First of all, the Applet-phone is a SIP User-Agent
with audio and text messaging capabilities. But i s also embedded in
an applet where you can use it as usual if your firewall allow you to
use the UDP transport. If not, you can use TCP to carry your voice in a
voice messaging fashion. Your voice is recorded and encoded locally
then sent as a message, decoded and played back by your peer. Voice
messaging allow you to go through any firewall, so that you can
continue to chAT and talk with your friends from an applet !
一款用JAVA制作開發(fā)的小型聊天軟件,里面附有安裝程序和JAVA源代碼。
Visual chAT 1.91 Developer Edition
- Customize the Visual chAT code regarding your own requirements
- Use customchATdev.html for developing / testing
- Create .jar and .cab-files containing client-specific .class-files and the images-folder (use zip and cabarc compressing tools)
- Adapt the customchAT.html file
- Upload all the files to your webserver
- Start the chATServer by invoking java at.ac.uni_linz.tk.vchAT.chATServer [port [server-key]] from your commandline
- I kindly ask you to leave copyright and credit information in the InfoPanel.class as it is - but you are invited to add your own text. In case of violations I will consider excluding this class from the source in the future.
BlackBerry Hacks will enhance your mobile computing with great tips and tricks. You ll learn that the BlackBerry is capable of things you never thought possible, and you ll learn how to make it an even better email and web workhorse:
Get the most out of the built-in applications
Take control of email with filters, searches, and more
Rev up your mobile gaming--whether you re an arcade addict or poker pro
Browse the web, chAT over IM, and keep up with news and weblogs
Work with office documents, spell check your messages, and send faxes
Become more secure, lock down your BlackBerry and stash secure information somewhere safe
Manage and monitor the BlackBerry Enterprise Server (BES) and Mobile Data System (MDS)
Create web sites that look great on a BlackBerry
Develop and deploy BlackBerry applications
This function calculates Akaike s final prediction error
% estimate of the average generalization error for network
% models generated by NNARX, NNOE, NNARMAX1+2, or their recursive
% counterparts.
%
% [FPE,deff,varest,H] = nnfpe(method,NetDef,W1,W2,U,Y,NN,trparms,skip,chAT)
% produces the final prediction error estimate (fpe), the effective number
% of weights in the network if it has been trained with weight decay,
% an estimate of the noise variance, and the Gauss-Newton Hessian.
%