There are no items in your cart
Add More
Add More
| Item Details | Price | ||
|---|---|---|---|
SEMESTER 4 CRASH COURSE ( Common To All )
| star star star star star | 5.0 (1 ratings) |
Instructor: MathsInDepth
Validity Period: 200 days
₹5000 80% OFF
₹999
No Description Available
| For any query Whatsapp at: 9049091373 | |||
| 🟢CHAPTER WISE PDFs CONTAINS IMPORTANT PYQs | |||
| 🔴You can just Follow 2 Paper sets to gain 9+ pointers in theoretical subjects ( For M4 follow chapter wise pdfs) | |||
| ⚫️All Updates Will Be Notified In APP Only | |||
| 🔵Video Lectures Will be provided for M4 | |||
| 🔴🔴🔴sharing content throug screenshots will lead to permanent ban of your account | |||
| 🟢 SUBJECT WISE PAPER SETS | |||
| M4 SET 1 (6 pages) | |||
| M4 SET 2 (6 pages) | |||
| AOA SET 1 (4 pages) | |||
| AOA SET 2 (4 pages) | |||
| CNND SET 1 (2 pages) | |||
| CNND SET 2 (2 pages) | |||
| M4 ANSWERS | |||
| Large & Small Sample Test (13 pages) | |||
| ki square test (6 pages) | |||
| Answers to many questions can be found in solved examples of kumbhojkar ( pdf is sharable ) (499 pages) | |||
| DBMS SET 1 (2 pages) | |||
| DBMS SET 2 (3 pages) | |||
| OS( NON IT) SET 1 (3 pages) | |||
| OS( NON IT) SET 2 (3 pages) | |||
| Mircoprocessor SET 2 (2 pages) | |||
| Mircoprocessor SET 1 (2 pages) | |||
| OS(IT) SET 1 (2 pages) | |||
| OS(IT) SET 2 (3 pages) | |||
| COA SET 1 (3 pages) | |||
| COA SET 2 (2 pages) | |||
| Automata Theory SET 1 (3 pages) | |||
| Automata Theory SET 2 (4 pages) | |||
| Microprocessor | |||
| MODULE 1: The Intel Microprocessors 8086 Architecture (1 pages) | |||
| MODULE 2: Instruction Set and Programming (1 pages) | |||
| MODULE 3: Memory and Peripherals interfacing (2 pages) | |||
| MODULE 4: Intel 80386DX Processor (1 pages) | |||
| MODULE 5: Pentium Processor (1 pages) | |||
| MODULE 6: Pentium 4 (1 pages) | |||
| you can follow techneo written by bharat acharya as all answers are written precisely in his book | |||
| chapter 1: 8086 Microprocessor (44 pages) | |||
| chapter 2: 8086 Assembly Language (76 pages) | |||
| chapter 3: 8086 Interrupts (9 pages) | |||
| chapter 4: 8086 Circuit Configurations (16 pages) | |||
| chapter 5: 8259 prorammable Interrupt Controller (20 pages) | |||
| chapter 6: 8255 prorammable Peripheral Interface (18 pages) | |||
| chapter 7: 8253 Programmable Interval Timer (9 pages) | |||
| chapter 8: 8257 DMA Controller (16 pages) | |||
| chapter 9: 8086 Designing (18 pages) | |||
| chapter 10: 80386 microprocessor (29 pages) | |||
| chapter 11: pentium processor (17 pages) | |||
| Microprocessor Paper Strategy | Semester 4 | Mumbai University | #SEM4 #MP #MU | |||
| assembly program (8 pages) | |||
| COA (IT BRANCH) | |||
| MODULE 1: Fundamentals of Logic Design (1 pages) | |||
| MODULE 2: Overview of Computer Architecture & Organization (1 pages) | |||
| MODULE 3: Processor Organization and Architecture (1 pages) | |||
| MODULE 4: Data Representation and Arithmetic Algorithms (1 pages) | |||
| MODULE 5: Memory Organization (1 pages) | |||
| MOFDULE 6: I/O Organization (1 pages) | |||
| Answers | |||
| Explain Flynn Classification: 10 Marks (3 pages) | |||
| Draw and explain 4 stage instruction pipelining (2 pages) | |||
| With respect to pipeline performance define following: 10 Marks (2 pages) | |||
| Explain different types of pipeline hazards (6 pages) | |||
| Explain delayed branching & branch prediction techniques for hazard handling (7 pages) | |||
| what is control unit (2 pages) | |||
| Microinstruction Example: 10 Marks (3 pages) | |||
| Differentiate between Hardwired control unit and Micro programmed control unit, vertical & horizontal micro programmed (3 pages) | |||
| Explain State Table Method & Delay Element Method for hardwired control unit design. (5 pages) | |||
| Complete concept of mivcroprogrammed control unit from willian stalling (8 pages) | |||
| Memory hierarchy, its characteristics , types of ROM & RAM (3 pages) | |||
| List & Explain the Characteristics of Memory. (2 pages) | |||
| List down characteristics of 2 level memory. (3 pages) | |||
| SRAM VS DRAM (1 pages) | |||
| Cache and Mapping Techniques Complete notes (66 pages) | |||
| Cache Coherence & write policies (4 pages) | |||
| Interleaved memory (3 pages) | |||
| Associative Memory (2 pages) | |||
| Half and Full Adder (4 pages) | |||
| Decoder and design of 3 8 decoder (4 pages) | |||
| Write a short note on Encoder and design octal to binary encoder (3 pages) | |||
| Priority Encoder (2 pages) | |||
| Addressing modes & its application (7 pages) | |||
| Explain the instruction cycle with the help of a neat state diagram. (2 pages) | |||
| Types of registers and instructions (11 pages) | |||
| SR, JK, T & D Flip flops (3 pages) | |||
| Multiplexer & Demultiplexer short notes (9 pages) | |||
| number system (26 pages) | |||
| data reperesntation and arithmatic (25 pages) | |||
| OPERATING SYSTEM (For All Branches Except IT) | |||
| MODULE 1: Operating system Overview (1 pages) | |||
| MODULE 2: Process and Process Scheduling (2 pages) | |||
| MODULE 3: Process synchronization and Deadlocks (1 pages) | |||
| MODULE 4: Memory Management (1 pages) | |||
| MODULE 5: File management (1 pages) | |||
| MODULE 6: IO managements (1 pages) | |||
| Operating System Paper Strategy | CE, AIML, AIDS | Semester 4 | Mumbai University | #MU #SEM4 #OS | |||
| 🔴 Answers | |||
| Process State Diagram (5 pages) | |||
| Scheduling Theory pdf (10 pages) | |||
| memory management concepts (21 pages) | |||
| Concept of virtual Memory (22 pages) | |||
| Directory Implementation & File Allocation Strategy (9 pages) | |||
| FILE PART 2 (9 pages) | |||
| OS sem4 - CS ( u can follow for remaining answers) (97 pages) | |||
| Automata Theory ( IT BRANCH) | |||
| MODULE 1: Introduction and Regular Languages (1 pages) | |||
| MODULE 2: Finite Automata (2 pages) | |||
| MODULE 3: Context Free Grammars (2 pages) | |||
| MODULE 4: Push Down Automata (1 pages) | |||
| MODULE 5: Turing Machine (1 pages) | |||
| MOFDULE 6: Applications of Automata (1 pages) | |||
| Automata Theory Paper Strategy | Information Technology | Semester 4 | Mumbai University | #MU #SEM4 #AT | |||
| Automata Theory sem4-IT ( you can follow this local pdf for all answers ) (195 pages) | |||
| Operating System ( FOR IT ONLY ) | |||
| MODULE 1:Fundamentals of Operating System (1 pages) | |||
| MODULE 2:Process Management (3 pages) | |||
| MODULE 3:Process coordination (1 pages) | |||
| MODULE 4: Memory Management.docx (1 pages) | |||
| MODULE 5:Storage Management (1 pages) | |||
| MODULE 6: Special purpose Operating System (1 pages) | |||
| 🔴Answers | |||
| OS Paper Strategy | Semester 4 | Mumbai University | #MU #SEM4 #OS | |||
| Open-source OS and Proprietary OS (1 pages) | |||
| What is Embedded Operating System (5 pages) | |||
| What do you mean by network operating system (3 pages) | |||
| What is Cloud Operating System (6 pages) | |||
| What is IoT Operating Systems (3 pages) | |||
| Real-Time Operating System (3 pages) | |||
| What is a Mobile Operating System(Android) (8 pages) | |||
| DBMS | |||
| MODULE 1: Introduction Database Concept (1 pages) | |||
| MODULE 2: Entity Relationship Data Model (1 pages) | |||
| MODULE 3: Relational Model and relational Algebra (2 pages) | |||
| MODULE 4: Structured Query Language (2 pages) | |||
| MODULE 5: Relational Database Design (1 pages) | |||
| MODULE 6: Transaction Management and Concurrency Recovery (2 pages) | |||
| 🔴Answers | |||
| MODULE 5: Relational Database Design | |||
| Normal Forms & Functional dependencies (31 pages) | |||
| MODULE 6: Transaction Management and Concurrency Recovery | |||
| DBMS_TRANSACTION_QUESTION_AND_ANSWERS (17 pages) | |||
| MODULE 3: Relational Model and relational Algebra | |||
| Explain different types of operators in relational algebra (4 pages) | |||
| MODULE 4: Structured Query Language | |||
| Understanding the different SQL JOIN types (14 pages) | |||
| SQL Commands: DML, DCL, DDL etc. (5 pages) | |||
| What are the different aggregate functions used in SQL (2 pages) | |||
| Nested Query & Sub Query in SQL (2 pages) | |||
| MODULE 2: Entity Relationship Data Model | |||
| ER Diagrams (42 pages) | |||
| EER DIAGRAM FOR HOSPITAL MANAGEMENT | |||
| Library-System-Entity-Relationship-Diagram | |||
| ERdiagram for railway reservation | |||
| ER Diagram for hotel management | |||
| E-R-Diagram for E Commerce / Shopping website | |||
| DBMS Paper Strategy | Semester 4 | Mumbai University | #MU #SEM4 #DBMS | |||
| DBMS ES ( YOU CAN REFER THIS FOR REMAINING ANSWERS OF DEADLOCK & RECOVERY) (43 pages) | |||
| Analysis of Algorithm | |||
| MODULE 1: INTRODUCTION (1 pages) | |||
| MODULE 2: Divide and Conquer Approach (1 pages) | |||
| MODULE 3: Greedy Method Approach (2 pages) | |||
| MODULE 4: Dynamic Programming Approach (3 pages) | |||
| MODULE 5: Backtracking and Branch and bound (1 pages) | |||
| MODULE 6: STRING MATCHING ALGORITHMS (1 pages) | |||
| 🔴Answers | |||
| Greedy Method (25 pages) | |||
| Dynamic Algorithm (36 pages) | |||
| String Matching Algorithms (12 pages) | |||
| Divide and Conquer Approach (19 pages) | |||
| Backtracking and Branch and bound (25 pages) | |||
| You can find numerical in this techneo pdf (100 pages) | |||
| Analysis of Algorithm Paper Strategy | Semester 4 | Mumbai University | #MU #SEM4 #AOA | |||
| Computer Network and Network Design ( IT BRANCH ) | |||
| MODULE 1: Introduction to Computer networks (1 pages) | |||
| MODULE 2: Physical Layer & Data Link Layer (1 pages) | |||
| MODULE 3: Network Layer (1 pages) | |||
| MODULE 4: Transport Layer & Session Layer (1 pages) | |||
| MODULE 5: Presentation layer and Application Layer (1 pages) | |||
| MODULE 6: Network Design Concepts (1 pages) | |||
| 🔴Theory Answer pdfs | |||
| TCP HEADER FORMAT (11 pages) | |||
| TCP Timers (17 pages) | |||
| Congestion Control in TCP (5 pages) | |||
| Stop and Wait (17 pages) | |||
| Sliding Window Protocols (27 pages) | |||
| IPv4 Header Format (9 pages) | |||
| IP Fragmentation (14 pages) | |||
| Error Detection in Computer Networks (13 pages) | |||
| IP Address in Networking (23 pages) | |||
| Subnetting in Networking (49 pages) | |||
| Classless Addressing (8 pages) | |||
| Distance Vector Routing Algorithm (14 pages) | |||
| OSI LAYER (6 pages) | |||
| Computer Network & Network Design Paper Strategy | Semester 4 | Mumbai University | #MU #SEM4 #CNND | |||
| Engineering Mathematics 4 | |||
| MODULE 1: Linear Algebra (Theory of Matrices) (2 pages) | |||
| MODULE 2: Complex Integration (2 pages) | |||
| MODULE 3: Z transform (1 pages) | |||
| MODULE 4: Probability Distribution: Poisson and Normal distribution (2 pages) | |||
| MODULE 5: Linear Programming Program (3 pages) | |||
| MODULE 6: Nonlinear Programming Problem (2 pages) | |||
| M4 VIDEO LECTURES | |||
| 🔵Linear Algebra | |||
| Eigenvectors and Eigenvalues | Geometrical Interpretation of Eigenvectors and Eigenvalues 18:00 | |||
| 1.Non-Symmetric Matrices with Repeated Eigen value 14:00 | |||
| 3.Symmetric Matrices with Distinct Eigen value 18:00 | |||
| 4.Symmetric Matrices with Repeated Eigen value 10:00 | |||
| 5.Repeated Eigen value with same Eigen Vector 6:00 | |||
| Properties Of Eigen Values And Eigen Vector 104:00 | |||
| Similarity of Matrices 84:00 | |||
| 🔵Complex Integration | |||
| Lecture 1: How to evaluate complex integral over a circle | |||
| Recording - Lecture 2: How to evaluate complex integral over a line or parabola 56:00 | |||
| Recording - Numerical Based on Cauchy's Theorem 88:00 | |||
| Cauchy's Residue Theorem One shot | Semester 4 | Mumbai University #SEM4 #MU #M4 | |||
| 🔵Z transorm | |||
| Recording - Introduction To Z Transform 46:00 | |||
| Recording - Z Transform : Questions Based on Direct Application of Definition 95:00 | |||
| Recording - Z Transform : Important Properties | Engineering Mathematics | All Universities #M4 79:00 | |||
| Recording - Z transform | Convolution Theorem & Change of Scale Based Problems 57:00 | |||
| Recording - Inverse Z Transform 46:00 | |||
| Inverse Z Transform | Important Numerical | Semester 4 | Mumbai University #M4 #SEM4 #MU | |||
| 🔵LLP | |||
| Recording - SIMPLEX METHOD: LECTURE 1 63:00 | |||
| Finding Basic , optimal & feasible solutions 16:00 | |||
| SIMPLEX METHODD problems 28:00 | |||
| 🔵NORMAL & POISSON DISTRIBUTIONS | |||
| Poisson Distribution Most Important Numerical | Mumbai University | Semester 4 #MU #M4 #SEM4 | |||
| Normal Distribution Most Important Numerical | Mumbai University | Semester 4 #mu #m4 #sem4 | |||
| 🔵NLPP | |||
| Non Linear Programming Problems | Part 1 | Semester 4 #MU #M4 #SEM3 | |||
| Kuhn Tucker Method | Non Linear Programming Problems | Part 1 | Semester 4 #MU #M4 #SEM3 | |||
| 🔵SAMPLING THEORY | |||
| Large Sample Test 16:00 | |||
| Small Sample Test Part 1 15:00 | |||
| Small Sample Test Part 2 20:00 | |||
| Ki Square test part 1 10:00 | |||
| Ki Square test part 2 11:00 | |||
| 🔵SUBJECT WISE MODEL PAPER FOR MARKS DISTRIBUTION ANALYSIS | |||
| M4 MODEL PAPER (2 pages) | |||
| AOA MODEL PAPER (1 pages) | |||
| DBMS MODEL PAPER (1 pages) | |||
| OS MODEL PAPER ( NON IT) (1 pages) | |||
| Mircoprocessor Model Paper (1 pages) | |||
| Computer Network & Network Design (IT) (1 pages) | |||
| OS MODEL PAPER (IT) (1 pages) | |||
| Automata Theory MODEL PAPER (IT) (1 pages) | |||
| COA Model Paper (IT) (1 pages) | |||
After successful purchase, this item would be added to your Library.
You can access the library in the following ways :
Other Courses
Launch your Graphy