How to solve assignment problem by Hungarian method
Ashoke Sarkar
How to solve assignment problem by Hungarian method
21:25
Application of EOQ MODEL FOR INVENTORY CONTROL
Ashoke Sarkar
Application of EOQ MODEL FOR INVENTORY CONTROL
22:00
How to apply MODI for optimising a transportation problem( a case of degeneracy)
Ashoke Sarkar
How to apply MODI for optimising a transportation problem( a case of degeneracy)
20:01
FINDING BASIC FEASIBLE SOLUTION BY VAM METHOD
Ashoke Sarkar
FINDING BASIC FEASIBLE SOLUTION BY VAM METHOD
15:28
October 10, 2025
Ashoke Sarkar
October 10, 2025
7:33
SOLVING LINER PROGRAMMING PROBLEM BY SIMPLEX METHOD ( A CASE OF MINIMISATION)
Ashoke Sarkar
SOLVING LINER PROGRAMMING PROBLEM BY SIMPLEX METHOD ( A CASE OF MINIMISATION)
56:17
SOLVING LINEAR PROGRAMING BY SIMPLEX METHOD ( A CASE: MAXIMISATION)
Ashoke Sarkar
SOLVING LINEAR PROGRAMING BY SIMPLEX METHOD ( A CASE: MAXIMISATION)
32:34
Appln of MODI for finding optimum Solution of a transportn problem ( A case with road blocked)
Ashoke Sarkar
Appln of MODI for finding optimum Solution of a transportn problem ( A case with road blocked)
34:18
FINDING BASIC FEASIBLE SOLUTION BY VOGEL'S APPROXIMATION (VAM) METHOD A CASE WITH INFEASIBLE ROUTE
Ashoke Sarkar
FINDING BASIC FEASIBLE SOLUTION BY VOGEL'S APPROXIMATION (VAM) METHOD A CASE WITH INFEASIBLE ROUTE
28:21
HOW TO SOLVE ASSIGNMENT PROBLEM : A CASE OF MAXIMISATION
Ashoke Sarkar
HOW TO SOLVE ASSIGNMENT PROBLEM : A CASE OF MAXIMISATION
36:43
How to Solve Assignment Problem by Hungarian Method
Ashoke Sarkar
How to Solve Assignment Problem by Hungarian Method
40:58
SOLVING LINEAR PROGRAMMING PROBLEM BY GRAPHICAL METHOD
Ashoke Sarkar
SOLVING LINEAR PROGRAMMING PROBLEM BY GRAPHICAL METHOD
23:49
HOW MODI METHOD IS APPLIED TO GET OPTIMUM SOLUTION OF A TRANSPORTATION PROBLEM
Ashoke Sarkar
HOW MODI METHOD IS APPLIED TO GET OPTIMUM SOLUTION OF A TRANSPORTATION PROBLEM
38:39
DETERMINING BASIC FEASIBLE SOLUTION (bfs) BY VOGEL'S APPROXIMATION METHOD (VAM)
Ashoke Sarkar
DETERMINING BASIC FEASIBLE SOLUTION (bfs) BY VOGEL'S APPROXIMATION METHOD (VAM)
35:27
Acquiring precious stones in a treasure Island.
Ashoke Sarkar
Acquiring precious stones in a treasure Island.
1:49
Inventory Control Under Limitations ( Space, Capital, No. of orders etc.)
Ashoke Sarkar
Inventory Control Under Limitations ( Space, Capital, No. of orders etc.)
32:57
Best path selection from multiple roads of highways
Ashoke Sarkar
Best path selection from multiple roads of highways
0:50
ECONOMIC ORDER QUANTITY MODEL WITH SHORTAGE
Ashoke Sarkar
ECONOMIC ORDER QUANTITY MODEL WITH SHORTAGE
25:32
Economic Production Quantity (EPQ) Model With no shortage
Ashoke Sarkar
Economic Production Quantity (EPQ) Model With no shortage
21:10
Network Analysis for Project Management ( Critical Path, minimum time for completing the project)
Ashoke Sarkar
Network Analysis for Project Management ( Critical Path, minimum time for completing the project)
26:04
Practical approach to draw a network for Project Management (PERT/CPM)
Ashoke Sarkar
Practical approach to draw a network for Project Management (PERT/CPM)
18:07
How to draw Network for application to PERT/CPM for Project Management
Ashoke Sarkar
How to draw Network for application to PERT/CPM for Project Management
11:14
How to determine Best Ordering Quantity considering discounted price
Ashoke Sarkar
How to determine Best Ordering Quantity considering discounted price
16:00
Multiple Server Queueing Model, Arrival Patter follows Poisson, Service Exponential distribution
Ashoke Sarkar
Multiple Server Queueing Model, Arrival Patter follows Poisson, Service Exponential distribution
12:14
BASICS OF QUEUEING MODEL (M/M/1) WITH APPLICATIONS
Ashoke Sarkar
BASICS OF QUEUEING MODEL (M/M/1) WITH APPLICATIONS
26:07
THREE SPECIAL CASES FOR SOLVING LINEAR PROGRAMMING PROBLEM
Ashoke Sarkar
THREE SPECIAL CASES FOR SOLVING LINEAR PROGRAMMING PROBLEM
41:53
Formulation of Linear Programming Problem and Solve by Graphical Method
Ashoke Sarkar
Formulation of Linear Programming Problem and Solve by Graphical Method
32:07
Conversion Of Primal to Dual in Linear Programming Problem
Ashoke Sarkar
Conversion Of Primal to Dual in Linear Programming Problem
28:22
Linear Programming by Simplex Technique, Minimization Using All Type of Constraints
Ashoke Sarkar
Linear Programming by Simplex Technique, Minimization Using All Type of Constraints
45:34
APPLICATION OF SIMPLEX TECHNIQUE TO SOLVE LINEAR PROGRAMMING PROBLEM ( a case of multiple solution)
Ashoke Sarkar
APPLICATION OF SIMPLEX TECHNIQUE TO SOLVE LINEAR PROGRAMMING PROBLEM ( a case of multiple solution)
45:35
SOLVING LINEAR PROGRAMMING BY SIMPLEX METHOD
Ashoke Sarkar
SOLVING LINEAR PROGRAMMING BY SIMPLEX METHOD
20:15
HOW TO SOLVE UNBALANCED ASSIGNMENT PROBLEM
Ashoke Sarkar
HOW TO SOLVE UNBALANCED ASSIGNMENT PROBLEM
41:02
HOW TO SOLVE MAXIMISATION PROBLEM IN ASSIGNMENT
Ashoke Sarkar
HOW TO SOLVE MAXIMISATION PROBLEM IN ASSIGNMENT
19:57
HOW TO SOLVE MAXIMISATION ASSIGNMENT PROBLEM
Ashoke Sarkar
HOW TO SOLVE MAXIMISATION ASSIGNMENT PROBLEM
19:57
SOLVING ASSIGNMENT PROBLEM by HUNGARIAN METHOD
Ashoke Sarkar
SOLVING ASSIGNMENT PROBLEM by HUNGARIAN METHOD
27:11
Formulation of a General Transportation Problem
Ashoke Sarkar
Formulation of a General Transportation Problem
7:31
MAXIMISATION IN TRANSPORTATION PROBLEM (USE OF DEGENARACY)
Ashoke Sarkar
MAXIMISATION IN TRANSPORTATION PROBLEM (USE OF DEGENARACY)
48:46
SOLVING UNBALANCED TRANSPORTATION PROBLEM HAVING DEGENARACY IN COMPUTATION ROCESS
Ashoke Sarkar
SOLVING UNBALANCED TRANSPORTATION PROBLEM HAVING DEGENARACY IN COMPUTATION ROCESS
41:52
SOLVING TRANSPORTATION PROBLEM (TP) BY MODIFIED DISTRIBUTION (MODI) METHOD.
Ashoke Sarkar
SOLVING TRANSPORTATION PROBLEM (TP) BY MODIFIED DISTRIBUTION (MODI) METHOD.
35:15
DETERMINING BASIC FEASIBLE SOLUTION BY VOGEL'S APPROXIMATION METHOD(VAM)
Ashoke Sarkar
DETERMINING BASIC FEASIBLE SOLUTION BY VOGEL'S APPROXIMATION METHOD(VAM)
14:57
FINDING INITIAL BASIC FEASIBLE SOLUTION BY MATRIX -MINIMA METHOD IN SOLVING TRANSPORTATION PROBLEM
Ashoke Sarkar
FINDING INITIAL BASIC FEASIBLE SOLUTION BY MATRIX -MINIMA METHOD IN SOLVING TRANSPORTATION PROBLEM
18:11
NORTH-WEST CORNER RULE FOR FINDING BASIC FEASIBLE SOLUTION FOR A TRANSPORTATION PROBLEM
Ashoke Sarkar
NORTH-WEST CORNER RULE FOR FINDING BASIC FEASIBLE SOLUTION FOR A TRANSPORTATION PROBLEM
14:39
Bond and Share Valuation for Critical Problems and Application of Time Value of Money.
Ashoke Sarkar
Bond and Share Valuation for Critical Problems and Application of Time Value of Money.
37:11
TIME VALUE OF MONEY FOR BOTH PERIODIC AND CONTINUOUS COMPOUNDING
Ashoke Sarkar
TIME VALUE OF MONEY FOR BOTH PERIODIC AND CONTINUOUS COMPOUNDING
20:51
CONCEPT OF FORWARD AND FUTURE CONTRACTS WITH APPLICATION AND VALUTION
Ashoke Sarkar
CONCEPT OF FORWARD AND FUTURE CONTRACTS WITH APPLICATION AND VALUTION
23:30
APPLICATION OF TWO-STEP BINOMIAL OPTION PRICING MODEL ALSO USE OF EXCEL FOR VALUATION
Ashoke Sarkar
APPLICATION OF TWO-STEP BINOMIAL OPTION PRICING MODEL ALSO USE OF EXCEL FOR VALUATION
27:33
SINGLE STEP BINOMIAL OPTION PRICING MODEL ALONGWITH GENERALISED FORMULA FORMATION AND APPLICATION
Ashoke Sarkar
SINGLE STEP BINOMIAL OPTION PRICING MODEL ALONGWITH GENERALISED FORMULA FORMATION AND APPLICATION
27:01
BINOMIAL OPTION (CALL AND PUT) VALUATION/PRICING BY RISK-NEUTRAL APPROACH
Ashoke Sarkar
BINOMIAL OPTION (CALL AND PUT) VALUATION/PRICING BY RISK-NEUTRAL APPROACH
26:35
DERIVATIVES CALL OPTION PUT OPTION IN-THE-MONEY OUT-OF-THE MONEY PAY-OFFS GRAPHICAL PRESENTATION
Ashoke Sarkar
DERIVATIVES CALL OPTION PUT OPTION IN-THE-MONEY OUT-OF-THE MONEY PAY-OFFS GRAPHICAL PRESENTATION
28:14
FINDING RISK FOR 2 SECURITIES PORTFOLIO FOR DIFFERENT VALUES OF CORRELATION COEFFICIENT
Ashoke Sarkar
FINDING RISK FOR 2 SECURITIES PORTFOLIO FOR DIFFERENT VALUES OF CORRELATION COEFFICIENT
19:59
Two securities portfolio for zero risk (Mix/proportion of mix)
Ashoke Sarkar
Two securities portfolio for zero risk (Mix/proportion of mix)
14:42
TWO SECURITIES PORTFOLIO RISK-RETURN CONCEPT COMPUTATION - EASIEST WAY TO MEMORIE THE FORMULA
Ashoke Sarkar
TWO SECURITIES PORTFOLIO RISK-RETURN CONCEPT COMPUTATION - EASIEST WAY TO MEMORIE THE FORMULA
12:52
CONCEPT OF DIVERSIFICATION FOR RISK REDUCTION IN THE CASE OF INVESTMENT
Ashoke Sarkar
CONCEPT OF DIVERSIFICATION FOR RISK REDUCTION IN THE CASE OF INVESTMENT
23:21
SELECTION OF STOCKS FOR INVESTMENT ON THE BASIS OF RISK AND RETURN
Ashoke Sarkar
SELECTION OF STOCKS FOR INVESTMENT ON THE BASIS OF RISK AND RETURN
14:31
CONCEPT OF RETURN FOR INVESTMENT IN STOCKS
Ashoke Sarkar
CONCEPT OF RETURN FOR INVESTMENT IN STOCKS
13:46
FORECASTING BY MONTE CARLO SIMULATION TECHNIQUE (SEASONAL/PERISHABLE GOODS)
Ashoke Sarkar
FORECASTING BY MONTE CARLO SIMULATION TECHNIQUE (SEASONAL/PERISHABLE GOODS)
31:43
MONTE CARLO SIMULATION FOR DEMAND FORECASTING
Ashoke Sarkar
MONTE CARLO SIMULATION FOR DEMAND FORECASTING
0:45
May 8, 2024
Ashoke Sarkar
May 8, 2024
56:45
HOW TO DEVELOP PACKAGE IN EXCEL FOR PREPARATION OF FINANCIAL STATEMENTS FOR PROJECT REPORT
Ashoke Sarkar
HOW TO DEVELOP PACKAGE IN EXCEL FOR PREPARATION OF FINANCIAL STATEMENTS FOR PROJECT REPORT
31:31
HOW TO PREPARE PROJECT REPORT FOR SANCTION LONG TERM LOAN FROM BANK SFC SIDBI ETC
Ashoke Sarkar
HOW TO PREPARE PROJECT REPORT FOR SANCTION LONG TERM LOAN FROM BANK SFC SIDBI ETC
27:32
Accounting Ratios for Business Health Analysis (includes ROI, DSCR)
Ashoke Sarkar
Accounting Ratios for Business Health Analysis (includes ROI, DSCR)
32:25
VERTICAL PRESENTATION OF PROFIT AND LOSS ACCOUNT BALANCE SHEET
Ashoke Sarkar
VERTICAL PRESENTATION OF PROFIT AND LOSS ACCOUNT BALANCE SHEET
21:53
BREAK EVEN POINT FORMULAS, BREAK EVEN ANALYSIS BY P/V GRAPH, SPECIAL BREAK EVEN POINT PROBLEMS
Ashoke Sarkar
BREAK EVEN POINT FORMULAS, BREAK EVEN ANALYSIS BY P/V GRAPH, SPECIAL BREAK EVEN POINT PROBLEMS
16:32
BREAK EVEN POINT FORMULAS, BREAK EVEN ANALYSIS BY P/V GRAPH, SPECIAL PROBLEMS FOR BEP
Ashoke Sarkar
BREAK EVEN POINT FORMULAS, BREAK EVEN ANALYSIS BY P/V GRAPH, SPECIAL PROBLEMS FOR BEP
16:32
CONCEPTS OF MARGINAL COSTING AND APPLICATION TO NUMERICAL PROBLEMS
Ashoke Sarkar
CONCEPTS OF MARGINAL COSTING AND APPLICATION TO NUMERICAL PROBLEMS
28:49
BEHAVIOUR WISE CLASSIFICATION OF COSTS AND APPLICATION TO BREAK-EVEN ANALYSIS
Ashoke Sarkar
BEHAVIOUR WISE CLASSIFICATION OF COSTS AND APPLICATION TO BREAK-EVEN ANALYSIS
34:01
BEHAVIOUR WISE CLASSIFICATION OF COSTS AND APPLICATION TO BREAK-EVEN ANALYSIS
Ashoke Sarkar
BEHAVIOUR WISE CLASSIFICATION OF COSTS AND APPLICATION TO BREAK-EVEN ANALYSIS
34:01
PRIMAL DUAL RELATIONSHIP IN LINR PROGRAMMING AND SHADO PRICE
Ashoke Sarkar
PRIMAL DUAL RELATIONSHIP IN LINR PROGRAMMING AND SHADO PRICE
38:05
GRAPHICAL METHOD FOR EOQ ( CALCULAS METHOD SHOWN IN SEPERATE VIDEO) ashokecuj@gmail.com
Ashoke Sarkar
GRAPHICAL METHOD FOR EOQ ( CALCULAS METHOD SHOWN IN SEPERATE VIDEO) ashokecuj@gmail.com
5:42
GRAPHICAL METHOD FOR EOQ MODEL FOR INVENTORY CONTROL (ashokecuj@gmail.com)
Ashoke Sarkar
GRAPHICAL METHOD FOR EOQ MODEL FOR INVENTORY CONTROL (ashokecuj@gmail.com)
5:42
STEPS FOR SOLVING TWO PERSON ZERO SUM GAME ( THROUGH FLOW DIAGRAM)
Ashoke Sarkar
STEPS FOR SOLVING TWO PERSON ZERO SUM GAME ( THROUGH FLOW DIAGRAM)
3:04
ECONOMIC ORDER QUANTITY MODEL ( EOQ) DEMAND KNOWN REPLACEMENT INSTANTANEOUS
Ashoke Sarkar
ECONOMIC ORDER QUANTITY MODEL ( EOQ) DEMAND KNOWN REPLACEMENT INSTANTANEOUS
8:13
Solving Two Person Zero-Sum Game where Playr B has 3 or more Strategies
Ashoke Sarkar
Solving Two Person Zero-Sum Game where Playr B has 3 or more Strategies
10:12
Example of Mix Strategies with Dominance property in the case of Two-person Zero-Sum Game
Ashoke Sarkar
Example of Mix Strategies with Dominance property in the case of Two-person Zero-Sum Game
9:27
Application of Dominance and Mixed Strategy for solving 2-person 0-sum game
Ashoke Sarkar
Application of Dominance and Mixed Strategy for solving 2-person 0-sum game
15:57
Solving Two person Zero-sum game using Minimax Maximin criteria
Ashoke Sarkar
Solving Two person Zero-sum game using Minimax Maximin criteria
9:00
SOLVING OF GAME PROBLEM BY LINEAR PROGRAMMING METHOD
Ashoke Sarkar
SOLVING OF GAME PROBLEM BY LINEAR PROGRAMMING METHOD
17:27