How to hack BIOS password in Desktop and Laptop

The following steps to hack BIOS password work absolutely fine for a Desktop and are the easiest of all.
Steps:

• Shut down the computer and take out all the plugs connected to electricity.
• Open up the CPU cabinet and locate the CMOS battery on the motherboard (it will be a silver circular battery just like a button cell).
• Remove the battery and keep it out for some 2-3 minutes as this will flush out the CMOS memory which stores the BIOS password and all other configurations.
• Now place the battery back and start the computer normally.

Steps for Laptop:

• Open up the BIOS at the time of booting.
• There are some backdoor passwords which the manufacturing company had set that will be accepted by the BIOS. You will just need to know the make of your BIOS.Try out the passwords from these lists.
  

List of Award BIOS backdoor passwords:

• BIOSTAR, AWARD_SW, AWARD SW, AWARD PW, CONDO, LKWPETER, J262, 01322222
• List of AMI BIOS backdoor passwords:
• AMI, AAAMMMIII, BIOS, PASSWORD, A.M.I., CONDO
• List of PHOENIX BIOS backdoor passwords:
• phoenix, PHOENIX, CMOS, BIOS

you can also try this utility CmosPwd 4.8

Note: Read Disclaimer before use.

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How to Make Shutdown Restart Icon 1 Click Shutdown Restart

Hello Friends....


Today I am Gonna Show You "How to Make Icon for Shutdown or Restart You Computer"


So Follow the Step


1) Right Click on Desktop then Go to New > Shortcut


2) Now new Window Will Popup


3) In that Write the Following Command


shutdown -s -t 3


Here 3 is Second to Shutdown Your Computer...You can Change (I like to Put 0)

Now press Next

and Give Name Shutdown or Whatever You Wanna

For Restart Type following Code

shutdown -r -t 3

Now press Next and Rename

Now You will get New Shortcut on Desktop

Change that Shortcut icon and Enjoy.....

For Any Help and Advise Click Here

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Google voice search faster and more accurate

Posted by Ha?im Sak, Andrew Senior, Kanishka Rao, Françoise Beaufays and Johan Schalkwyk – Google Speech Team

Back in 2012, we announced that Google voice search had taken a new turn by adopting Deep Neural Networks (DNNs) as the core technology used to model the sounds of a language. These replaced the 30-year old standard in the industry: the Gaussian Mixture Model (GMM). DNNs were better able to assess which sound a user is producing at every instant in time, and with this they delivered greatly increased speech recognition accuracy.

Today, we’re happy to announce we built even better neural network acoustic models using Connectionist Temporal Classification (CTC) and sequence discriminative training techniques. These models are a special extension of recurrent neural networks (RNNs) that are more accurate, especially in noisy environments, and they are blazingly fast!

In a traditional speech recognizer, the waveform spoken by a user is split into small consecutive slices or “frames” of 10 milliseconds of audio. Each frame is analyzed for its frequency content, and the resulting feature vector is passed through an acoustic model such as a DNN that outputs a probability distribution over all the phonemes (sounds) in the model. A Hidden Markov Model (HMM) helps to impose some temporal structure on this sequence of probability distributions. This is then combined with other knowledge sources such as a Pronunciation Model that links sequences of sounds to valid words in the target language and a Language Model that expresses how likely given word sequences are in that language. The recognizer then reconciles all this information to determine the sentence the user is speaking. If the user speaks the word “museum” for example - /m j u z i @ m/ in phonetic notation - it may be hard to tell where the /j/ sound ends and where the /u/ starts, but in truth the recognizer doesn’t care where exactly that transition happens: All it cares about is that these sounds were spoken.

Our improved acoustic models rely on Recurrent Neural Networks (RNN). RNNs have feedback loops in their topology, allowing them to model temporal dependencies: when the user speaks /u/ in the previous example, their articulatory apparatus is coming from a /j/ sound and from an /m/ sound before. Try saying it out loud - “museum” - it flows very naturally in one breath, and RNNs can capture that. The type of RNN used here is a Long Short-Term Memory (LSTM) RNN which, through memory cells and a sophisticated gating mechanism, memorizes information better than other RNNs. Adopting such models already improved the quality of our recognizer significantly.

The next step was to train the models to recognize phonemes in an utterance without requiring them to make a prediction for each time instant. With Connectionist Temporal Classification, the models are trained to output a sequence of “spikes” that reveals the sequence of sounds in the waveform. They can do this in any way as long as the sequence is correct.

The tricky part though was how to make this happen in real-time. After many iterations, we managed to train streaming, unidirectional, models that consume the incoming audio in larger chunks than conventional models, but do actual computations less often. With this, we drastically reduced computations and made the recognizer much faster. We also added artificial noise and reverberation to the training data, making the recognizer more robust to ambient noise. You can watch a model learning a sentence here.

We now had a faster and more accurate acoustic model and were excited to launch it on real voice traffic. However, we had to solve another problem - the model was delaying its phoneme predictions by about 300 milliseconds: it had just learned it could make better predictions by listening further ahead in the speech signal! This was smart, but it would mean extra latency for our users, which was not acceptable. We solved this problem by training the model to output phoneme predictions much closer to the ground-truth timing of the speech.

The CTC recognizer outputs spikes as it identifies various phonetic units (in various colors) in the input speech signal. The x-axis shows the acoustic input timing for phonemes and y-axis shows the posterior probabilities as predicted by the neural network. The dotted line shows where the model chooses not to output a phoneme.

We are happy to announce that our new acoustic models are now used for voice searches and commands in the Google app (on Android and iOS), and for dictation on Android devices. In addition to requiring much lower computational resources, the new models are more accurate, robust to noise, and faster to respond to voice search queries - so give it a try, and happy (voice) searching!

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PowerShell v2 Function CreateFSOIfNotExists

I get sick of repeating code. In that spirit this function gives me one line to create a new file (or folder) instead of four (or more) quickly:

function Create-FSOIfNotExists

{

       param(

             [ValidateNotNullOrEmpty()]

             $path,

             [ValidateSet(Directory,File)]

             $itemtype

       )

      

       if(-not(Test-Path -Path $path))

       {

             New-Item -Path $path -ItemType $itemtype |

             Out-Null;

       }

}

All sorts of Verbose output could (probably should) be added to this to make it chattier, but, I just needed a quick utility function and this does the trick.

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TYBSc IT Sem 6 ATKT Exam Time Table 2010

Hey friends as many of u were asking for the time tables, here is the TYBSc IT Sem-6 ATKT Exam Time Table 2010 declared by the university.

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Using the Raspberry Pi as a Web Server Media Server and Torrent Box

So youve set your Raspberry Pi up.
If not you might want to check out this page first.
So now you want to set your Raspberry Pi up as a media/web/everything else server.

Before any of these, make sure your raspberry pi ip address is static. You can set this by opening up a terminal and typing in:
sudo nano /etc/network/interfaces

(Feel free to use gedit or vim or whatever you want. I like vim)
You should now be looking at a file. Change the line:
iface eth0 inet dhcp
To:
iface eth0 inet static
address 192.168.1.10
netmask 255.255.255.0
gateway 192.168.1.254

where the gateway is your router and the address is the ip address you want. Save the file and reboot (sudo reboot) and now your ip should be static.

Luckily, SSH is already enabled on the Raspbian image so we wont go into that. However, if you want to SSH externally, you should install something like SSHGuard for protection and then in your router config redirect port 22 traffic to your Raspberry Pi.

Section 1: Webserver

Installing apache is easy. Just open a terminal and type:
sudo apt-get install apache2

This will set up a webserver for you with the files at /var/www being your web directory. Modify those files how you feel like and if you want to make it publicly accessible then configure your router to forward port 80 to your raspberry pis ip address.

Section 2: VNC

This is an optional thing since you can port X over SSH. But if you want vnc. All you have to do is open up a terminal and type:
sudo apt-get install tightvncserver

When it is finished installing it should ask for a password. If it doesnt or you need to change it. Just type vncpasswd to reset it.
Then type tightvncserver and a new instance will start. You can kill it by typing tightvncserver -kill :1

To use this externally, you will have to open up port 5801 (for the first instance, 5802 for the second, etc.)

Section 3: Media Server

Start off by mounting all of your external HDDs. If you have a Raid array that is great, if not, I have a handy little hack for you.
edit fstab by opening up a terminal and typing:
sudo nano /etc/fstab
Add each hard drive to the file, mine looks like this:
/dev/sda1 /media/Kingsley ntfs-3g defaults 0 0
/dev/sdb1 /media/HarvardMulligan ntfs-3g defaults 0 0
/dev/sdc1 /media/Moloch ntfs-3g defaults 0 0

(Make sure the folders in /media exist and their permissions are set properly with chmod, otherwise this wont work)

You really should set up a RAID array or something, but lets say you like to live by the seat of your pants and dont care if one of your HDDs fail and you want to access them all at the same time in one convenient directory. To do this you can use mhddfs. Install it by typing:
sudo apt-get install mhddfs

When its done installing, open fstab back up and after the lines with your HDD, type in something like what is shown below:
mhddfs#/media/Kingsley,/media/HarvardMulligan,/media/Moloch /media/ALLOFIT fuse defaults,allow_other 0 0

So my final fstab file has this at the bottom:
/dev/sda1 /media/Kingsley ntfs-3g defaults 0 0
/dev/sdb1 /media/HarvardMulligan ntfs-3g defaults 0 0
/dev/sdc1 /media/Moloch ntfs-3g defaults 0 0
mhddfs#/media/Kingsley,/media/HarvardMulligan,/media/Moloch /media/ALLOFIT fuse defaults,allow_other 0 0




where mhddfs mounts all of the drives to /media/ALLOFIT (which I previously created and set permissions for) and I can write to that and mhddfs will figure out where to put it for me.
Now just sudo reboot

Interesting tidbit: You can use sshfs (their is a Windows version call win-sshfs) to access these drives securely through ssh. This way you dont have to worry about Samba and you can access these files graphically using the internet.

Section 4: Torrent Box

So now you want to be able to torrent (lets assume completely legally) things directly to your server/external HDDs.
Simply install transmission by opening up a terminal and typing
sudo apt-get install transmission-daemon

Now we need to edit some settings, stop the daemon and open up the settings file by typing:
sudo service transmission-daemon stop
and
sudo nano /etc/transmission-daemon/settings.json

You will need to change a couple of settings.
Change your download directory to where you want your downloads, I use my external HDDs:  "download-dir": "/media/ALLOFIT",
Now to set up some security. Change the following text requires the ""s but numbers and true/false dont:
"rpc-authentication-required": true,
"rpc-enabled": true,
"rpc-password": "YourPasswordHere",
"rpc-port": 6669,
"rpc-username": "YourUserNameHere",

You can change the port to anything but its probably a good idea to change it from the default to avoid brute force script kiddies.
Now start the daemon back up by typing
sudo service transmission-daemon start

Now open up a webbrowser on any computer in your network and type in your raspberry pis ip address followed by :port. Ex: 192.168.1.10:6691
If you want to access this externally, just forward the port you chose to your raspberry pi ip address in your router config.

Now you are done.

To use transmission to its fullest potential and automatically download media:
http://stevenhickson.blogspot.com/2013/03/automatically-downloading-torrents-with.html


Check out my other Raspberry Pi Fixes/How tos:
http://stevenhickson.blogspot.com/2012/08/setting-up-omxplayer-gui-on-raspberry-pi.html
http://stevenhickson.blogspot.com/2012/10/fixing-raspberry-pi-crashes.html

Consider donating to further my tinkering.

Places you can find me

• Facebook
• Google+
• Linkedin
• Blogspot
• Google-Code
• Github
• YouTube
• Twitter

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Adobe Premiere Pro Cs6 For Beginners Complete Training By Tutorials For Graphics

In This Tutorial Series People You Will Learn Adobe Premiere Pro Cs6 Right From The Beginning, And I have Tried To Simplify Premiere As Much As You Can For All You People And Have Also Tried To Make Learning Fun.


SHARE BY GK
Computer Knowledge

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