computer-networks
    • Congestion Control & Streaming
    • Programming SDNs
    • Spam
    • Network Security
    • Switching
    • DNS
    • Content Distribution
    • Naming, Addressing & Forwarding
    • Architecture and Principles
    • Routing
    • Internet Worms
    • Traffic Engineering
    • Denial of Service Attacks
    • Welcome
    • Router Design Basics
    • Rate Limiting & Traffic Shaping
    • Software Defined Networking
  • operating-systems
    • Threads And Concurrency
    • Introduction To Operating Systems
    • Datacenter Technologies
    • Synchronization Constructs
    • Thread Performance Considerations
    • Threads Case Study - PThreads
    • Processes and Process Management
    • Thread Design Considerations
    • Final Exam Review Questions
    • Memory Management
    • Midterm Exam Review Questions
    • Distributed File Systems
    • IO Management
    • Virtualization
    • Inter-Process Communication
    • Scheduling
    • Welcome
    • Remote Procedure Calls
    • Distributed Shared Memory
  • simulation
    • Course Tour
    • Arena, Continued
    • Arena
    • Output Data Analysis
    • Welcome
    • Random Variate Generation
    • Calculus, Probability, and Statistics Primers, Continued
    • Hand and Spreadsheet Simulations
    • Comparing Systems
    • General Simulation Principles
    • Comparing Systems, Continued
    • Generating Uniform Random Numbers
    • Calculus, Probability, and Statistics Primers
    • Random Variate Generation, Continued
    • Input Analysis
  • secure-computer-systems
    • Welcome to SCS
    • Getting Started
    • Design Principles for Secure Computer Systems
    • Protecting the TCB from Untrusted Applications
    • Virtualization and Security
    • Authentication
    • Discretionary Access Control
    • Mandatory Access Control
    • Midterm Exam Review
  • .github
    • ISSUE_TEMPLATE
      • bug_report
      • typo-report
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secure-computer-systems

PreviousInput AnalysisNextWelcome to SCS

Last updated 3 years ago

Welcome to SCS
Getting Started
Design Principles for Secure Computer Systems
Protecting the TCB from Untrusted Applications
Virtualization and Security
Authentication
Discretionary Access Control
Mandatory Access Control
Midterm Exam Review