Second Semester

• BAS357 - Economic Decision Analysis↗14

  • Untitled↗4

    • Class 1 afterMT
    • Class 2 afterMT
    • NPV Red box
    • risk
  • 0 - Syllabus
  • Class 1 - Economic Principles & Basic Financial Statements
  • Class 2 - Basic Financial Statements
  • Class 3 - Statement of Cash Flows
  • Class 4 - Capital Budgeting
  • Class 5 & 6 - Incremental Analysis
  • Class 7 - Midterm Review
  • Class 9-10-11
  • Class 12 - Cost-Volume-Profit Analysis and Sensitivity Analysis
  • Class 13-14 - Risk Analysis
• CSS323 - Software Engineering↗19

  • Cheat Sheet↗8

    • Final↗8

      • 00 UML
      • 01 EA
      • 02 UXUI
      • 03 SQ and SQA
      • 04 Software Testing
      • 05 White Box Testing
      • 06
      • 07 SPM
  • Chapter 1 - Introduction to Software Engineering
  • Chapter 2 - Software Process Models and Agile Methods
  • Chapter 3 - Requirement Engineering Part I
  • Chapter 4 - UML Diagrams
  • Chapter 5 - Enterprise Architecture (EA)
  • Chapter 6 - UX UI
  • Chapter 7 - Software Quality and Software Quality Assurance (QA)
  • Chapter 8 - Software Testing
  • Chapter 8.5 - White-Box Testing
  • Chapter 9 - Software Project Management
  • Midterm
• CSS334 - Computer Network and Internetworking↗23

  • Cheat Sheets↗8

    • 7 new
    • 7-8
    • 8 new
    • 9
    • 10
    • 11
    • 12
    • 13
  • Eax↗1

    • TCP Connection Management Python
  • Lecture 1 - Introduction
  • Lecture 2 - Internet and Access Technology
  • Lecture 3 - Application Layer (Part 1)
  • Lecture 4 - Application Layer (Part 2)
  • Lecture 5 - Transport Layer (Part 1)
  • Lecture 6 - Transport Layer (Part 2)
  • Lecture 7 - Network Layer (Part 1)
  • Lecture 8 - Network Layer (Part 2)
  • Lecture 9 - Network Layer (Part 3)
  • Lecture 10 - Network Layer (Part 4)
  • Lecture 11 - Link Layer (Part 1)
  • Lecture 12 - Link Layer (Part 2)
  • Lecture 13 - Wireless Network & Firewall
  • Midterm
• CSS451 - Cloud Computing↗28

  • Cheat↗5

    • Chapter 11 - Akka
    • Chapter 12 - YARN
    • Chapter 13
    • Chapter 14
    • Chapter 15
  • Lab↗1

    • 01 Spark
  • Lecture↗18

    • Chapter 0
    • Chapter 1 - Introduction to Cloud Computing
    • Chapter 2 - Virtualization I
    • Chapter 3 - MapReduce
    • Chapter 3-2 - Distributed File Storage System - HDFS
    • Chapter 4 - Cloud Storage Systems (Spark?)
    • Chapter 5 - Data Stream Processing (Spark Streaming)
    • Chapter 6 - Large-Scale Resource Management
    • Chapter 7 - Kubernetes
    • Chapter 8 - Resource Management, VM CPU Schedulers (VM Scheduling)
    • Chapter 9 - NoSQL and Big Data Processing
    • Chapter 10 - Apache PIG, HIVE, ZooKeeper
    • Chapter 11 - Akka and Kafka
    • Chapter 12 - Requirements for Secure, Multi-Tenant Hadoop (Apache YARN)
    • Chapter 13 - Mobile Cloud Computing
    • Chapter 14 - Edge Computing and Fog Computing
    • Chapter 15 - Cloud Security and Privacy
    • Midterm
  • Project↗2

    • 00 Term Project Information
    • 01 Term Project Topics
  • Final
  • Quiz
• CSS454 - Computer and Communication Security↗28

  • Cheat↗8

    • 8
    • 9
    • 10
    • 11
    • 12
    • 13
    • 14
    • 15
  • Notes↗2

    • Ciphertext Stealing (CTS) - Detailed Explanation
    • Exercise - Manual Kyber Computation
  • 0 - Syllabus
  • Chapter 1 - Security Overview
  • Chapter 2 - Symmetric Encryption
  • Chapter 3 - Cipher Type and Mode of Operations
  • Chapter 4 - Public Key Cryptography, Key Exchange
  • Chapter 5 - Digital Signature and Certificates
  • Chapter 6 - Ciphertext-Policy Attribute-Based Encryption (CP-ABE)
  • Chapter 7 - Identification and Authentication, Access Control
  • Chapter 8 - Post-Quantum Cryptography (PQC)
  • Chapter 9 - Access Control (Authorization)
  • Chapter 10 - Operating System Security
  • Chapter 11 - Database Security
  • Chapter 12 - Internet Security Protocols and Standards
  • Chapter 13 - Intrusion Detection System (IDS)
  • Chapter 14 - Firewalls and Intrusion Prevention Systems (IPS)
  • Chapter 15 - ISO 27001.2022 Concepts and Implementations
  • Final
  • Midterm
• DES329 - System Analysis and Design↗13

  • 00 - Syllabus
  • Chapter 1 - Introduction to Systems Analysis and Design
  • Chapter 2 - Analyzing the Business Case
  • Chapter 3 - Managing Systems Projects
  • Chapter 4 - Requirements Engineering
  • Chapter 5 - Data and Process Modeling
  • Chapter 6 - Object Modeling
  • Chapter 7 - Development Strategies
  • Chapter 8 - User Interface Design
  • Chapter 9 - Data Design
  • Chapter 10 - System Architecture
  • Chapter 11 - Managing Systems Implementation
  • Midterm
• DES352 - Networking Laboratory↗21

  • Cheat Sheets↗9

    • Lab 1
    • Lab 2
    • Lab 3
    • Lab 4
    • Lab 5
    • Lab 6-7
    • Lab 8
    • Lab 9
    • Lab 10
  • Chapter 4 - UML Diagrams
  • Lab 1 - Linux Commands I
  • Lab 2 - Linux Commands II
  • Lab 3 - NIC and ARP
  • Lab 4 - TCPDUMP and WIRESHARK
  • Lab 5 - Essential Networking Commands & Tools
  • Lab 6 - Internetworking I
  • Lab 7 - Internetworking II
  • Lab 8 - Transport-Layer Protocols
  • Lab 9 - Application-Layer Protocols
  • Lab 10
  • Lab 10 - Basic Linux Firewall