Closed jahnavi0105 closed 3 years ago
I have been selected for GSSOC'21, and I am really interested in Algorithms , so I would like to contribute in this amazing repository.I can contribute for this ,I am 2 star codechef candidate and would be great to contribute to open source programs like this one. I can write these articles if given a chance. Thanks. Sunidhi, 3rd year,CSE at NMAMIT,Nitte,Karnatak
I would like to solve this issue today. (under GSSOC21)
@jahnavi0105 mentions the language also.
Would like to add Strassen's multiplication in c++
I would love to contribute to solving the problem in cpp, I am a GSSOC'21 participant. Please assign it to me. I will try my best and provide proper comments and implement different test cases for better understanding.
Kindly allow me to implement the same in Java.
Hey there! I'd like to contribute to the project. I want to address and fix this issue. My implementation will be in python with a clean code and documentation. Kindly provide me with this issue. I'm also a GSSOC'21 participant.
Hello, I'm Kishan Kumar Seth participating in GSSOC'21. I would like to contribute in this project. Please assign me this issue.
Hi I am GSSoC'21 participant
i would like to contribute in Add Matrix Multiplication using C/C++ , JAVA i will write the clean and optimized code , by keeping best case time and space complexity in mind and with brief commenting and algorithm.
so i would like @rudrakshi99 , @plazzy99 , @nakul-19 to please assign this Issue to me :)
I would like to work on this issue in c++ as a GSSoC'21 participant. Please assign this issue to me.
I am a participant in GSSOC'21. I would like to contribute to this issue in c++, can you please assign this issue to me.
Hello Maintainers of the Project! @tarun26091999 Sir, @rudrakshi99 Mam, I am GSSoC'21 participant I would like to work over this issue in C , C++ or Python, please assign it to me. so that I could resolve it as early as possible.
Hi pls assign this to me. I would be happy to make a pull request on this .I would like to implement in cpp.