Carry On :
Some Nights
We Are Young
Friday, September 28, 2012
Guild Wars II
Guild Wars II really lived up to my expectations, for me this is the best game ever created...
No fees, no typical healer/tank/DPS, new game play, dynamic events, World vs World, impressive evolving story line.
PVE & PVP & WvW just give it a try you'll love it..
Well if you like these kind of MMORPGs that is :-)
Website: https://www.guildwars2.com/en/
Check out the introduction movie below... See you in the game...
No fees, no typical healer/tank/DPS, new game play, dynamic events, World vs World, impressive evolving story line.
PVE & PVP & WvW just give it a try you'll love it..
Well if you like these kind of MMORPGs that is :-)
Website: https://www.guildwars2.com/en/
Check out the introduction movie below... See you in the game...
Tuesday, September 25, 2012
Monday, September 17, 2012
Evolution from GSM to GPRS to 3G to LTE
Three-Minute Tech: LTE | TechHive
Cell networks began as analog, circuit-switched systems nearly identical in function to the public switched telephone network (PSTN), which placed a finite limit on calls regardless of how many people were speaking on a line at one time.
The second-generation, GPRS, added data (at dial-up modem speed). GPRS led to EDGE, and then 3G, which treated both voice and data as bits passing simultaneously over the same network (allowing you to surf the web and talk on the phone at the same time).
GSM-evolved 3G (which brought faster speeds) started with UMTS, and then accelerated into faster and faster variants of 3G, 3G+, and “4G” networks (HSPA, HSDPA, HSUPA, HSPA+, and DC-HSPA).
Until now, the term “evolution” meant that no new standard broke or failed to work with the older ones. GSM, GPRS, UMTS, and so on all work simultaneously over the same frequency bands: They’re intercompatible, which made it easier for carriers to roll them out without losing customers on older equipment. But these networks were being held back by compatibility.
That’s where LTE comes in. The “long term” part means: “Hey, it’s time to make a big, big change that will break things for the better.”
The evolution of ‘Long Term Evolution’
LTE is a mobile broadband standard developed by the 3GPP (3rd Generation Partnership Project), a group that has developed all GSM standards since 1999. (Though GSM and CDMA—the network Verizon and Sprint use in the United States—were at one time close competitors, GSM has emerged as the dominant worldwide mobile standard.)Cell networks began as analog, circuit-switched systems nearly identical in function to the public switched telephone network (PSTN), which placed a finite limit on calls regardless of how many people were speaking on a line at one time.
The second-generation, GPRS, added data (at dial-up modem speed). GPRS led to EDGE, and then 3G, which treated both voice and data as bits passing simultaneously over the same network (allowing you to surf the web and talk on the phone at the same time).
GSM-evolved 3G (which brought faster speeds) started with UMTS, and then accelerated into faster and faster variants of 3G, 3G+, and “4G” networks (HSPA, HSDPA, HSUPA, HSPA+, and DC-HSPA).
Until now, the term “evolution” meant that no new standard broke or failed to work with the older ones. GSM, GPRS, UMTS, and so on all work simultaneously over the same frequency bands: They’re intercompatible, which made it easier for carriers to roll them out without losing customers on older equipment. But these networks were being held back by compatibility.
That’s where LTE comes in. The “long term” part means: “Hey, it’s time to make a big, big change that will break things for the better.”
Thursday, September 13, 2012
Chocolatey Linux' Appget for Windows
Chocolatey Brings Lightning Quick, Linux-Style Package Management to Windows
I found this nice article about an appget variant for windows.
Chocolatey puts all of your favorite Windows programs right at your fingertips. With just a few keystrokes, you can have a program up and running on your system without ever needing to open a browser, double-click on an installer, or go through any menus. To install Chocolatey, just run the following command in a Command Prompt:
Then, you can search the chocolatey database for any program using the clist command. For example, clist windirstat will let you know whether WinDirStat is in Chocolatey's database (it is), after which you can install it by typing in cinst windirstat. You may need to say "Yes" to a UAC prompt, but that's all it takes—you'll have WinDirStat up and running on your system in no time. You can even install multiple programs at once, or use Chocolatey in your favorite alternate shell like Cygwin.
-------------------------
chocolatey [install [packageName [-source source] [-version version] | pathToPackagesConfig] | installmissing packageName [-source source] | update packageName [-source source] [-version version] | l
ist [packageName] [-source source] | help | version [packageName] | webpi packageName | gem packageName [-version version] |uninstall packageName]
example: chocolatey install nunit
example: chocolatey install nunit -version 2.5.7.10213
example: chocolatey install packages.config
example: chocolatey installmissing nunit
example: chocolatey update nunit -source http://somelocalfeed.com/nuget/
example: chocolatey help
example: chocolatey list (might take awhile)
example: chocolatey list nunit
example: chocolatey version
example: chocolatey version nunit
example: chocolatey uninstall
A shortcut to 'chocolatey install' is 'cinst'
cinst [packageName [-source source] [-version version] | pathToPackagesConfig]
example: cinst 7zip
example: cinst ruby -version 1.8.7
example: cinst packages.config
I found this nice article about an appget variant for windows.
Chocolatey puts all of your favorite Windows programs right at your fingertips. With just a few keystrokes, you can have a program up and running on your system without ever needing to open a browser, double-click on an installer, or go through any menus. To install Chocolatey, just run the following command in a Command Prompt:
Then, you can search the chocolatey database for any program using the clist command. For example, clist windirstat will let you know whether WinDirStat is in Chocolatey's database (it is), after which you can install it by typing in cinst windirstat. You may need to say "Yes" to a UAC prompt, but that's all it takes—you'll have WinDirStat up and running on your system in no time. You can even install multiple programs at once, or use Chocolatey in your favorite alternate shell like Cygwin.
-------------------------
Usage-------------------------
chocolatey [install [packageName [-source source] [-version version] | pathToPackagesConfig] | installmissing packageName [-source source] | update packageName [-source source] [-version version] | l
ist [packageName] [-source source] | help | version [packageName] | webpi packageName | gem packageName [-version version] |uninstall packageName]
example: chocolatey install nunit
example: chocolatey install nunit -version 2.5.7.10213
example: chocolatey install packages.config
example: chocolatey installmissing nunit
example: chocolatey update nunit -source http://somelocalfeed.com/nuget/
example: chocolatey help
example: chocolatey list (might take awhile)
example: chocolatey list nunit
example: chocolatey version
example: chocolatey version nunit
example: chocolatey uninstall
A shortcut to 'chocolatey install' is 'cinst'
cinst [packageName [-source source] [-version version] | pathToPackagesConfig]
example: cinst 7zip
example: cinst ruby -version 1.8.7
example: cinst packages.config
Subscribe to:
Posts (Atom)