Results for "Author: musawir ali"
This is a must see demonstration. Watch in amazement as you feed the program ascii picture files that it "learns" via a mechanism known as neural networks. Then, change the ascii picture files a bit and see how the computer recognizes them! Test image files are included in the zip file. Compile and run the program, here is some test input: Enter file name to learn: face Enter file name to learn: boat Enter file name to recognize: facer Open the file "facer" in any text editor (notepad) and you will see that its basically the same as the boat image but with a few changes. But still the computer recognizes it as a boat from its part learning knowledge. Change the facer some more (only .'s and *'s 17x17) and run the program again. The computer will again recognize the image. :) Enjoy!
Alright. So you decided that coding a stand alone application is cool enuff, but then again, the possibilities are limited. Now you want to cut the chase and start writing some real deal code where you make your computer bug other computers on a network (Internet for example). Well, thats what you need sockets for. Sockets are channels of communication between two or more computers. With socket code, you will be able to write clients (such as email clients, web browsers, news readers, etc) as well as servers (http, ftp, smtp, pop, irc, nntp, and so on). How cool is that? way! Well, what are you waiting for? Lets start digging our sockets. Note: To try out the servers whose source code is included, connect to the ip address and port the server is running via a regular telnet client.
Demonstration of expression trees. Creating and evaluationg an expression tree, a special type of binary tree.
This is a must see demonstration. Watch in amazement as you feed the program ascii picture files that it "learns" via a mechanism known as neural networks. Then, change the ascii picture files a bit and see how the computer recognizes them! Test image files are included in the zip file. Compile and run the program, here is some test input: Enter file name to learn: face Enter file name to learn: boat Enter file name to recognize: facer Open the file "facer" in any text editor (notepad) and you will see that its basically the same as the boat image but with a few changes. But still the computer recognizes it as a boat from its part learning knowledge. Change the facer some more (only .'s and *'s 17x17) and run the program again. The computer will again recognize the image. :) Enjoy!
Alright. So you decided that coding a stand alone application is cool enuff, but then again, the possibilities are limited. Now you want to cut the chase and start writing some real deal code where you make your computer bug other computers on a network (Internet for example). Well, thats what you need sockets for. Sockets are channels of communication between two or more computers. With socket code, you will be able to write clients (such as email clients, web browsers, news readers, etc) as well as servers (http, ftp, smtp, pop, irc, nntp, and so on). How cool is that? way! Well, what are you waiting for? Lets start digging our sockets. Note: To try out the servers whose source code is included, connect to the ip address and port the server is running via a regular telnet client.
Demonstration of expression trees. Creating and evaluationg an expression tree, a special type of binary tree.
This is a must see demonstration. Watch in amazement as you feed the program ascii picture files that it "learns" via a mechanism known as neural networks. Then, change the ascii picture files a bit and see how the computer recognizes them! Test image files are included in the zip file. Compile and run the program, here is some test input: Enter file name to learn: face Enter file name to learn: boat Enter file name to recognize: facer Open the file "facer" in any text editor (notepad) and you will see that its basically the same as the boat image but with a few changes. But still the computer recognizes it as a boat from its part learning knowledge. Change the facer some more (only .'s and *'s 17x17) and run the program again. The computer will again recognize the image. :) Enjoy!
Alright. So you decided that coding a stand alone application is cool enuff, but then again, the possibilities are limited. Now you want to cut the chase and start writing some real deal code where you make your computer bug other computers on a network (Internet for example). Well, thats what you need sockets for. Sockets are channels of communication between two or more computers. With socket code, you will be able to write clients (such as email clients, web browsers, news readers, etc) as well as servers (http, ftp, smtp, pop, irc, nntp, and so on). How cool is that? way! Well, what are you waiting for? Lets start digging our sockets. Note: To try out the servers whose source code is included, connect to the ip address and port the server is running via a regular telnet client.
Demonstration of expression trees. Creating and evaluationg an expression tree, a special type of binary tree.
Demonstration of Reverse Polish Notation expression calculation using Stacks.
Demonstration of expression trees. Creating and evaluationg an expression tree, a special type of binary tree.
This is a must see demonstration. Watch in amazement as you feed the program ascii picture files that it "learns" via a mechanism known as neural networks. Then, change the ascii picture files a bit and see how the computer recognizes them! Test image files are included in the zip file. Compile and run the program, here is some test input: Enter file name to learn: face Enter file name to learn: boat Enter file name to recognize: facer Open the file "facer" in any text editor (notepad) and you will see that its basically the same as the boat image but with a few changes. But still the computer recognizes it as a boat from its part learning knowledge. Change the facer some more (only .'s and *'s 17x17) and run the program again. The computer will again recognize the image. :) Enjoy!
This is a must see demonstration. Watch in amazement as you feed the program ascii picture files that it "learns" via a mechanism known as neural networks. Then, change the ascii picture files a bit and see how the computer recognizes them! Test image files are included in the zip file. Compile and run the program, here is some test input: Enter file name to learn: face Enter file name to learn: boat Enter file name to recognize: facer Open the file "facer" in any text editor (notepad) and you will see that its basically the same as the boat image but with a few changes. But still the computer recognizes it as a boat from its part learning knowledge. Change the facer some more (only .'s and *'s 17x17) and run the program again. The computer will again recognize the image. :) Enjoy!
Demonstration of Reverse Polish Notation expression calculation using Stacks.
Demonstration of expression trees. Creating and evaluationg an expression tree, a special type of binary tree.
Demonstration of Reverse Polish Notation expression calculation using Stacks.
Demonstration of expression trees. Creating and evaluationg an expression tree, a special type of binary tree.
This is a must see demonstration. Watch in amazement as you feed the program ascii picture files that it "learns" via a mechanism known as neural networks. Then, change the ascii picture files a bit and see how the computer recognizes them! Test image files are included in the zip file. Compile and run the program, here is some test input: Enter file name to learn: face Enter file name to learn: boat Enter file name to recognize: facer Open the file "facer" in any text editor (notepad) and you will see that its basically the same as the boat image but with a few changes. But still the computer recognizes it as a boat from its part learning knowledge. Change the facer some more (only .'s and *'s 17x17) and run the program again. The computer will again recognize the image. :) Enjoy!
Demonstration of Reverse Polish Notation expression calculation using Stacks.
Demonstration of expression trees. Creating and evaluationg an expression tree, a special type of binary tree.