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Lecture 1: Data and Information | Complete DBMS Course

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Lecture 2: Database and File System

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Lecture 3:What is DBMS and its Applications

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Lecture 4: Types of database

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Lecture 5: Need, Advantages & Disadvantages Of DBMS

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Lecture 6: DBMS Architecture & Its Types

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Lecture 7: Schema & instance & Its Types

Lecture 8: 3-Tier Architecture

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Lecture 9: Data Models and Its Type | Complete DBMS Course

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Lecture 10: Data Abstraction & Its level | Complete DBMS Course

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Lecture 11: Essential Components of table | Complete DBMS Course

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Lecture 12: Views in DBMS | Complete DBMS Course

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Lecure 13: Keys and Its Type in DBMS | Complete DBMS Course

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Lecture 14: Referential integrity in DBMS

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Lecture 15: Insert, Update, Delete from Referenced table DBMS | Complete DBMS Course

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Lecture 16: Insert, Update, Delete from Referencing table DBMS

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Lecture 17: Integrity Constraints & its types in DBMS

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Lecture 18: Super Key

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Lecture 19: ER Model

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Lecture 20: Entity and it types

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Lecture 21: Attributes and it types

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Lecture 22: Relationship and it types

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Lecture 23: ONe to One Relatioship

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Lecture 24: One to many Relationship

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Lecture 25: Many to one Realtionship

Lecture 26: many to many Realtionship

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Lecture 27: Participation Constraints

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Lecture 28: Extended ER Features

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Lecture 29: Specialization

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Lecture 30: Genaralization

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Lecture 31: Aggregation

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Lecture 32: Steps to draw an ER MOdel

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Lecture 33: Steps to draw an Instagram ER MOdel

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Lecture 34: Relational Model

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Lecture 35: ER Model To Relational MOdel

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Lecture 36: Intensity and Extension

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Lecture 37:RDBMS

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lecture 38: Normalization

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lecture 39: DeNormalization

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lecture 40: Functional Dependency

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lecture 41: Attribute Closure

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lecture 42: Finding Super Key Attribute Closure

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Lecture 43: Finding Canditate Key Attribute Closure

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Lecture 44: First Normal Form(1NF) | Complete DBMS Course

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lecture 45: Second Normal Form(2NF) | Complete DBMS Course

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lecture 46: Third Normal Form(3NF) | Complete DBMS Course

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lecture 47: Boyce Codd Normal Form(BCNF) | Complete DBMS Course

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lecture 48: Fourth Normal Form(4NF) | Complete DBMS Course

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lecture 49: Fifth Normal Form(5NF) | Complete DBMS Course

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lecture 50: Lossy and Lossless Decomposition | Complete DBMS Course

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lecture 51: Dependency Preserving Decomposition | Complete DBMS Course

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Lecture 52: How to find the highest Normal Form | Complete DBMS Course

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Lecture 53: How to normalize a table | Complete DBMS Course

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Lecture 54: Equivalence of Functional Dependency | Complete DBMS Course

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Lecture 55: Minimal set of Functional Dependency | Complete DBMS Course

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Lecture 56: How to find the highest Normal Form | Complete DBMS Course

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Lecture 57: Transaction and Concurrency Control | Complete DBMS Course

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Lecture 58: ACID Properties | Complete DBMS Course

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Lecture 59: Isolation levels and its type | Complete DBMS Course

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Lecture 60: Concurrent and parallel Scheduling | Complete DBMS Course

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Lecture 61:Serializability and its types

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Lecture 62:Conflict - Serializability

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Lecture 63: Scheduling and its types

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Lecture 64: View Serializability

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Lecture 65: Why do we need concurrency control mechanism

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Lecture 66: Concurrency control mechanisms 2PL | Lock-based | Time-Stamp based

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Lecture 67: Database Recovery Management

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Lecture 68: Techniques for optimizing SQL queries and File organization

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Lecture 69: Indexing and its types

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Lecture 70: B and B+ Trees

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Lecture 71: Difference between B and B+ Trees

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Lecture 72: Scaling in Databases

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Lecture 73: RBAC (Role Based Access Control)

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Lecture 74: Encryption

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Lecture 75: Data Masking Techniques

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