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MCC (Mobile Communication and Computing)
- Introduction to Mobile Computing
- GPRS Architecture
- GSM architecture
- Multiplexing
- GEO MEO LEO Types of satellite Orbit
- Handover and Types of Handover
- Privacy and Authentication in GSM
- Types of Handoffs and Handover
- Mobile IP and Packet through tunnel working
- 3G UMTS architecture
- Wireless Local Loop
- PSTN Architecture
- Cellular IP Standard
- Bluetooth Architecture
- Android architecture
- 4G architecture
- Frequency reuse concept in cellular system
- Macro Mobility- MIPv6 and FMIPv6
- Micro Mobility- HAWAII Architecture
- Micro Mobility- HMIPv6 Hierarchical MIPv6
- IP Address v/s MAC Address
- IPv4 Header Format
- IPv6
- IPv4 vs IPv6
- SAE/LTE Architecture Part #1
- SAE/LTE Architecture Part #2
- VoLTE
- Self-Organizing Networks (SON) Framework
- IEEE 802.11 Architecture
- IEEE 802.11 Protocol Architecture
- Wifi Security – Wired Equivalent Privacy (WEP)
- Wireless LAN Threats and Security
- WiFi Protected Access
- 5G Introduction
- HiperLAN Type 1
- MCC Importance
- Mobile Communication and Computing Notes ( Toppers Solution )
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Artificial Intelligence
- Agent and Peas Description
- Types of Agent
- Learning Agent
- BFS Algorithm with solved Example
- DFS ( Depth First Search ) Algorithm with solved Example
- IDFS ( Iterative Depth First Search ) Algorithm with solved Example
- Hill Climbing
- Min Max Solved Example
- Alpha-Beta Pruning Solved Example
- A star Solved Example
- Genetic Algorithm
- Genetic Algorithm Max one Problem Solved Example
- Propositional Logic (PL) Introduction
- PL to CNF Conversion With Solved Example
- First-Order Logic (FOL) Solved Example
- Resolution Tree Sum Part #1
- Resolution Tree Sum Part #2
- Partial Order Planning with Example
- Expert System
- Wumpus World
- Natural Language Processing
- Decision Tree Solved Example
- Bayesian Network toothache and Cavity sum
- Supervised and Unsupervised Learning (AI and SC)
- Bayesian Belief Network
- Hill Climbing algorithm
- Importance + Strategy to Score Good marks in Artificial intelligence paper
- Heuristic function (block world and 8 Puzzle )
- GBFS Solved Example
- Notes: Module 1
- Notes: Module 2
- Notes: Module 3
- Notes: Module 4
- Notes: Module 5
- Notes: Module 6
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Cryptography and System Security
- Module 1: Introduction to Cryptography and Security System
- Module 1: Security Goals and Mechanism
- Module 1: Symmetric Cipher
- Module 1: Mono Alphabetic Cipher
- Module 1: Poly Alphabetic Cipher
- Module 1: Substitution Cipher
- Module 1: Transposition Cipher
- Module 2: Stream and Block Cipher
- Module 2: DES Algorithm Full Working
- Module 2: DES key Generation Explain Step by Step
- Module 2: AES Algorithm Full working
- Module 2: Modes of Operation
- Module 2: Public Key cryptogrpahy
- Module 2: RSA Algorithm with Solved Example
- Module 2: Diffie Hellman
- Module 2: How to find modulus of Exponential Number (high power value )
- Module 3: MD5 (Message Digest Algorithm)
- Module 3: SHA-1 Algorithm Full Working
- Module 3: MAC
- Module 3: Digital Certificate and X.509
- Module 4: Kerberos
- Module 4: Digital Signature Full working Explained
- Module 5: DOS and DDOS Attack
- Module 5: SSL ( Secure Socket Layer protocol )
- Module 5: IPSEC introduction
- Module 5: IP SEC Security Protocols
- Module 5: IPSEC Modes of Operation
- Module 5: IDS and its Types
- Module 6: Buffer Overflow and Buffer Overflow attack
- Module 6: Malicious Software ( Virus and worms )
- Module 6: Virus and worms
- Module 6: SQL Injection
- Module 7: IDEA Algorithm Full Working
- Module 7: Blowfish Algorithm Full working
- Module 7: Confusion and Diffusion
- Module 7: Meet in the Middle
- Module 7: Phishing Attack
- Module 7: Session Hijacking and Spoofing Attack
- Module 7: OS Security Memory and Address Protection
- Module 7: E commerce Security and Payment gateway
- Notes: Index
- Notes: Module 1
- Notes: Module 2
- Notes: Module 3
- Notes: Module 4
- Notes: Module 5
- Notes: Module 6
- Notes: Module 7
- Notes: Module 8
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System Programming and Compiler Construction [SPCC ]
- Module 1: System Programming and Compiler Design Introduction
- Module 2: What is Assembler and Assembly Language
- Module 2: Forward reference problem
- Module 2: Assembly language statement
- Module 2: Flow chart of two pass assembler
- Module 3: Macros and Macro-processors
- Module 3: Macro vs Subroutine
- Module 3: Macros pass 1 and pass 2 flowchart
- Module 4: Editor Basics with Architecture in System Programming
- Module 5: Phases of compiler
- Module 5: Eliminate left recursion and left factoring
- Module 5: How to Find First and Follow Basics (part 1)
- Module 5: First and Follow solved example (part 2)
- Module 5: First and Follow solved example (Part 3)
- Module 5: Predictive Parser (Part 1)
- Module 5: Predictive Parser (Part 2)
- Module 5: Recursive Descent parser with solved example
- Module 5: Operator Precedence Parser with Solved Example(part 1)
- Module 5: Operator Precedence Parser with Solved Example (part 2)
- Module 5: LR Parsing | LR (0) item | LR (0) Parsing table solved Example
- Module 5: SLR (1) parsing with solved example| SLR (1) parsing table |
- Module 5: Examples of LR(0) or SLR(1)
- Module 5: CLR1 and LALR1 with Solved Example
- Module 6: DAG(direct a cyclic graph)
- Module 6: Yacc (Yet another compiler compiler )
- Module 6: Activation Records in Compiler Design
- Module 6: Synthesized & Inherited Attributes
- Module 6: Peep Hole Optimization
- Index : Loaders
- Index : Linkers
- Index : Compile and go loader, General Loader and Absolute Loader
- Index : Subroutine Linkage, Relocating Loader and Direct Link Loader
- Index : Dynamic Loading Loader, Dynamic Linking Loader and Linkage Editor_1
- Notes: SPCC important Question for Computer Branch Mumbai University
- Notes: Introduction to SPCC
- Notes: Assemblers
- Notes: Macro and Macroprocessor
- Notes: Editor
- Notes: Loaders and Linkers
- Notes: Compilers
- Notes: Syntax Analysis
- Notes: Syntax Directed Transaction
- Notes Lexical Analysis
- Notes: Intermediate Code Generation
- Notes: Code Generation
- Notes: Code Optimization
- Notes: Run Time Storage
- Notes: Compiler – Compilers
GPRS Architecture
GPRS Architecture
GPRS stands for General Packet Radio Service. It is the modified version of the GSM architecture service. In GSM architecture we can only transport the voice signal. For that there are two more software components are used, SGSN (Serving GPRS supporting Node) and GGSN (Gateway GPRS supporting Node).
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