Here's how to configure Snow Leopard (and iPhone) to use an enterprise Cisco VPN concentrator (which is what you connect to from internet when you want to virtually join a company or school's LAN).
![Configuring Stanford Ner Tagger For Mac Configuring Stanford Ner Tagger For Mac](https://visualstudiomagazine.com/~/media/ECG/visualstudiomagazine/Images/2009/03/listingsID_665_0409vsm_F2HowToSPFig1 jpg.jpg)
Open System Preferences --> Network --> click the plus sign (Create a new service). On the iPhone, choose Settings --> General --> Network --> VPN --> Add VPN Configuration. On the Mac, chose VPN as the interface. Choose Cisco IPSec as the VPN type, and supply a service name as a description (an arbitrary name for the connection, whatever makes sense to you).
Testing NLTK and Stanford NER Taggers for Speed Guest Post by Chuck Dishmon. We've tested our NER classifiers for accuracy, but there's more we should consider in deciding which classifier to implement. Jul 03, 2015 Contribute to brendano/stanfordcorenlppywrapper development by creating an account on GitHub. This is a Python wrapper for the Stanford CoreNLP library for Unix (Mac, Linux), allowing sentence splitting, POS/NER, temporal expression, constituent and dependency parsing, and coreference annotations. It runs the Java software as a subprocess.
The rest of the necessary information is supplied by you eyeballing a configuration file (or profile file) used by the typical Cisco VPN client. These files have a .pcf extension and they're usually distributed by an organization as part of the Cisco VPN client installer, usually in a folder called Profiles, but sometimes they are distributed just by themselves for users of other Cisco-compatible VPN clients.
If the .pcf has already been installed on your Mac, you can find the containing directory here: /private/etc/opt/cisco-vpnclient/Profiles/ — which you can see in the Finder by selecting Go --> Go to Folder... ---> and entering that full path above.
Not all the values in the Mac or iPhone configuration windows are used. Certificates, for example, are not common and can be left off or blank. Passwords need not be entered and saved; instead, they can be entered whenever a connection is made.
Open the .pcf file using any text editor. You will see rows of options and values — these are what you will enter in the Mac or iPhone network preferences. For example, to enter your organization's server address, use the corresponding Host value in the .pcf file.
Back at the System Preferences --> Network --> VPN option, there's the Authentication Settings button. Here, you need two important settings: the Group Name and the Shared Secret. The former is found in the configuration file under the GroupName line. The final field that's necessary to make the VPN connection is something called the 'Shared Secret' (it is also sometimes called the Group Password).
![Tagger Tagger](/uploads/1/2/6/4/126473078/819705043.png)
Cisco VPN clients use two factors for authentication to connect users to your LAN (called SUNet here at Stanford). One is very weak, and that's the Shared Secret. The other is strong: your own username and password.
In the .pcf file, you will see this as the value associated with enc_GroupPwd line. You'll notice it looks like an encrypted string, a bunch of letters and numbers. Because it's encrypted, you cannot cut-and-paste this string into the System Preference field.
I can't tell you what that string is or what it decrypts to, but it's simple enough to use a search engine like Google to find a website that decrypts Cisco group passwords. You enter the long string, click a button and it spits out the passphrase. It's that passphrase that you enter in the Mac or iPhone's Shared Secret field.
What will this Shared Secret get you? Remember, it's only one of two factors necessary to connect. The other, of course, is your username and password. That should never be disclosed, shared or mismanaged.