+ This channel is dedicated to help students and researchers in various fields to solve their optimization problems using deterministic and stochastic optimization methods.
+Types of problems to be solved: linear, nonlinear, constrained, unconstrained, complex, simple, small/large-scale, single/multi-objective optimization problems.
+ Optimization algorithms with Matlab/Python codes used in this channel: Genetic Algorithms (GA), Particle Swarm Optimization (PSO), Simulated Annealing (SA), etc.
+ It is possible to download and customize these Matlab and Python codes of GA, PSO, and SA to solve your optimization problems.
+ Optimization solvers used in this channel: Matlab and Python optimization solvers, i.e., GA solver, LP solver, fmincon solver, PuLP solver, etc.
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Many thanks for your support! Best regards Dr. Panda Website: learnwithpanda.com Email: learnwithpanda2018@gmail.com
thank you , can you please help me in solving the base station placement problem in mobile communication using GA , the fitness function has two objective functions ,and the binary encoding is used to select the active or non active base station from the possible set of the base stations
Hi, thank you so much for this video. I was wondering if i can use the PSO algorithm to find the shortest path in a graph between two nodes ? if yes do you have any reference for it ?
What if I have nonlinear constraints for the objective functions, for example, I want the solutions from the objective functions to be in a specific range
Sir could you send me the codes for ant colony optimization in travelling salesman problem. I want to design shortest routing path of ant colony optimization in traveling salesman problem
thanks a lot for clear and supportive video. please help me if any video related to the method of changing multi objective to single objective and how to solve by genetic algorithm
Hi, Really it,s very interesting video, provided clear information about GA and how it works for a particular function. Thanks a lot. Can you able to provide any video link for the spider monkey optimization algorithm ?. Many thanks in advance.
Excuse me, I am learning from scratch about this algorithm. I want to know if is it suitable to apply this algorithm with alternative optimization to get convergence when we control many variables?
Hello sir, thank you very much for the video you prepared. It was a very useful video. I want to ask you something. I will run this matlab code as in-warehouse vehicle routing. And I need to add capacity constraint for the vehicle. How can I write the matlab code for this? Can you help me? Additionally, when I ran this code, I thought it was finding the optimal path via the long-distance path. Wasn't our objective function written to find the shortest path? Thank you very much in advance for your help. I wish you a good day and good work.
Dear Professor, is there a deficiency in the code? Because I see steps in the video that are not included on the site. Also, why does Unrecognized function or variable 'Cities' appear?
Than you for to excellent Video how to find best results in differntent fields by Optimisation. The expirmental resultets in The HCO (for hydrologic engineering reserching) showed that HCO is superioran to the compared algorithams, like numeric optimization Benchmark function and clustering sets. New Benchmark Function for The single - objektive optimization based on a a Zigzag Pattern is practically function optimisation how to describe a classy of problems for finding the input to given function that results in the minimum or maximum output from the function. This great why how to present adaptive hydrologic cycle optimization algoritham.
Concise and clear explained the concept, so helpful video. Music isn't that disturbed me - give some good vibe and motivation! As new optimization algoritham ( for instance in my case for the circulation and convergence in hydraulic cycle) algoritham we must mention and really om MATLAB for instance Ibl Logics Optimization Algoritham MATLAB Codes. For me it has 3 phase exploragion, integration and exploitation fof a specific purpose. So positive with yours video! Nice few minutes terminology optimization algoritham of BASED MATLAB explained! 👍
Your videos are really helpful. It will be great if you can share a optimal solution for Electric Vehicle (EV) schedule charging according to solar power availability for a grid connected solar PV powered EV charging station.
Hello, i want to create a colour scale into a 2-dimensional Pareto Front Diagramm. Is that possible? Or is it just possible in a 3 dimensionale diagramm? Thanks :)
