 Now, I am going to talk about lab migration. So, do you want to migrate your lab to Scilab? We will help you. State your experiments, you code them in Scilab. We will give a hundred of them and a certificate. We will also host them on our website, so that you can give a link for that in your resume or we can get your problem solved by experts, Scilab experts who may be your colleagues in some other college. We have already migrated more than 60 labs. Let me click this. Once again, it takes us to Scilab.in. On the left hand side, you see this lab migration project and completed labs that has been clicked. So, here are all the labs. Let me zoom it a little bit. It has come here below. Here are the examples. So, as a matter of fact, at this point we have 73 labs that have been migrated. Now, if you click this, let us say control of electric drive. So, once again it looks the same. It looks same as before. They are like the textbook companion. If I click this, I will get the pdf file. If I open it, here it is. So, this is done by Priyan Patel from this college. As we go down, you can actually see the experiments. Speed torque, if I click this, it takes you to whatever. So, here are all the problem statement, solution and so on. So, let me close this. Let me come here. Let me come here. Let me go back. So, these 73 labs that have already been migrated may solve all your problems. You can immediately migrate your lab. In case, a small fraction of your lab is not covered, go and add them and propose and you get a certificate. You get Hondrarium and more importantly, you can include this in your resume. So, let me go up. Of course, if I zoom it slightly less, you will see both of them in the same page. So, here are labs in progress. So, there are 26 labs in progress. I encourage you to participate in this, migrate your labs and also help others migrate their labs to SILAP. We are also improving SILAP toolboxes. We can call all Octave right now from SILAP. We have a great optimization toolbox already available. I am going to show some links. We have developed a signal processing toolbox, image processing toolbox. We are working on a control systems toolbox. We have made a lot of progress in identification toolbox and also from SILAP to see how does one go. We have a toolbox on that. Where are they available? Available as SILAP atoms. Optimization toolbox is already released. So, if I click this, it will take you here. This is available on atoms.SILAP.org page and here it is Fosse optimization toolbox. You can see that this has been downloaded 6500 times out of which 5500 are for this version, probably about 1000 for previous versions. So, I would encourage you to download, try it. Other toolboxes to be released shortly. The code is available here. By the way, how did I get this here? By clicking Fosse SILAP toolbox. Remember that we are in SILAP.in, Fosse SILAP toolbox which is what I clicked. If I click it, I get this. You can actually access them and where is the code available? The code is available here. Let me click this. It is in that page. So, if I click this, you will get the code for Fosse optimization toolbox. It says that installation instructions, installation instructions, documentation, example and so on. Here is the source code of this toolbox. So, let us proceed. Here is a paper that we wrote. It appeared in an IEEE control conference. Let us move ahead. We want your participation to add more functions to SILAP toolboxes. We are also creating an XCOS cloud. Let me give you the link for that. So, this is in XCOS.Fosse.in. Commonly used blogs. For example, as I told you, it is still under progress. You can click this. You can move things. You can connect them. You can simulate them and so on. I would want you to explore this. Help us improve it. You may be very good in coding. Please join us. You may have lots of XCOS code. You want to try them out? Try them out. Find the bugs in Formas. We will be very happy to have you as our partners. We have SILAP forums to answer your doubts. If you have a general doubt, so let us click this Fosse forum. It takes you to the page where SILAP questions are there. You can actually go to any of them. For example, moving average. So, there is a question and there is an answer and so on. Remember, I have still not logged in. I have not logged in. In other words, to view the previously posed questions, login is not required. But if you want to post a question, then you have to register and login. If I click this, if I say ask a question, it will come and say login. And if you have not registered, you have to register. That is only if you want to ask a question or to answer a question posed by somebody else, you have to register login. So, this is Fosse forum. This is for general doubts. And there are lots of examples. There are lots of questions already asked and answered. Some of them may be useful to you. Our experts are here to answer your questions. And of course, if lot of people start answering questions posed by their colleagues in other colleges, then we can have instantaneous response. That is the beauty of, once again, open source forums. What if you have a question on Spokane Tutorial? You are going through, let us say, for example, matrix operations. At 3 minute 35 seconds, you had a question. What was shown in the Spokane Tutorial? It did not work. Or you wanted something related to what is shown at 3 minute 35 seconds. So, how do you do that? So, for that, we have a Spokane Tutorial forum. Let me click this. So, you can come here. So, here you can actually search. Let me go to Sylab, for example. Now, these questions. So, the Fosse is Sylab. What is the tutorial general? This is installing. X course getting started and so on. For every question, at what minute? So, for example, I told you 3 minute 35 seconds means, you will say between 3 and 4. You will choose that. Second, you will say between 30 and 40 second. You will ask a question and maybe somebody will answer. Here are the previously posed questions and answers. Here is something Sylab question asked between 16 and 17. So, here is somebody who has asked this question. It is not working. And here is the answer. So, I would like you to post your doubts and also answer the doubts posed by other people. Sylab runs on many systems. This is our Sylab implementation on the world's lowest cost tablet Akash. You can see the same 3D plot coming here. That means, you can make Sylab run on almost any machine. Here is Sylab on our 10000 rupee laptop, which has lots of amazing software already installed. You can see that when I click this here, I get software organized as college level software, school level software and so on. In college level software, programming environment, MATLAB like software, chemical process simulation and so on. Under this, you have so many things. Octave, R, Sylab and so on. So, Sylab comes with this machine also. And this laptop is in the market now. How do you find out more about this? From my LinkedIn post. Here is a write up of this. There is a video that explains the research that went behind this work. And this brochure gives the specs of this laptop. And then the website of our laptop is here. You can get more about it over here. Finally, we will come to Fawcie, free and open source software for education. Here is a logo for Fawcie. Here is a logo for spoken tutorial. What do we do in Fawcie? We promote Fawcie in a big way. What does Fawcie stand for? Free and open source software. Here is a link. If you go through this, you will see that we have lots of things. You can go to Sylab dot in through this. Python here, eSim here. eSim is for electronic circuit design. Osdag is for steel structure design. D. W. Sim is an amazing chemical process simulation software. Openform is computational fluid dynamic software. OpenModelica is for solving a collection of differential algebraic equations, differential equations, algebraic equations or combinations of these, war tools and so on. There are lots of nice things here. All of them are open source. We are also beginning to add spoken tutorials on R. In many of them we have textbook companions, lab migration and actually many more nice things. I would like you to go through this, explore this page and find something very useful and I would also encourage you to join us. To conclude, I would encourage you to learn Sylab. Also contribute to it. Visit the websites I have shown. Use other fonts that we promote. Partner with us. Use commercial software only when absolutely required. Our project, as I mentioned, has been funded by MHRD through two missions, National Mission on Education through ICT and funded Madan Mohan Malaviya National Mission on Teacher's and Teaching. We are very grateful to MHRD for funding our activities and for helping us pay students and students honorarium. We have paid honorarium to thousands of students who participated in this activity without the contribution of students and faculty members from across the country. We could not have achieved so much. In fact, I would like to take this opportunity to thank our contributors. I would like to thank you for staying with me. It has turned out to be a longish lecture. I hope you do not mind it. Thanks for joining. Goodbye and jai hind.