The goal of SPID is to provide the user with tools capable to simulate, preprocess, process and classify in vivo and ex vivo MRS signals. These tools are embedded in a matlab graphical user interface (GUI). (Pre)processing and classification methods can also be automatically run in a row using the matlab command line
Name Function
--- --- --- --- --- ---
Check_SST_39VF160 Check manufacturer and device ID
CFI_Query CFI Query Entry/Exit command sequence
Erase_Entire_Chip Erase the contents of the entire chip
Erase_One_Sector Erase a sector of 2048 word
Erase_One_Block Erase a block of 32K word
Program_One_Word Alter data in one word
Program_One_Sector Alter data in 2048 word sector
Program_One_Block Alter data in 32K word block
Check_Toggle_Ready End of internal program or erase detection using
Toggle bit
Check_Data_Polling End of internal program or erase detection using
Data# polling
This application includes a demo server and client program. You could write your own server launcher and client application by using the SimpleScreenCaptureServer class and the SimpleRemoteScreenCaptureClient class.
Usage:
1. Type the following command to launch the server program.
java -jar SimpleCaptureScreenServerDemo.jar portnumber
2. Type the following command to launch the client program. It s a swing-based UI.
java -jar RemoteScreenCaptureClientUI.jar
3. Select Run/Connect menu. Input your server address and port number.
You could just double-click on the RemoteScreenCaptureClientUI.jar to launch the client program if you are using Windows.
This program is written just for fun. :lol: :lol: :lol:
At can be given its arguments in a file. You can comment
out lines by preceding them with either # or -
characters. This is an easy way to temporarily disable
some commands.
The CONTINUE-command is most useful at the end of the
file. When this command is read, the file is started
again from the beginning. You can use it situations where
the machine is not shut down for the night and you want
to run some commands every day.
Write a multithreaded Java, Pthreads, or WIN32 program that outputs prime numbers. This program should work as follows: The user will run the program and will enter a number on the command line. The program will then create a separate thread that outputs all the prime numbers less than or equal to the number entered by the user.
