# Official CSJMU BCA 5th Semester Syllabus Coverage Audit
**Authority:** Chhatrapati Shahu Ji Maharaj University, Kanpur (CSJMU)
**Course:** Bachelor of Computer Applications (BCA) - Semester V
**Source Document:** `00_Syllabus_and_Overview/CSJMU_BCA_Syllabus.docx`
## BCA-5001: Knowledge Management (4 Units)
| Unit | Title | Prescribed Syllabus Topics | Page File | Status |
|---|---|---|---|---|
| Unit 1 | **Business Intelligence and Business Decisions** | • Modeling Decision Process
• Decision support systems (DSS)
• Group decision support (GDSS)
• Groupware Technologies | `bca5001_unit1.html` | `IMPLEMENTED` |
| Unit 2 | **Executive Information and Support Systems** | • Executive Information Systems (EIS)
• Business Expert System and AI
• OLTP & OLAP
• Data Warehousing
• Data Marts
• Data Warehouse architecture
• Tools for data warehousing | `bca5001_unit2.html` | `IMPLEMENTED` |
| Unit 3 | **Multi-Dimensional Analysis** | • Data mining and knowledge discovery (KDD)
• Data mining and Techniques (Classification, Clustering, Association)
• Data mining of Advance Databases | `bca5001_unit3.html` | `IMPLEMENTED` |
| Unit 4 | **Knowledge Management Systems** | • Concept and Structure of KM systems
• Techniques of knowledge management
• Appreciation & limitations of KMS
• Tacit vs Explicit Knowledge & SECI Model | `bca5001_unit4.html` | `IMPLEMENTED` |
## BCA-5002: Java Programming and Dynamic Webpage Design (5 Units)
| Unit | Title | Prescribed Syllabus Topics | Page File | Status |
|---|---|---|---|---|
| Unit 1 | **Java Programming Fundamentals & Multithreading** | • Data types
• Control structures
• Arrays, strings, and vector
• Classes, inheritance, packages
• Exception handling
• Multithreaded programming | `bca5002_unit1.html` | `IMPLEMENTED` |
| Unit 2 | **Java Applets & AWT GUI** | • Java applets and Applet Lifecycle
• AWT controls (Button, Labels, Combo box/Choice, List)
• Listeners and Event Delegation
• Menu bar
• Layout managers (Flow, Border, Grid)
• String handling main functions | `bca5002_unit2.html` | `IMPLEMENTED` |
| Unit 3 | **JDBC (Java Database Connectivity)** | • JDBC Fundamentals & Architecture
• 4 Driver Types
• Establishing Connectivity (5 Steps)
• Working with Connection Interface
• Working with Statements (Statement, PreparedStatement, CallableStatement)
• Creating and Executing SQL Statements
• Working with ResultSet Objects | `bca5002_unit3.html` | `IMPLEMENTED` |
| Unit 4 | **Java Servlets** | • Introduction to Servlets
• HTTP Servlet Basics
• The Servlet Lifecycle (init, service, destroy)
• Retrieving Information (HttpServletRequest)
• Sending HTML Information (HttpServletResponse)
• Session Tracking (Cookies, HttpSession, URL Rewriting) | `bca5002_unit4.html` | `IMPLEMENTED` |
| Unit 5 | **Java Server Pages (JSP)** | • Introducing Java Server Pages (JSP Architecture & Lifecycle)
• JSP Overview vs Servlets
• Setting Up the JSP Environment
• Generating Dynamic Content (Scriptlets, Expressions, Declarations)
• Using Custom Tag Libraries and JSTL
• Processing Input and Output | `bca5002_unit5.html` | `IMPLEMENTED` |
## BCA-5003: Computer Network (5 Units)
| Unit | Title | Prescribed Syllabus Topics | Page File | Status |
|---|---|---|---|---|
| Unit 1 | **Basic Concepts, Topologies & OSI/TCP Models** | • Components of data communication
• Distributed processing, standards and organizations
• Line configuration, topology (Mesh, Star, Bus, Ring)
• Transmission modes and categories of networks
• OSI and TCP/IP Models (Layers and functions, comparison)
• Digital Transmission: DTE-DCE Interface, Modems, Cable modems | `bca5003_unit1.html` | `IMPLEMENTED` |
| Unit 2 | **Transmission Media & Physical Layer** | • Guided and unguided transmission media
• Attenuation, distortion, noise
• Throughput, propagation speed and time, wavelength
• Shannon capacity and Nyquist theorem
• Comparison of media | `bca5003_unit2.html` | `IMPLEMENTED` |
| Unit 3 | **Telephony, Multiplexing & Data Link Control** | • Multiplexing (WDM, TDM, FDM)
• Circuit switching, packet switching, message switching
• Data link control protocols: Line discipline, flow control, error control
• Synchronous/asynchronous, character/bit oriented protocols (Bit stuffing)
• Point to point controls (PPP layers, LCP, NCP)
• ISDN: Services, subscriber access, ISDN layers | `bca5003_unit3.html` | `IMPLEMENTED` |
| Unit 4 | **Network Devices & Network Layer** | • Devices: Repeaters, bridges, gateways, routers, switches, hubs
• The Network Layer design issues
• Internetworking
• IPv4 & IPv6 addressing and Subnetting
• Routing algorithms | `bca5003_unit4.html` | `IMPLEMENTED` |
| Unit 5 | **Transport & Upper Layers in OSI Model** | • Transport layer functions & process-to-process delivery
• Connection management (TCP 3-Way Handshake & Teardown)
• TCP vs UDP
• Session layer functions
• Presentation layer functions (Syntax, Cryptography)
• Application layer (DNS, HTTP, FTP, SMTP, POP3, MIME) | `bca5003_unit5.html` | `IMPLEMENTED` |
## BCA-5004: Numerical Methods (5 Units)
| Unit | Title | Prescribed Syllabus Topics | Page File | Status |
|---|---|---|---|---|
| Unit 1 | **Roots of Equations** | • Bisection Method
• False Position (Regula-Falsi) Method
• Newton-Raphson Method
• Rate of convergence of Newton's method (Quadratic p=2)
• Descartes' Rule of Signs | `bca5004_unit1.html` | `IMPLEMENTED` |
| Unit 2 | **Interpolation and Extrapolation** | • Finite Differences (Delta, Nabla)
• The operator E and relation with Delta, Nabla, D
• Newton's Forward and Backward Differences
• Newton's divided differences formulae
• Lagrange's Interpolation formula for unequal Intervals | `bca5004_unit2.html` | `IMPLEMENTED` |
| Unit 3 | **Numerical Differentiation & Integration** | • Introduction and direct methods from difference tables
• Maxima and minima of a tabulated function
• General Quadrature formula
• Trapezoidal Rule
• Simpson's 1/3 Rule
• Simpson's 3/8 Rule | `bca5004_unit3.html` | `IMPLEMENTED` |
| Unit 4 | **Solution of Linear Equations** | • Gauss's Elimination method
• Partial Pivoting
• Gauss-Seidel iterative method
• Diagonal dominance condition | `bca5004_unit4.html` | `IMPLEMENTED` |
| Unit 5 | **Solution of Differential Equations** | • Euler's method
• Picard's method of successive approximations
• Fourth-order Runge-Kutta method (RK-4) | `bca5004_unit5.html` | `IMPLEMENTED` |