Twitter Updates for 2008-09-07
September 7, 2008- Got TweetDeck working on Ubuntu… running the entire OS off a USB flash drive- performance is lacking! #
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tweetsI was able to install the latest Ubuntu on a 8GB USB stick drive following these simple instructions. Unfortunately, the instructions there are not complete.
After I attempted to boot into Ubuntu off the USB stick by changing the boot order (hit the F12 key at boot), I saw the Ubuntu boot menu. After selecting Ubuntu and starting it, I got this error:
“Error 17: cannot mount selected partition”
To fix this at the boot menu, edit the first line for the Ubuntu boot by pressing ‘e’, then press ‘e’ at the line “root (hd1,0)” and change it to “root (hd0,0)”. After changing the line, click ‘b’ to start the boot. It should start up Ubuntu off the USB flash drive.
To make this change permanent: After logging into Ubuntu, open a terminal and type
sudo vi /boot/grub/menu.lst
At the bottom after the section ## End Default Options ##
Find the Ubuntu boot menu items with “root (hd1,0)”, change them all to “root (hd0,0)”
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tweetsThe word has gone out that there was a theft of a laptop containing the names, DOB, SSNs of 12,700 applicants to NTID and another 1,100 people at RIT. Notwithstanding the idiocy that allowed such data on a laptop in the first place, those who have applied to NTID (it doesn’t matter if you were a student or not) now have to get in touch with a major credit bureau to place a fraud alert upon your credit files.
If you go to this page at Equifax, you can fill out a simple one page form to start a 90-days fraud alert on your credit files. This was much more quick than calling them up and asking for a fraud alert. Equifax will also automatically notify the other major credit bureaus of the fraud alert so they will have it in their files too.
During the 90-days fraud alert, if there are any new accounts that are about to be opened under your name, the creditor will need to contact you first to get your permission before going ahead and setting up the account. Note that this doesn’t always happen since the law doesn’t require them to get in touch with you first but at least you’ll have a fighting chance to protect your credit files.
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tweetsIf you want to be able to ssh using a private key and passphrase into a remote server from your blackberry:
1) Install Rove Mobile SSH
2) Download Putty Key Generator puttygen.exe to your computer and run it
3) In puttygen, select SSH-2 RSA and generate a public/private key pair
4) enter key passphrase and confirm it
5) Save public key and save private key to their respective files
6) Conversions –> Export OpenSSH key and save to a file
7) Open the public key and you’ll see something like:
—- BEGIN SSH2 PUBLIC KEY —-
Comment: “rsa-key-20080902″
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
xxxxxxxxx
—- END SSH2 PUBLIC KEY —-
Only copy the ‘xxxxxx’s (ignore the BEGIN/Comment/END lines) and paste into the file authorized_keys inside the .ssh directory at your home account on the server:
ssh-rsa xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx (all on one line at the end of your authorized_keys)
8) To make it easier to input the exported OpenSSH private key into Rove Mobile SSH, open the file in a text editor then copy and paste all the text into a html file on a web server.
9) On your blackberry, browse to the html file and copy all the text to the blackberry clipboard, including the BEGIN/END lines.
10) Enter Rove Mobile SSH, edit the connection settings, go to the bottom and paste the clipboard text into SSHHBW2 Private Key. You’ll need to do some minor editing to make sure that the newlines are inserted back in since they were lost duing the paste operation.
11) Don’t forget to delete the html file you put on the webserver!
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tweetsCochlear implants, for all of its so-called technological marvel (I personally don’t think it’s all that it’s cracked up to be), requires the patients to give in to the total destruction of their cochlear as the device is implanted inside their heads.
Lately, there have been several blogs that have pointed to an alternative in the works: a genetic therapy in development that would restore the hair cells inside the cochlear.
Currently, cochlear implantees are dependent upon their respective cochlear providers for the functional replacement of the cochlear. It’s highly doubtful that these corporations would ever be able to accurately mimic the full tonal range that a bona-fide human cochlear can provide. Instead, the implantees have to hope for better technological innovations, such as more channels to make the noise more clear to the implantees who hopefully are able to upgrade in the future.
The problem: with their cochlear effectively destroyed by the implanting operation, they will not be able to benefit from this genetic therapy which would probably restore the natural hearing sense. Did they just screw themselves royally by opting now for the implanting, instead of waiting for this genetic therapy which will probably give them what they really wanted in the first place?
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