OR: Lecture #40 on solving a problem having no feasible solution
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OR: Lecture #40 on solving a problem having no feasible solution
13:21
OR: Lecture #39 on formulating a linear programming model for the given problem
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OR: Lecture #39 on formulating a linear programming model for the given problem
12:49
OR: Lecture #38 on solving the given transportation problem
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OR: Lecture #38 on solving the given transportation problem
12:17
SE: Lecture #23 on Basic, Intermediate & Complete COCOMO Model, Computer Aided Software Engineering
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SE: Lecture #23 on Basic, Intermediate & Complete COCOMO Model, Computer Aided Software Engineering
20:52
SE: Lecture #22 on Heuristic Techniques, Halstead's Software Science, Basic COCOMO Model
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SE: Lecture #22 on Heuristic Techniques, Halstead's Software Science, Basic COCOMO Model
22:13
OR: Lecture #37 on solving the given linear programming problem graphically to find the minimum cost
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OR: Lecture #37 on solving the given linear programming problem graphically to find the minimum cost
8:46
OR: Lecture #36 on finding all the basic and basic feasible solutions of the given system
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OR: Lecture #36 on finding all the basic and basic feasible solutions of the given system
21:17
SE: Lecture #21 on Line of Code, Function Point, Empirical Estimation, Expert Judgement and Delphi..
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SE: Lecture #21 on Line of Code, Function Point, Empirical Estimation, Expert Judgement and Delphi..
25:53
OR: Lecture #35 on solving the given questions: how many types of lamps manufactured for best return
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OR: Lecture #35 on solving the given questions: how many types of lamps manufactured for best return
16:17
OR: Lecture #34 on determining the event of deliveries from each of the factories from each factory
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OR: Lecture #34 on determining the event of deliveries from each of the factories from each factory
9:23
SE: Lecture #20 on Debugging, Guidelines, Analysis Tools, Integration Testing
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SE: Lecture #20 on Debugging, Guidelines, Analysis Tools, Integration Testing
21:49
OR: Lecture #33 on Primal and Dual, solving LPP by using its Dual
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OR: Lecture #33 on Primal and Dual, solving LPP by using its Dual
9:13
OR: Lecture #32 on solving the given transportation problem
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OR: Lecture #32 on solving the given transportation problem
24:30
SE: Lecture #19 on Boundary Value Analysis, White-Box Testing, CFG, Cyclomatic Complexity, Debugging
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SE: Lecture #19 on Boundary Value Analysis, White-Box Testing, CFG, Cyclomatic Complexity, Debugging
31:09
OR: Lecture #31 on determining the optional transportation plan from the given table, Big-M method
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OR: Lecture #31 on determining the optional transportation plan from the given table, Big-M method
19:22
OR: Lecture #30 on Unbalanced Transportation Problem, Degeneracy in Transportation Problem
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OR: Lecture #30 on Unbalanced Transportation Problem, Degeneracy in Transportation Problem
30:15
SE: Lecture #18 on Black-box testing, Unit Testing, Equivalence Class Partitioning
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SE: Lecture #18 on Black-box testing, Unit Testing, Equivalence Class Partitioning
15:07
SE: Lecture #17 on Code Walk Through, Code Inspection, Software Documentation, Program Testing
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SE: Lecture #17 on Code Walk Through, Code Inspection, Software Documentation, Program Testing
22:33
OR: Lecture #29 on determining the optimal transportation plan for the given data
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OR: Lecture #29 on determining the optimal transportation plan for the given data
38:56
OR: Lecture #28 on Canonical and Standard Form of Linear Programming Problem
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OR: Lecture #28 on Canonical and Standard Form of Linear Programming Problem
28:14
SE: Lecture #16 on Coding: Standards and Guidelines, Code Review and Inspection
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SE: Lecture #16 on Coding: Standards and Guidelines, Code Review and Inspection
19:53
OR: Lecture #27 on Computational procedure of optimal test, Transportation Algorithm
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OR: Lecture #27 on Computational procedure of optimal test, Transportation Algorithm
20:09
SE: Lecture #15 on Activity and State chart diagram & Coding
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SE: Lecture #15 on Activity and State chart diagram & Coding
26:25
OR: Lecture #26 on solving the transformation problem by Vogels method
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OR: Lecture #26 on solving the transformation problem by Vogels method
33:48
SE: Lecture #14 on Interaction Diagrams, Sequence Diagram and Collaboration Diagram
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SE: Lecture #14 on Interaction Diagrams, Sequence Diagram and Collaboration Diagram
24:30
OR: Lecture #25 on finding the Initial B.F.S of the following T.P by North-West Corner rule
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OR: Lecture #25 on finding the Initial B.F.S of the following T.P by North-West Corner rule
14:30
DCN: Lecture #19 on Taxonomy of protocols, Stop-and-Wait protocol, Stop-and-Wait ARN, Go-Back-N ARN
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DCN: Lecture #19 on Taxonomy of protocols, Stop-and-Wait protocol, Stop-and-Wait ARN, Go-Back-N ARN
25:32
OR: Lecture #24 on Solving transportation problem by lowest cost entry method
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OR: Lecture #24 on Solving transportation problem by lowest cost entry method
31:09
OR: Lecture #23 on Feasible solution, Methods for finding the initial feasible solution
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OR: Lecture #23 on Feasible solution, Methods for finding the initial feasible solution
18:18
SE: Lecture #13 on Class Diagrams
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SE: Lecture #13 on Class Diagrams
5:04
OR: Lecture #22 on using Dual Simplex Algorithm to solve Linear Programming Problem
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OR: Lecture #22 on using Dual Simplex Algorithm to solve Linear Programming Problem
18:39
OR: Lecture #21 on using Dual Simplex Algorithm to solve a Linear Programming Problem
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OR: Lecture #21 on using Dual Simplex Algorithm to solve a Linear Programming Problem
26:36
OR: Lecture #20 on Dual Simplex Algorithm and use it to solve a Linear Programming Problem
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OR: Lecture #20 on Dual Simplex Algorithm and use it to solve a Linear Programming Problem
35:36
OR: Lecture #19 on Importance of dual and using the dual, solve the LPP
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OR: Lecture #19 on Importance of dual and using the dual, solve the LPP
34:23
OR: Lecture #18 on write dual of the given problem
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OR: Lecture #18 on write dual of the given problem
28:27
OR: Lecture #17 on Duality, Write dual of the problem, Standard form of primal, Dual of a mixed sys.
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OR: Lecture #17 on Duality, Write dual of the problem, Standard form of primal, Dual of a mixed sys.
36:13
OR: Lecture #16 on Linear Programming Problem where Slack, Surplus and Artificial variables are used
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OR: Lecture #16 on Linear Programming Problem where Slack, Surplus and Artificial variables are used
33:52
SE: Lecture #12 on Object Modelling with UML, Use Case Diagram
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SE: Lecture #12 on Object Modelling with UML, Use Case Diagram
27:17
OR: Lecture #15 on Linear Programming Problem having unbounded solution
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OR: Lecture #15 on Linear Programming Problem having unbounded solution
36:06
OR: Lecture #14 on Solving Linear Programming Problem where the minimum ratios are same
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OR: Lecture #14 on Solving Linear Programming Problem where the minimum ratios are same
29:17
SE: Lecture #11 on Project Report, Context Diagram, Database Design
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SE: Lecture #11 on Project Report, Context Diagram, Database Design
38:25
OR: Lecture #13 on Simplex Method, Part 2 (If problem is minimization, convert to max problem)
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OR: Lecture #13 on Simplex Method, Part 2 (If problem is minimization, convert to max problem)
22:19
SE: Lecture #10 on Software design strategies, Function and Object Oriented Design etc
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SE: Lecture #10 on Software design strategies, Function and Object Oriented Design etc
25:41
OR: Lecture #12 on Simplex Method (If problem is minimization, convert to maximization problem)
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OR: Lecture #12 on Simplex Method (If problem is minimization, convert to maximization problem)
46:41
OR: Lecture #11 on Simplex Method, Part 3 (Cont.)
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OR: Lecture #11 on Simplex Method, Part 3 (Cont.)
36:59
OR: Lecture #10 on Simplex Method, Part 2 (Cont.)
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OR: Lecture #10 on Simplex Method, Part 2 (Cont.)
39:46
SE: Lecture #9 on Project Report: Data Dictionary, ER Diagram, Database Design etc
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SE: Lecture #9 on Project Report: Data Dictionary, ER Diagram, Database Design etc
26:01
SE: Lecture #8 on Context Diagram, Level 1 DFD and Level 2 DFD
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SE: Lecture #8 on Context Diagram, Level 1 DFD and Level 2 DFD
42:58
OR: Lecture #9 on Simplex Method
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OR: Lecture #9 on Simplex Method
37:39
SE: Lecture #7 on Project Report, Structured Analysis and Design, Data Flow Diagram, Context Diagram
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SE: Lecture #7 on Project Report, Structured Analysis and Design, Data Flow Diagram, Context Diagram
31:28
OR: Lecture #8 on Surplus variables, Development of Simplex Method etc
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OR: Lecture #8 on Surplus variables, Development of Simplex Method etc
33:44
OR: Lecture #7 on Simplex Method, Slack variable
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OR: Lecture #7 on Simplex Method, Slack variable
33:56
SE: Lecture #6 on Coupling & Cohesion
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SE: Lecture #6 on Coupling & Cohesion
8:41
OR: Lecture #6 on Infeasible Solution, Basic Solution, Unbounded Solution
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OR: Lecture #6 on Infeasible Solution, Basic Solution, Unbounded Solution
33:52
OR: Lecture #5 on using Graphical method to solve the following LP Problem and Basic Solution
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OR: Lecture #5 on using Graphical method to solve the following LP Problem and Basic Solution
24:22
SE: Lecture #5 on Formal System Specification, Model oriented vs property oriented approach etc
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SE: Lecture #5 on Formal System Specification, Model oriented vs property oriented approach etc
18:57
SE: Lecture #4 on Requirement Analysis and Specification, SRS document
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SE: Lecture #4 on Requirement Analysis and Specification, SRS document
26:54
OR: Lecture #4 on Geometrical/Graphical method for the solution of a Linear Programming Problem etc
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OR: Lecture #4 on Geometrical/Graphical method for the solution of a Linear Programming Problem etc
34:01
OR: Lecture #3 on formulating the given problem as a linear programming problem
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OR: Lecture #3 on formulating the given problem as a linear programming problem
20:20
SE: Lecture #3 on Iterative Waterfall, Prototyping, Evolutionary, Spiral Models etc
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SE: Lecture #3 on Iterative Waterfall, Prototyping, Evolutionary, Spiral Models etc
27:13
OR: Lecture #2 on Convex set, extreme point of a convex set, optimum solution
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OR: Lecture #2 on Convex set, extreme point of a convex set, optimum solution
25:24
SE: Lecture #2 on Need of Software Engineering, Software Development Life Cycle etc
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SE: Lecture #2 on Need of Software Engineering, Software Development Life Cycle etc
40:19
OR: Lecture #1 on Operation Research- Uses, Limitations and Linear Progeamming Problems etc
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OR: Lecture #1 on Operation Research- Uses, Limitations and Linear Progeamming Problems etc
34:11
SE: Lecture #1 on Introduction to Software Engineering
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SE: Lecture #1 on Introduction to Software Engineering
22:21
SS: Lecture #9 on Linker and Loader
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SS: Lecture #9 on Linker and Loader
1:01:25
DBMS: Lecture #7 on Indexing like Ordered, Primary, Densed, Sparse, Clustering indices etc.
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DBMS: Lecture #7 on Indexing like Ordered, Primary, Densed, Sparse, Clustering indices etc.
37:50
DBMS: Lecture #6 on Hash, B+ and Cluster File Organization, Indexed Sequential Access Method
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DBMS: Lecture #6 on Hash, B+ and Cluster File Organization, Indexed Sequential Access Method
33:04
SS: Lecture #8 on Parse Tree, Syntax Tree & Directed Acyclic Graph
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SS: Lecture #8 on Parse Tree, Syntax Tree & Directed Acyclic Graph
1:12:26
DBMS: Lecture #5 on Record Storage and Primary File Organisation
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DBMS: Lecture #5 on Record Storage and Primary File Organisation
40:15
SS: Lecture #7 on CLR Parser (Cont. )
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SS: Lecture #7 on CLR Parser (Cont. )
56:16
SS: Lecture #6 on CLR Parser
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SS: Lecture #6 on CLR Parser
44:38
SS: Lecture #5 on Parsing Table and moves of the LR Parser (Cont.)
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SS: Lecture #5 on Parsing Table and moves of the LR Parser (Cont.)
1:19:04
SS: Lecture #4 on Canonical Item set of the SLR Parser (Cont. )
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SS: Lecture #4 on Canonical Item set of the SLR Parser (Cont. )
1:14:25
SS: Lecture #3 on Canonical Item set of the SLR Parser
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SS: Lecture #3 on Canonical Item set of the SLR Parser
1:06:48
SS: Lecture #2 on Syntax Analysis Phase of a Compiler, SLR Parser
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SS: Lecture #2 on Syntax Analysis Phase of a Compiler, SLR Parser
1:08:43
DBMS: Lecture #0 on Functional Dependency and its Types
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DBMS: Lecture #0 on Functional Dependency and its Types
43:51
SS: Lecture #1 on Phases of a compiler
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SS: Lecture #1 on Phases of a compiler
32:53
Numerical Analysis: Lecture #2 on Euler's Method, Runge Kutta's Method, Gauss Elimination etc
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Numerical Analysis: Lecture #2 on Euler's Method, Runge Kutta's Method, Gauss Elimination etc
35:18
Numerical Analysis: Lecture #1 on Operated Related Problem
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Numerical Analysis: Lecture #1 on Operated Related Problem
36:32
DBMS: Lecture #4 on Failure Classification, Log-based Recovery, Checkpoint and Deadlock in DBMS
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DBMS: Lecture #4 on Failure Classification, Log-based Recovery, Checkpoint and Deadlock in DBMS
38:14
DBMS: Lecture #3 on Transaction & its Operations, Properties, States and Schedule & its types
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DBMS: Lecture #3 on Transaction & its Operations, Properties, States and Schedule & its types
53:47
DBMS: Lecture #2 on Normalization & types of Normal Forms and finding the highest NF of a relation.
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DBMS: Lecture #2 on Normalization & types of Normal Forms and finding the highest NF of a relation.
56:16
DBMS: Lecture #1 on Inference Rule, Normalization and Anomalies in DBMS
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DBMS: Lecture #1 on Inference Rule, Normalization and Anomalies in DBMS
50:11
OS: Lecture #15 on Absolute Path, Belady's Anomaly, Direct Memory Access (DMA) and Demand Paging etc
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OS: Lecture #15 on Absolute Path, Belady's Anomaly, Direct Memory Access (DMA) and Demand Paging etc
32:29
OS: Lecture #14 on Arrays and Strings in Shell Scripting
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OS: Lecture #14 on Arrays and Strings in Shell Scripting
26:42
Lecture on internships and placements for Tech Sector
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Lecture on internships and placements for Tech Sector
58:14
OS: Lecture #13 on Arrays in Shell Scripting
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OS: Lecture #13 on Arrays in Shell Scripting
37:34
OS: Lecture #12 on Shell Scripting Programs
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OS: Lecture #12 on Shell Scripting Programs
44:50
OS: Lecture #11 on Kernel, Shell and Shell Scripting Commands.
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OS: Lecture #11 on Kernel, Shell and Shell Scripting Commands.
51:48
OS: Lecture #10 on Disk Scheduling Algorithms like FCFS, SSTF, SCAN, C-SCAN, LOOK and Unmounting
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OS: Lecture #10 on Disk Scheduling Algorithms like FCFS, SSTF, SCAN, C-SCAN, LOOK and Unmounting
23:40
OS: Lecture #9 on Process Scheduling Algorithms like Round Robin and Disk Scheduling Algorithms.
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OS: Lecture #9 on Process Scheduling Algorithms like Round Robin and Disk Scheduling Algorithms.
1:01:03
OS: Lecture #8 on Process Scheduling Algorithms like First Come First Serve & Shortest Job First
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OS: Lecture #8 on Process Scheduling Algorithms like First Come First Serve & Shortest Job First
47:32
OS: Lecture #7 on Producer Consumer Problem and its Solution using Binary Semaphore
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OS: Lecture #7 on Producer Consumer Problem and its Solution using Binary Semaphore
1:10:29
OS: Lecture #6 on Dining Philosopher 's Problem and Producer Consumer Problem
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OS: Lecture #6 on Dining Philosopher 's Problem and Producer Consumer Problem
1:12:45
OS: Lecture #5 on Dining Philosopher 's Problem
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OS: Lecture #5 on Dining Philosopher 's Problem
1:00:36
OS: Lecture #4 on Banker's Algorithm and Resource Allocation Graph
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OS: Lecture #4 on Banker's Algorithm and Resource Allocation Graph
1:03:07
OS: Lecture #3 on Process Synchronization and Deadlock Detection, Prevention & Avoidance
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OS: Lecture #3 on Process Synchronization and Deadlock Detection, Prevention & Avoidance
1:21:24
OS: Lecture #2 on File Systems in Operating System
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OS: Lecture #2 on File Systems in Operating System
52:49
OS: Lecture #1 on Fragmentation, Dynamic Partitioning and Page Replacement Algorithms
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OS: Lecture #1 on Fragmentation, Dynamic Partitioning and Page Replacement Algorithms
1:16:54